The Suunto Zoop Novo and Cressi Leonardo are highly regarded dive computers designed for beginner divers who have less than a hundred dives under their belt. As such, they are missing some advanced features so that their price can be kept to a minimum, while still providing enough capabilities to suit an absolute beginner.

Keep in mind that when we say that a dive computer is missing functionality, it doesn’t mean that it is a badly designed product or that it was an oversight by the manufacturer. Rather, entry-level dive computers are designed in such a way that beginners don’t have to make a $1000 investment into something they may never use. Entry-level dive computers are intended to help you gain experience, and if you decide to upgrade in the future then they can be kept as a back-up device.

At first sight, there doesn’t seem to be many differences between these two dive computers. Both have large displays that make them too bulky for use as a daily wristwatch, but how well do they perform underwater?

Cressi Leonardo Dive Computer Review

Cressi has earned a sterling reputation as one of the top brands to go to if you want robust and reliable dive computers.

The Leonardo from Cressi is no exception, as it is a durable and well-built model that is also very affordable. In fact, its price point makes it a direct competitor to the Suunto Zoop Novo. So what makes it stand out?

Features

Dive Modes

This dive computer has three operating modes: air, gauge, and Nitrox (between 21% and 50%). The gauge mode is perfect as a bottom-timer with bookmarking functions and an accurate profile sampling The dive time is tracked in terms of minutes and seconds.

The screen will also accurately display decompression limits and bottom times. Next, dive computers with a gauge mode means that the device can double as a backup computer if you plan on expanding your training and move into technical diving later on.

Size

This wrist mounted dive computer has dimensions of 67mm (2.63in) in diameter, and 27mm (1.06in) of thickness. It weighs 4.76oz (135g).

Navigation

The Cressi Leonardo only has a single button to help you navigate the menus. How it works is you push down to scroll through the menus, and you do a long press (hold the button) to access or set the menu options.

The interface has been designed to be navigable by a single button. It is very intuitive and designed with beginners who have never used a dive computer in mind. The button is large so that it is easily accessible, even if you are wearing thick gloves.

A downside of the single button design is that there is no back button. In other words, if you accidentally scroll past a menu, you can’t go back. You can only go forward until you loop through all of the menus back to the one you wanted to go to in the first place

Display

Next, the display screen of the Leonardo is clear thanks to its high-definition, edge-to-edge LCD screen. This makes it easy to read, even underwater with less than ideal visibility. The digits it displays are large-sized to improve legibility and make it easier to view vital information.

Water Activation

Never worry about missing data from your dives thanks to the automatic water activation feature. Once you go below 4 feet (1.2m), the DIVE AIR program automatically activates. In other words, it will start tracking your dive, and the dive ends and surface interval counter starts once you head back to 4 feet below water.

The minimum surface interval of the Leonardo is much shorter than the Suunto Zoop Novo at only 2-minutes. If you dive below 4 feet before two minutes have elapsed, it adds the data of your new dive onto the previous dive.

Backlighting

In low-light conditions, such as when diving at depth or at night, the backlighting functionality will prove to be a life-saver. It lasts only for a few seconds and turns off automatically to save battery. You can adjust the duration to fit your preferences.

Altitude

The altitude setting of the Leonardo can be adjusted for up to 3,700m (12,100ft). As a rule of thumb, you should wait at least three hours after changing altitudes before you start diving in order to gain equilibrium.

Battery Life

The Cressi Leonardo uses a 3V CR2430 battery which can be replaced by the user when it dies. Thanks to the battery indicator icon on the display, the remaining battery life is easy to see so you don’t have to worry about it suddenly dying on you in the middle of a dive.

A replacement battery back is very inexpensive, and if you don’t feel like doing it yourself, you can send it to a service center to do it for you. Doing it on your own is very easy, however if you damage the device then you will void any remaining warranty. On average, the battery life is two years assuming you do 50 dives a year.

Logbook Memory

Lastly, the Cressi Leonardo has a logbook memory of around 70 hours (60 dives) with a sampling rate of 20 seconds. The logbook will record the data of your air, Nitrox, and gauge dive modes.

Overall

After examining the features, we believe that the Cressi Leonardo is better suited for novice divers. It is not designed for experienced or commercial divers, and should not be used to dive beyond decompression limits. With that said, there are professional freedivers that use the Cressi Leonardo, so it depends on how deep you plan on diving and how you use it.

With that said, for those who want a highly affordable entry-level dive computer, the Leonardo is sufficient to help you with your first hundred or so dives. Afterwards, you can decide to upgrade to a higher-end model, and you can still keep the Leonardo around as a backup device. Intermediate level divers should look to the Suunto Zoop Novo instead.

You can read a more comprehensive review of the Cressi Leonardo here.

Suunto Zoop vs. Suunto Zoop Novo Differences

Ever since Suunto discontinued the Zoop in January 2017, the Zoop Novo is now their flagship entry-level model dive computer. What are the differences between the Zoop and Zoop Novo? Not much, however you do get some additional features.

First, Suunto has added new diving modes, freediving and gauge mode, in addition to the air and Nitrox dive modes it previously had. It also has an off mode so that you can recreationally dive without the Zoop Novo tracking any data. This conserves your battery life and prevents your legitimate data from getting diluted by casual dives.

Next, the Zoop Novo has a stopwatch timer, deep stop alarm, and can use dual time zones, all of these features were not present on the Zoop. Additionally, the Zoop Novo has 4 menu buttons instead of 3, which is intended to make it easier to navigate.

Additionally, the Zoop Novo has a significantly improved display. The Zoop Novo now has backlighting which the user can adjust so that it has different durations, or even turned off completely. On the other hand, the Zoop doesn’t have any backlighting options. The screen is now phosphor-luminescent, meaning it can glow in the dark if a light is shining directly at it.

Furthermore, the screen now features a familiar dot-matrix screen just like the higher-end dive computers from Suunto do. This improves the legibility such that displaying any information can be done without using abbreviations or other short-hand forms to get the information across.

It also has superior logbook memory of 140 hours at a sampling rate of 20 seconds (which can be adjusted to a rate of 10, 20, 30, and 60 seconds), whereas the Zoop only had a memory of 50 hours at a fixed 30s sampling rate. In freediving mode, the Zoop Novo’s sampling rate can be set at 1, 2, and 5 seconds. In terms of logbook functionality, the Zoop Novo made massive improvements over the original.

Lastly, the Zoop Novo utilizes a cable port which makes connecting to a computer much more straightforward compared to the clamp style connector that the Zoop had.

Now that you know the differences, let’s look at the Zoop Novo in-depth.

Suunto Zoop Novo Dive Computer Review

The Zoop Novo has been designed to be highly robust and functional. To this end, the screen is made of hard-wearing acrylic which can withstand numerous blows. The screen has a diameter of 61mm (2.4in) on the bezel, with a thickness of 28mm (1.1in). Additionally, the Zoop Novo weighs 120g (4.23oz). Even though the Zoop Novo is a wrist-mounted device, it is unfortunately too large for daily use.

Menus

The Zoop Novo has 4 buttons to navigate its interface with. The buttons are ergonomically placed so that they are easy to reach and spaced far enough apart that you won’t accidentally press more than one button at a time, even with gloves on.

Water Activation

Never forget to record a dive thanks to the automatic water activation feature. As soon as you go below 1.5 feet (0.5m), the device automatically turns on. Make sure you set the device to Dive Mode so that you can do your pre-dive checks. Once you reach 4 feet (1.2m), the Zoop Novo will switch to  Diving Mode at greater depths, and will return to Surface Mode at 4 feet and above.

Adjustable Dive Alarms

You may find the default settings of the Zoop Novo to be too conservative and that the alarms activate too early. By default, the Zoop Novo will remind you to make safety stops. You can adjust when the alarm activates by setting a maximum dive time and depth. Unfortunately, the Zoop Novo is missing a Deep Stop function. However, this is not an issue if you don’t dive below 20m (65ft).

Battery Life

As with all other dive computers, how long the battery life lasts depends on how often you use the device. As a point of reference, if you do more than 300 dives in one year, the battery will probably last only 8 to 12 months. If you do less than 100 dives a year, then it can last 2-3 times as long, approximately 18 to 24 months.

The Suunto Zoop Novo uses a 3V CR2450 user-replaceable battery. Replacement battery kits can be easily purchased in dive shops or online, often for less than $20. You can then change the battery yourself. Alternatively, if you are worried about voiding the warranty, you can send it to a service center.

Our full review of the Suunto Zoop Novo can be found here.

Cressi Leonardo vs. Suunto Zoop Novo Differences

Navigation

The most obvious difference between these two devices is that the Cressi Leonardo uses a single button for navigation, and the Suunto Zoop Novo has four buttons. Both designs have their pros and cons.

For example, an interface that is designed to be navigated with a single button is very straightforward and intuitive. Also, it is impossible to confuse which buttons do what if there is only one button. The downside is that switching between menus can be a pain, particularly if you press the button one time too many. You will have to cycle through all of the menus to get back to the menu that you really want.

On the other hand, having four menu buttons can make reaching specific menus faster since you don’t have to step through each menu one at a time. However, you have to remember what each button does which can be an issue if you are underwater and feeling nervous. Furthermore, when wearing thick gloves there is a possibility that you will press the wrong button. Thankfully, the buttons are spaced far apart in the Zoop Novo, so this is less of an issue. Also, it feels great to have a “back” button in case you scroll to the wrong menu.

Dive Modes

Navigation aside, the overall functionality of both dive computers are very similar in that they both provide you the basic features that beginner divers need to safely dive.

For instance, they both have air, Nitrox, and gauge modes. In fact, the Zoop Novo actually has two more modes: freediving and an off mode. Having an off mode can save on battery if you just want to dive recreationally without using any resources to track the time or depth data which can affect the next dive.

The Cressi Leonardo has a specific feature which is catered to dive shops which is the ability to wipe the dive computer after each dive. This makes the computer suitable for dive schools and shops to loan out these devices so that each diver can have a fresh start.

Of course, if you are purchasing the Leonardo for your personal needs, then leave that functionality off. In order for a dive computer to accurately calculate safe times for your dives, it needs to have data of past dives to factor in. If you keep resetting between dives, the data it provides may be inaccurate and can put your safety as risk.

Console or Wrist

Next, the Cressi Leonardo is available as either a console or personal wrist computer, whereas the Zoop Novo only comes as a wrist dive computer. The Leonardo has two console setups: one with a compass and one with a pressure gauge.

Logbook

The Suunto Zoop Novo has a larger logbook memory, which means it can record more dive data on the device itself without uploading it to a computer. All dive computers can upload their data to a computer so that you can store and analyze the data in greater detail. You can then plan future dives based on your past progress.

Frequent divers that want to share their dive data with friends or analyze it further should look towards the Suunto Zoop Novo. It has better functionality for that, such as the ability to upload the data to their Suunto Movescount Portal that allows you to share pictures, video, and geo-location. You can basically create a detailed record of your past dives and share it with friends and family.

Nitrox

Both the Cressi Leonardo and Suunto Zoop Novo can handle Nitrox up to 50%. Unfortunately, since they are entry-level dive computers, you cannot switch gases during a dive. If that feature is important to you, then you will have to look at higher-end models.

Algorithm

The RGBM model is the diving algorithm used for both dive computers. Technically, both are using a modified version of the RGBM model, so there are some slight differences. For instance, the Cressi RGBM algorithm is more liberal, whereas the Suunto RGBM is better suited for conservatism.

Whether one is better than the other depends on the preferences of the user. If you are a cautious person, then stick with the Zoop Novo. If you are diving with a buddy with a more liberal dive computer, then the Suunto algorithm might warn you about a deco stop much earlier than your buddy’s dive computer.

Missing Features

Since both of these dive computers are only entry-level models, they do not have a digital compass or air integration capabilities. However, this should not be an issue for recreational divers and beginners who don’t dive frequently.

Since these devices don’t have the more advanced features that higher-end models have, you will eventually have to upgrade them as you gain more experience. With that said, that is still far into the future, and both the Cressi Leonardo and Suunto Zoop Novo can last you for well over a hundred dives before you accumulate enough experience for additional functionality. And even when that happens, they can still be used as a back-up device.

Conclusion

Both the Cressi Leonardo and Suunto Zoop Novo are excellent options for your first dive computer, or if you are a casual diver. There’s no need to pay more for an advanced device with additional features that you may never use.

Even if you are really enthusiastic about diving and know that you will end up diving a lot in the future, it still makes the most sense to start with an entry-level device like the Cressi Leonardo or Suunto Zoop Novo. Since most divers do not live near a large body of water, it takes a while to get enough dives under their belt to outgrow the functionality of their dive computer.

Since both of these devices have a relatively conservative algorithm, some divers get annoyed at all of the warnings and alarms that keep on triggering. As entry-level dive computers, these devices are designed to keep you safe underwater and they tend to err on the side of caution. When you upgrade the dive computer in the future, you can decide if you want a more sophisticated device with a less conservative algorithm such as one from Oceanic.

It doesn’t make sense to purchase a high-end model right from the get-go. Start off with one of these entry-level dive computers until you gain enough experience and determine how you like to dive. By the time you are an experienced diver, there may be the next generation of dive computers with even more features that today’s models don’t have. Then you can get the newest model and keep your old one as backup.

When comparing these two models, we feel that overall the Suunto Zoop Novo is the smarter choice if you plan on diving deeper and want more functionality to keep you safe. Furthermore, its online portal for sharing pictures and videos of your dives makes the experience more fun. You can create a digital scrapbook along with your dive data for better logbooking.

For dive rental shops, the ability to reset the dive data for each dive makes it a no-brainer since the Suunto Zoop Novo does not have this capability.

Are you interested in how well the Cressi Leonardo compares to other entry level dive computers? Then check out our articles on the Cressi Leonardo vs. Mares Puck Pro and Cressi Leonardo vs. Cressi Giotto. You can also see how the Zoop Novo does vs. the Vyper Novo here, and vs. the Cressi Giotto here. You can also read our review of the Suunto Zoop Novo here.

 

Both Mares and Cressi are well-respected, trusted brands known for manufacturing reliable and safe diving equipment. Cressi are generally known for their wetsuits, and Mares for their awesome fins, so how do these companies measure up against each other with their dive computers? Which is better, the Cressi Leonardo or the Mares Puck Pro?

In this introduction, we’ll provide a quick comparison of these two entry-level recreational dive computers. The rest of the guide will provide a more in-depth look at each dive computer and a final overview before we decide on a winner.

Cressi Leonardo vs. Mares Puck Pro Review Summary

At a glance, the Puck Pro and Leonardo are both robust computers at attractive price points, making them the ideal option for people on a budget as well as for dive center rentals. Both devices use a single button to navigate the menu on their large display. The interface was simplified so that it is easily navigable with just the one button, which beginners may appreciate.

Next, the Cressi Leonardo’s logbook memory can store 70 hours (~60 dives) worth of dive data, whereas the Mares Puck Pro is only capable of half of that at 36 hours (~30 dives). Due to this, the lack of memory might pose a problem for divers that rely heavily on their dive computer for the dive logs instead of using a pen and paper logbook.

As for diving modes, both have three: air, Nitrox, and gauge (labeled as “bottom timer” on the Puck Pro). This is standard for entry-level dive computers and covers all of the basic uses; others may have an additional freediving mode.

The option for user maintenance is excellent for both dive computers. For some models, when the battery runs out the device must be sent to a dive shop or service center to be repaired. This is expensive and time-consuming. Thankfully, both the Cressi Leonardo and Mares Puck Pro have user-replaceable batteries. Bear in mind, should you damage anything then you void your warranty.

Overall, there are numerous similarities between the Cressi Leonardo and the Mares Puck Pro. We feel the Puck Pro has the edge in terms of functionality. For instance, it has the option for gas switching and the Cressi Leonardo doesn’t, though one can argue if this feature is even necessary on an entry-level computer. However, one advantage of the Cressi Leonardo is its sleeker frame compared to the Puck Pro, which is quite bulky on your wrist and can increase drag.

For those who want an easy-to-use, straightforward dive computer, both computers are excellent choices for beginner to intermediate divers. They are also affordable enough to be used exclusively as a backup dive computer. With that said, the Mares Puck Pro’s price makes it an irresistible option since it has similar features to the Cressi Leonardo. If you are just a recreational diver, the money saved might be better used to buy some cold ones to enjoy with your friends.

Cressi Leonardo Review

Technical Specifications:

• Cressi RGBM algorithm.
• Maximum operating depth of 120m (393ft).
• Altitude adjustable up to 3,700m (12,139ft).
• Logbook memory around 70 hours (60 dives).
• Nitrox compatible up to 50%.
• Time, date, temperature displays.
• Switch between imperial or metric display.
• 3-volt CR2430 battery.

The Cressi Leonardo is as beginner-friendly as they come for the first time diver to get through their first few dozen dives.There are no confusing button placements, there is only the single button that lets the user select their dive modes. From air, Nitrox and gauge modes, the data that the dive computer calculates is displayed on a large edge-to-edge high definition LCD screen.

Some of the critical information on display is the battery life of the Leonardo as indicated by the battery life icon. Next, the audible alarms will activate to let you know if any safety warnings are being ignored for extra peace of mind. At the touch of a button, you can also check your dive times, max depth, decompression status, ascent rate, as well as surface interval times between dives. All of this can be seen at a glance due to the way the data is laid out.

Furthermore, the Cressi Leonardo utilizes their new RGBM diving model that can calculate safe decompression limits for numerous dives over multiple days. Some additional features of the Cressi Leonardo are a calendar, clock, dive simulator, three conservatism settings, 75 hour dive memory (~60 dives) and the ability to reset the data after each dive.

Pros:

• Highly affordable.
• Easy-to-read, large and clear display.
• User replaceable battery.
• Audible alarm if the ascent rate and max depth is exceeded, or if decompression and surface interval warnings are ignored.
• 70 hours of dive log data recorded.
• Color options.
• Data can be wiped after each dive for dive shops that rent out dive computers.

Cons:

• Very basic functionality that is suitable for beginners but should be replaced once the diver gains more experience.
• Too big to be used as a daily wristwatch.
• Strap is too large and may need to be trimmed.

Get a much more thorough review of the Cressi Leonardo by clicking here.

Mares Puck Pro Review

Technical Specifications:

• Can handle oxygen mixtures between 21% to 99% for Nitrox diving.
• Adjustable ppO2 levels between 1.2 and 1.6 bar.
• Maximum operating depth is 150m (492ft).
• Altitude adjustments up to 3,700m (12,100ft).
• Runs on the Mares-Wienke RGBM model, with adjustable conservatism settings.
• 36 hours of logbook capacity at a sampling rate of 5 seconds.
• Supports both imperial and metric display.

The Mares Puck pro features a large interface and a single button for navigation. The interface and menus have been designed to be navigable with the single button so that it is as intuitive and straightforward as they come. You can switch easily between air, Nitrox, and gauge modes, as well as adjust settings to suit your preferences.

Furthermore, the Puck Pro is a wrist-mounted dive computer with a maximum operating depth of 150m (492ft). For most divers, particularly beginners, this is more than enough. Once you reach these deep depths, the visibility becomes quite low. That is why the Puck Pro has a strong backlight, and you can set its duration between 1-10 seconds to preserve battery life.

Packed with useful features, the Mares Puck Pro also comes with a calendar, stopwatch, and altitude adjustment capabilities. These features are not always included in an entry-level dive computer. Should the battery run out, you can easily replace it on your own without sending it to a service center or dive shop.

You also get a 36-hour logbook memory with a frequent sampling rate of 5 seconds for the most accurate dive log data possible. With that said, to upload this data you would need to purchase a USB cable separately.

Next, the audible and visual alarms help remind you of when you are ascending too quickly or ignoring a safety warning. The goal is to keep you as safe as possible, however if you find it too annoying then you can adjust the conservatism settings.

Overall, the Mares Puck Pro provides all of the functionality that an entry-level dive computer provides. It is an excellent beginner dive computer and can serve as a backup device for experienced divers once they’ve upgraded.

Pros:

• Simple, clear navigation with a single button.
• Extremely detailed dive log data.
• User-replaceable Lithium battery (CR2450); don’t need to send it into a service center.
• Adjustable RGBM algorithm.
• Deep operating depth of 150m (492ft).

Cons:

• Too large to be worn as a wristwatch (hockey puck sized).
• Cannot purge dive log; not ideal for dive shops that rent out computers.
• No air integration or built-in compass.
• Must purchase USB cable separately to upload data to computer.

Check out out full review of the Mares Puck Pro here.

Cressi Leonardo vs. Mares Puck Pro Comparison

Design and Display

The screen of the Mares Puck Pro is slightly over 2 inches in diameter, and almost one-inch thick. Its display is quite large and lets you see all of the critical information easily without having to switch menus. Even if you want to switch menus, the interface was designed to be navigated with just the single button that the Mares Puck Pro has. This button is large and thick so that it can be accessed even with thick gloves on.

Furthermore, the strong backlight of the Puck Pro makes it possible to read the screen even during night diving or at depth where there isn’t very much light. Just hold the button down for 5 seconds to activate it. You can also adjust the backlight duration between 1-10 seconds.

As for the Cressi Leonardo, it also features an intuitive, straightforward interface and a single button with which to navigate the menus with. As is the case with all single button designs, it is great when it works, but annoying when it doesn’t. Namely, if you accidentally press the button one time too many and skip a menu, there is no back button. So you have to scroll through all the menus to get back to where you wanted to go.

The Cressi Leonardo’s display is robust, but unfortunately its backlight is not very powerful. Thus, night diving and low-visibility conditions make it difficult to read the display, and it is not the best choice for deep dives.

Capabilities

Both the Puck Pro and the Leonardo have three dive modes: air, Nitrox, and gauge (called “bottom timer” in the Puck Pro). Since the Mares Puck Pro was designed for both beginners and intermediate divers in mind, it is capable of handling gas mixes between 21%-99%. The ppO2 levels can be set at 1.2 bars and 1.6 bars. The Puck Pro has a maximum operating depth of 150 meters (492ft).

The Cressi Leonardo only allows Nitrox levels between 21%-50%, on the other hand. The ppO2 levels are the same at 1.2 bars to 1.6bars, but the maximum operating depth is only 120meters (393ft).

Next, the Mares Puck Pro utilizes the Mares-Wienke RGBM , which was designed in collaboration with Dr. Bruce Wienke who was the leading figure in formulating accurate diving algorithms. The adjustability it provides is excellent by allowing the conservatism settings to be changed to suit one’s safety needs.

The Cressi Leonardo’s diving algorithm is their own RGBM algorithm which is essentially a modified version of the Haldane and Wienke algorithm but tweaked to their preferences. Divers have found that it is quite conservative since their target market is inexperienced or recreational divers. There is an option to completely reset the dive data, which is perfect for dive shops that rent out dive computers so that each new user has a fresh start.

Dive Log

Lastly, take note of the differences between the logbook memory of these two devices. The Mares Puck Pro has a shorter dive log capacity of 36 hours (~30 dives), however it has a more frequent sampling rate of 5 seconds.

The Cressi Leonardo can record data for up to 70 hours (~60 dives) but at a slower sampling rate of 20 seconds. Thus, the decision is whether you prefer a more detailed dive log that must be uploaded to a computer more frequently, or if you prefer recording more overall dives that have less detailed information.

Cressi Leonardo vs. Mares Puck Pro: The Verdict

In general, if you value overall performance then the Mares Puck Pro is the superior option over the Cressi Leonardo. It has a better display with a stronger backlight, can handle oxygen mixtures up to 99%, and the conservatism can be adjusted. Despite the lower dive log capacity, the data it does keep track is more accurate thanks to its 5 second sampling rate. You can tell that the Mares Puck Pro was designed not just for beginners, but intermediate divers as well.

With that said, the Cressi Leonardo is much cheaper and has all of the features that a beginner diver needs. If you are a casual or recreational diver that only dives a few times a year, then the Cressi Leonardo is a fantastic option for those on a tight-budget.

You may also be interested in learning about how the Cressi Leonardo compares to the Suunto Zoop Novo and if the Cressi Giotto is worth the extra money over the Leonardo. You might also be interested to see how the Mares Puck Pro fares against the Mares Smart.

The best dive computers under $500 are perfect if you are just a beginner or a recreational diver. At this price range, you can get a device that covers all of the basics to keep you safe while diving. However, they may be missing some of the fancy features like air integration or a digital compass that higher end models will have.

Within the past few years, dive computers have made huge strides in innovation compared to the years before. For well over a decade, the market for dive computers had remained stale, with many “new” models coming out that were just a rebranded version of an older model. It was mostly just simple LCD screens, minor tweaks to the algorithm, and an updated look.

Nowadays, features like color computers are starting to be available in lower price ranges, whereas previously only the $1000+ highest-end models had that functionality. Thanks to new competitors entering the market, the market is being shaken up and the latest models are offering features that weren’t available before.

In this review, we will be going over the best dive computers under $500 that we feel are the best bang for your buck. We have compiled this list based not only on their price, but also criteria like their screen quality, algorithm, customization, as well as any other unique features that make them stand out. Here are the top ones we recommend.

Our Top Picks:

Cressi Leonardo

The Cressi Leonardo is a dive computer designed for recreational use and affordability. At a glance, you will find a user-friendly computer with all of the features a beginner or casual freediver needs with an emphasis on efficiency, safety, and reliability.

Its interface is very intuitive and can be navigated with only a single button for those who just want to get into the water quickly without worry about any complex features. The Leonardo is available either as a console or wrist-watch.

Display:

A major selling point of the Cressi Leonardo is its edge-to-edge, high-definition LCD screen. It has been designed to have the optimal balance of proportions, screen contrast, and digit size. The information is further sectioned by clear lines.

These little details make all of the difference in low-visibility conditions and can really help a diver in stressful situations. For instance, the oversized digits make monitoring critical information much easier.

We like how crucial information like the battery indicator is displayed prominently on the main display, as is the depth, time, and temperature. The secondary display shows information regarding the gas mix (Nitrox or air), the ppO2 setting, and any conservatism setting.

Lastly, the backlight activates if you hold down the button for five seconds, and is automatically turned on if the alarm triggers.

Diving Modes

The Cressi Leonardo has three diving modes: Nitrox, air, and gauge. Divers can change the ppO2 levels to between 1.4 and 1.6. Furthermore, the Leonardo can only be used for Nitrox mixes up to 50%.

Next, the air diving mode is automatically activated by water once you go below 1.2m (4ft) and once you ascend above that depth the surface interval countdown timer will start automatically. Keep in mind that this dive computers’ minimum surface interval is only two minutes, so once two minutes have elapsed it will count as the next dive if you dive again.

Lastly, gauge mode functions as a bottom timer and can be used as a basic freediving mode. It displays the dive time in minutes and seconds, though the Leonardo does not have a dedicated apnea timer which other entry-level computers do.

Adjustable Alarms

Before you encounter any trouble, the Cressi Leonardo’s audible and distinct alarms will alert you to critical information. For instance, it has a depth alarm, ascent rate alarm (the maximum rate is 10m or 32ft per minute), and a no-decompression limit. Furthermore, there’s even a safety stop alarm which displays a STOP icon with the depth and time of any dive performed beneath 32ft.

These audible alarms are accompanied by an on-screen indication for depth, and if you exceed the recommended ascent rate, it will display a SLOW icon. This can be irritating, but it should get the point across. If you don’t want to be hounded by all of these warnings, you can turn the alarms off. For beginner divers, this is not recommended.

Conservatism Settings

The Cressi Leonardo has three conservatism settings you can choose from. It is one of the most conservative dive computers on the market, which is ideal for beginner divers who want to play it safe.

However, once you start getting a few dives under your belt, you may start to notice that you keep approaching deco well before your buddy. To minimize this, set the conservative level to Safety Factor 0 (SF0).

Battery

The battery is designed to last for three years (estimated that a user would perform 50 dives per year), so recreational freedivers will probably stay within that limit. But even if the battery were to die quickly for some reason, the CR2430 battery it uses can be easily replaced by the user without any tools.

If you ever find yourself with a dead dive computer when you’ve just set sail on a liveaboard, you will have a much better chance of getting it fixed. Other dive computers require the user to pay quite a bit to send it to a dedicated service center just to replace the battery.

Decompression Model

The Leonardo utilizes Cressi’s Reduced Gradient Bubble Model (RGBM) algorithm, which is a modified version of the Haldane model with integrated RGBM factors created with help from Dr. Bruce Wienke.

Dr. Bruce Wienke is a pioneer in the field of dive algorithms and he created the original RBGM algorithm which many algorithms are based off of. He has worked with Suunto since the late 90s to make the most advanced dive algorithm, and he has lent his expertise to Cressi for this dive computer.

The adapted version used in the Cressi Leonardo is modeled after the nine tissue compartment model with saturation half times between two and a half and 480 minutes. This dive algorithm also takes into account silent micro-bubbles and is conservative in regards to multi-day diving and repetitive dives.

To put it into simpler terms, the RGBM algorithm used in the Cressi Leonardo uses a timer and depth sensor to determine how much gas is theoretically being inhaled and exhaled by your body. By calculating this data, the computer then determines your no-decompression limit (NDL).

Since this dive computer is very conservative, you may find yourself reaching your NDL faster than your dive buddies who use other brands. However, you can adjust the conservatism level by changing the safety factor. There are three values: SF0, SF1, SF2, with the factory setting being SF0.

Overall

The Cressi Leonardo is one of the best beginner dive watches as well as a fantastic dive computer under $500. In fact, it may be the perfect first dive computer for recreational divers.

There’s lots to like about it: it has an easy-to-read, clear display, color options, multiple diving modes, a great algorithm, one menu-navigation, visual and audible alarms, and many more features.

You can take it with you on numerous dives thanks to its larger logbook memory of around 70 hours (60 dives) and long-lasting, user replaceable battery. Furthermore, it has a depth display of up to 120m (393ft) and altitude adjustments up to 3,700m (12,139ft).

By holding its large single button for 5 seconds, the backlight will turn on allowing you to see the display in low-visibility conditions. Speaking of the single button, the menu navigation is very intuitive and easy to maneuver with just that button. It also makes it easier to operate if you are wearing thick gloves.

Lastly, the Cressi Leonardo comes at a very attractive price point. It’s hard to beat a dive computer with all of these features from a reputable manufacturer like Cressi when they are selling it for such an affordable price. The Cressi Leonardo is a solid and robust dive computer that does everything it says on the tin at an attractive price, and we highly recommend it as your first computer.

Pros:

• Intuitive one-button menu navigation.
• Attractive price.
• Logbook memory of 70 hours (60 dives).
• Loud alarms will keep you alerted of any safety violations.
• Three conservatism modes to choose from.
• The battery is easily replaceable by the user without special tools. Other dive computers may force the user to send it to a dedicated service center at great expense.
• Can easily reset the computer to erase the memory of past dives. This is perfect for dive centers, schools, and shops that rent out dive computers so a new diver can start fresh.

Cons:

• With the menu designed around one button navigation, it is very simple to cycle through the options and get to the menu you want. However, if you accidentally pass the menu you were looking for, you have to cycle through all the others just to get back as there is no back button.
• While this computer isn’t large, it’s still not practical for use as a daily watch.

Read our full review of the Cressi Leonardo here.

Suunto Zoop Novo

The Suunto Zoop Novo is the upgraded model of the Suunto Zoop, which is one of the world’s best-selling entry-level dive computers. As its successor, it has some added functionality, but is it enough to justify upgrading, and how does it fare against other entry-level dive computers?

Design

Let’s start with how it is designed. Normally the overall design isn’t a key feature worth fussing about in a dive computer, but in the case of the Zoop Novo, it’s a major plus. For starters, it has a massive display at 4cm (1.33in) in diameter and is guarded by tough acrylic which makes it able to withstand the odd impact.

Furthermore, the large and legible digits make reading it at a glance very easy, even for those with less than perfect eyesight. Unfortunately, due to its size it is not ideal for normal everyday use, but as a dive watch it is fantastic thanks to its practicality, durability, and functionality.

Navigation

The Suunto Zoop Novo has four buttons to make navigation easier. The buttons are: mode, select, up, and down, all of which are clearly marked. Combined with the large display, and it is a breeze to navigate through the menus and get to the screen you want.

Additionally, the four buttons are ergonomically placed and big, so that they are not only well-spaced but easy to press on the right button, even if you have thick gloves on.

Adjustments

As you already know, there is always a risk of decompression sickness when diving. Particularly if you have certain risk factors (obesity, circulatory issues, age) then you should change the algorithm setting to be more conservative.

Thankfully, the Zoop Novo lets you select between three modes for an extra level of security: P0, P1, and P2. The first setting, P0, is the default setting for ideal conditions. On the other hand, P2 is the most conservative setting, and P1 is somewhere in the middle.

Additionally, the altitude settings can be adjusted which let you change the computer’s decompression calculations. The display information can be switched between Fahrenheit and Celsius, as well as metric or imperial.

Alarms

There are many things to keep track of when diving, and beginners often lose track of them due to nerves or excitement. With the Zoop Novo, the numerous audible alarms will let the diver know if important limits are passed or reached. Don’t worry, the computer won’t be beeping at you every two minutes.

To indicate low or high priority, the Zoop Novo uses different tones to distinguish between them. For example, high priority alarms will start sounding if the current depth is too deep for the gas mix you are using, if you’re ascending too quickly, or if the decompression ceiling depth is exceeded.

Whether one is freediving or SCUBA diving, the low priority alarm will trigger when the defined maximum depth is reached.

Logbook Memory

Never lose the data from your past dives thanks to the Suunto Zoop Novo’s massive logbook memory which can store 140 hours of data (roughly 100 dives). This gives you ample time to upload that data to a computer before the information is lost. However, in freediving mode the logbook memory can only record the last 35 hours.

Unfortunately, the Suunto Zoop Novo does not have wireless connectivity, so if you want to transfer the data to your Mac or PC you will need to purchase a USB cable separately. The software that transfers the data is free to download, however.

Decompression Model

The Suunto Zoop Novo uses a proprietary RBGM model which was developed in collaboration with Dr. Bruce Wienke. What makes this decompression algorithm stand out is how it can adapt its calculations by monitoring repetitive dives, short surface intervals, reverse profiling, and multi-day diving.

Another thing that stood out to us is how the Suunto RGBM makes use of a full continuous decompression if the diver has exceeded the no-decompression limit. What this means is instead of making numerous stops at fixed depths, the Zoop Novo will calculate in real-time the rate and ceiling depth so that you can continuously ascend.

Furthermore, if you have exceeded the NDL, the algorithm will extend your surface intervals so that you get enough time to recover before the next dive. This computer is intended to be used on planned decompression dives. If this is your intention, then the best option is to put the Zoop Novo into gauge mode and use it as a bottom timer in addition to your dive plan.

Some divers expressed frustration at this dive computer, claiming that it is far too conservative. We feel that it is not a fair criticism, as this watch is intended to be an entry-level watch for beginners, and we feel there is nothing wrong with being conservative. It may get somewhat annoying if your diving partner has a more aggressive computer, but it is better to be safe than sorry.

Overall

The Suunto Zoop was widely regarded as a fantastic entry-level computer, and the Zoop Novo is the newest model that has improved on the original in many ways. It has five diving modes: off, Nitrox, air, gauge, and freediving. It has a built-in dive planner, as well as a full continuous decompression algorithm that was designed in collaboration with Dr. Bruce Wienke.

Never lose track of the time thanks to its timer in air and Nitrox modes, innovative timer for freediving, and audible alarms to remind you if you have reached or passed specific important limits. Never lose your dive data thanks to the Suunto Zoop Novo’s massive logbook memory which will store your last 100 dives (~140 hours of diving), giving you plenty of time to upload that data to a computer before it gets overwritten.

After using the Suunto Zoop Novo, we feel it is one of the top choices for a dive computer under $500. It has all of the basic functionality for casual and recreation SCUBA divers. It may not have the fancy features like gas switching or an algorithm for the most hardcore of tech divers, but what it does offer you is a easy and safe way to dive while logging all of that important data. For a highly durable, reasonably priced and super intuitive dive computer, the Suunto Zoop Novo is one of the greats.

Pros:

• Large, clear display with backlight.
• Intuitive menu which can be navigated with its four ergonomically placed buttons.
• Attractive price point.
• Very sturdy and can withstand rough conditions.
• Personal dive profiles let you adjust the algorithm to be even more conservative.
• Long-lasting battery that can be replaced by the user.

Cons:

• Due to its large size, this dive computer probably won’t be worn as a wristwatch for daily use.
• USB cable must be purchased separately.
• No digital compass.
• User manual is sparse in information, however a quick online search will yield the answers you want.

You can read a more in-depth review of the Suunto Zoop Novo here.

Cressi Giotto

Yet another offering from Cressi, the Giotto is a dive watch catered to beginners to medium-experienced divers. It is a large wrist or console-mounted dive computer that provides ample screen real-estate to display all of the critical information you need to know at a glance.

Navigating the interface is relatively straightforward and intuitive thanks to its three buttons. For the features that it provides, the Cressi Giotto is priced competitively with other entry-level dive computers.

Design

One of the first things you will notice about the Cressi Giotto is the clean interface that displays information in a concise manner with minimal confusing abbreviations. The body of the device is shaped like a traditional wristwatch, but due to its size it can’t be considered as such.

Some beginner divers make the mistake of thinking that the more compact a dive computer is, the better. That’s not necessarily true because you need to be able to easily see the information on the dive computer. Due to the Giotto’s size, parsing the information at a glance is very easy to do.

Capabilities

The Cressi Giotto has three different diving modes: Nitrox, air, and gauge. It is a wrist-mounted diving computer that can also come two other versions, including one with a compass or a mini pressure gauge. Due to its size, you probably won’t be using it as a wristwatch outside of diving.

The large display adds bulk, but also makes it easy for divers to see critical data at a glance. In terms of presentation, the data is sectioned and the most important information is displayed with a bigger, bolded text size.

One of the things displayed on the screen is the battery level. Once it runs out, the battery can be replaced by the user without needing to bring it to a service center and paying an expensive fee.

Navigating through the menu is done through three large buttons at the bottom. Pressing the buttons may get a little tricky if thick gloves are worn, but it is still possible due to the spacing of the buttons.

Compared to dive computers with only a single button, using three buttons to navigate the interface is much smoother in comparison. For instance, you don’t have to go through every single menu just to reach the one you want. With the forward and back buttons on the Cressi Giotto, you can easily switch between menus.

Safety is of utmost importance, and it is the reason why dive computers are used when SCUBA diving. Thus, the Giotto has many audible and visual warnings to indicate when a safety violation has occurred.

The alarm will trigger when certain conditions have been met, such as:

• Maximum depth.
• Dive time.
• High rate of ascent.
• CNS Toxicity.
• High ppO2.
• Decompression depth, air, and Nitrox warnings.
• Deep stop warning.

Technical Capabilities

The Cressi Giotto can handle oxygen levels between 21%-99% in Nitrox mode. It can monitor and switch between two different gas mixes. The ppO2 limits for this computer can be set between 1.2 and 1.6 bars.

Next, the maximum operating depth for this computer is 120m (394ft). If you plan on diving at higher altitudes, you can adjust the altitude levels up to 3,700m (12,139ft) from four different altitude settings.

The Cressi Giotto runs on Cressi’s own modified RGBM algorithm, which is based on the Haldane model and adapted to their needs. We found the algorithm to be quite liberal, but thankfully you can adjust the conservatism levels if you want to err on the side of caution. There are three conservatism levels to select from, but by default the computer is just running the Cressi model with no safety factor applied.

Additionally, the Cressi Giotto has a dedicated display to highly the oxygen toxicity level for the central nervous system (CNS). This display takes into consideration the diver’s exposure time to partial oxygen pressure and the resulting toxicity level of oxygen is displayed in real-time as a graph on the screen.

Dive Log and Connectivity

Capable of storing up to 70 hours of dive data (roughly 60 dives) with a constant sampling rate of 20 seconds, the Cressi Giotto can hold a respectable amount of dive data. You can view the data on the device itself, but for a more in-depth overview, you will need to transfer the dive log to a computer.

Unfortunately, there is no wireless connectivity, so you must purchase a USB connector separately. The software needed to analyze the detailed dive information is included with the dive computer.

Mission Functionality

Like many entry-level dive computers, the Cressi Giotto lacks a built-in compass and air integration, both of which are available when you purchase a console. Since these are premium features, most dive computers in this range will not have these features and you should expect to pay more to get them.

With that said, most casual divers don’t need these functions and the Cressi Giotto already provides a set of features that is sufficient for recreational diving.

Overall

The Giotto is yet another excellent offering from Cressi for beginner to intermediate recreational divers. This dive computer is designed by one of the trusted brands in the SCUBA diving gear community, and gives you all of the basic features to get you started.

There’s lots to like about it. The display is sharp and makes it easy to parse the data at a glance to get the essential information you need. With its three buttons, navigating the menus is super easy and convenient. You can switch between three dive modes: air, Nitrox, and gauge. Furthermore, you can switch between two Nitrox mixes, as well as in the middle of a dive.

The functionality provided by the Cressi Grotto makes it a solid choice at a desirable price point. Divers who are just getting started with SCUBA, and even intermediate divers can use it and grow with it.

While it doesn’t have advanced functionality like air integration, most divers won’t need it in the first place. Plus, the lack of air integration is probably what’s keeping the price low. If you are on a budget and want a solid dive computer that can do all of the basics from a trusted brand, then the Cressi Giotto is for you.

Pros:

• Large display that is sharp and easy to read, with three buttons to navigate the interface.
• Dive log memory that stores the data of the past 60 dives (70 hours)
• Maximum operating depth of 120m (393ft).
• Complete reset mode that is perfect for any establishment that rents out dive computers.
• Cressi’s own modified RGBM algorithm.
• Easy to replace Lithium battery, no need to send it to a service center.

Cons:

• Too large to be worn as a wristwatch.
• No air integration.

Read our in-depth review of the Cressi Giotto here.

Atmos Mission One

This new dive computer from Taiwan-based manufacturer Atmos provides an impressive suite of features that you’d expect to find in high-end models at an affordable price point. What makes this a top choice out of all of its competitors? Almost everything.

First, the Atmos Mission One has an incredible display for its price. The screen is high contrast, 1.2” with a resolution of 240×240 pixels and displays colors. To get a better screen than this, expect to pay at least triple the price for something like the Shearwater Teric, but instead you can get the Mission One for under $500.

Second, the Atmos Mission also comes with a digital compass and dive planning. Once again, these are premium features that you wouldn’t normally find in this price range. Furthermore, it also supports Nitrox, has audible and visual alarms, and has freediving and gauge modes.

Algorithm

The Atmos Mission One runs the Buhlmann ZHL-16c algorithm which is one of the best algorithms out there because it is well-tested, not proprietary, and easy to understand. What makes the Mission One stand out is how adjustable its conservation factor is using gradient factors.

For casual divers, just set the GF hi value to around 70 for conservative dives, or if you’re feeling adventurous, set it to 95 for an aggressive dive profile (95 is akin to the DSAT algorithm).

Since this computer gives you the freedom to customize, it means divers can also change their GF lo to a higher value like 50-60, which changes their first decompression stop to be much shallower. Many recreational diver computers hard code these values in, and if the GF lo is in the 30 range it leads to “deep stops.”

Pros:

• High contrast, 1.2” color screen and 240×240 pixel resolution; these are premium features that are typically only available in higher end dive computers.
• Packed with features like a digital compass and dive planning and more.
• Small profile for less drag – watch style instead of puck style.
• Runs the Buhlmann ZHL-16c algorithm which is one of the best there is.
• Features a comprehensive watch mode so you can wear it out of the water.

Cons:

• No air integration but which sub-$500 dive computer does? Plus it already has so many premium features you can hardly complain.
• Since it is Taiwan-based, not many manufacturers in the USA carry it though it can be purchased online.
• Relatively new company to the dive industry, we shall see if their quality keeps up.

Read our in-depth review of the Atmos Mission One here.

Mares Puck Pro/Plus

The Mares Puck Pro is a reliable and compact dive computer with numerous useful features at a low price. It has a large interface that can be navigated with just a single button, whether it is to seamlessly switch between the three diving modes (Air, Nitrox, and Gauge) or to adjust the algorithm settings.

This dive computer comes included with features that many entry levels typically don’t have, such as a stopwatch, calendar, and capability to adjust altitude. The Puck Pro has a maximum depth of 150m (492ft), which is a large enough distance for most divers.

Record up to 36 hours of dive data which can be uploaded to a computer to be analyzed further. However, you will need to purchase a USB separately in order to do so. The next model up, the Mares Puck Pro Plus features wireless Bluetooth capability so that you can send the data to your computer or smartphone.

Another great feature is this ascent rate monitor which will warn you if you are going up too quickly. Prevent safety violations by getting a reminder with its alarms regarding not only the ascent rate, but also if the battery is low, a decompression stop is missed, or if there is high PPO2 readings.

Overall, the Mares Puck Pro price is a solid dive watch for the price. Furthermore, it is a product from Mares, a trusted manufacturer of diving equipment and should be on everybody’s list of budget entry-level dive computers.

Pros:

• Large interface that has been clearly sectioned to provide data in a clear and concise manner.
• Three diving modes: Air, Nitrox, and Gauge.
• Capable of keeping a dive log of the last 36 hours of diving.
• Generous maximum depth of 150m (492ft).

Cons:

• Need to purchase a USB cable separately in order to access data. The next model up, the Mares Puck Pro Plus, solves this with Bluetooth capability.

Read our in-depth review of the Mares Puck Pro Plus here.

Aqua Lung i200c

In the past few years, Aqua Lung have manufactured many competitive dive computers in the low to mid price range. The majority of these models were based off of their classic Oceanic Geo and Veo models, which have since been rebranded under the Aqua Lung name since Oceanic’s acquisition.

So is the Aqua Lung i200c literally just a rebranded watch, or is there more to it than that? In our opinion, it has made some big improvements and it hits the sweet spot when it comes to price and features.

What’s new? Well, compared to older models, this one comes with bluetooth connectivity. As a result, you do not have to separately purchase a USB cable just to get the data from your watch to your computer. Many companies charge a ridiculous price for their USB cables because they know that divers need access to this data.

The Aqua Lung i200c has 4 diving modes: Air, Nitrox, Gauge (with run timer), and Free Dive which tracks calculations to allow seamless and unrestricted switching between Dive and Free. It can handle two gas mixes with up to 100% oxygen.

Pros:

• Based off of the Oceanic Geo 2.0, an already acclaimed dive watch.
• Wireless Bluetooth connectivity lets you transfer data to your computer and smartphone without needing to purchase a separate, expensive USB cable.
• Z+ algorithm is decent, though a bit on the conservative side.
• Dual gas Nitrox mode up to 100% oxygen.
• 4 physical buttons to make navigating the interface very convenient.

Cons:

• The LCD screen is starting to feel dated, with many cheaper models having a comparable screen.
• Battery can only be serviced by factory.
• No air integration.
• Even with the bluetooth technology, we feel that their listing price is a bit steep, though it still falls under a “budget” computer.

Read our in-depth review of the Aqua Lung i200C here.

Mares Quad

Yet another dive computer from Mares, the Mares Quad makes it onto this list because it has a strong advantage in usability compared to the other products in this price range.

Most dive computers taut only their dive features. While the Mares Quad doesn’t lack in that department, Mares put special attention into the large screen with four physical buttons for unmatched usability. Most other budget computers only have one or two buttons and a tiny screen. That makes navigating and looking at the data more cumbersome than it ought to be.

With the Mares Quad, you can get the info you need at a glance, and you can navigate the interface to change the settings easily thanks to its numerous buttons. Despite looking like it, the Mares Quad is not bulky or awkward to wear and you will learn how to use the menus in under 5 minutes.

As for features, it has three diving modes: Air, Nitrox, and Bottom timer, with a battery that can last approximately 200-300 dives before replacing. It uses the RGBM Mares-Wienke algorithm and has a maximum depth display of 150m (492ft.)

Pros:

• Large screen with four physical buttons makes navigating the menus a breeze.
• Readability is further increased with sectioned information and intelligent placement of data.
• Has a large maximum depth display of 150m (492ft)
• Has a decompression dive planner that can be easily adjusted.
• Long battery life that can be replaced on your own.

Cons:

• Basic LCD screen.
• No air integration.
• RGBM algorithm is slightly dated.

Best Dive Computer Under $500 Buying Guide

When you are shopping in this price range, you can only get entry-level dive computers with only basic functionality that are reliable enough to keep you safe during a dive. As for the specific features, here is what to expect.

RGBM Algorithm with Adjustments

Basically every dive computer manufacturer has their own Reduced gradient bubble model (RGBM) algorithm that continuously calculates your dive data at different sampling rates.

With these calculations, the dive watch can determine how much time you have left underwater based on how quickly the oxygen in the tank is being used, whether you are ascending too fast, your max dive depth, current depth and other useful information.

If your diving buddy has a dive computer from a different manufacturer, you can expect the dive calculations to be different, so rely on your own dive computer.

Most algorithms can have the conservatism of their calculations be adjusted so that it is more conservative. This ultimately provides you with a greater safety margin and peace of mind when diving.

Gas Mixes

Dive computers under $500 will have the capability of having one Nitrox mix and support oxygen levels up to 50%.

Since you’re looking for a “budget” dive computer, you are most likely either a beginner or recreational diver and managing one gas mix is usually enough. In fact, if you are only a casual SCUBA diver, a single gas mix may cover you for a few years or maybe even a lifetime.

Most newer and higher end models can handle up to two gas mixes. Again, depending on how much of an enthusiast you are, this may not be an important feature for you. For recreational divers, it is generally a non-issue.

Audible and Visual Alarms

You can expect all dive computers within this price bracket to provide audible and visual alarms to alert you of a possible danger. You can expect the following to trigger an alarm:

• Dive time exceeded.
• High rate of ascent.
• Maximum depth violation.
• Missing a decompression stop.
• High pO2.

Beginners are the most likely to make these mistakes, and thankfully all dive computers have alarms that alert the diver of any issues.

Dive Log

Memory is critical, and you can expect even dive computers under $500 to be able to store the data of at least the last 20 dives. In fact, some models have such impressive memory, they can record over 120+ hours of data, or roughly 75 dives.

Generally, the dive data will be sampled at a fixed rate. Some models allow you to adjust this rate, for example you can potentially set it to record data at 10, 20, 30, or 60 second intervals.

USB or Wireless Connectivity to Computer

Unfortunately, while most dive computers on their own may be less than $500, some require you to purchase their USB and software separately. Doing so may potentially increase the price to around or over $500.

However, some may allow you to use Bluetooth to wireless send the data to your smartphone or computer. Before purchasing a dive watch, look very carefully at how the data can be accessed so that you don’t unexpectedly have to pay extra for a USB cable and software.

Missing Features

Alas, it would be great if you could get the best dive watch under $500 with all of the shiny bells and whistles, however at this price range you might be missing some features. Once again, if you are a recreational diver the missing features may not be of much concern to you since you may never need to use them anyways.

Dive Planner

Even though dive computers at this price point won’t come with a dive planner, you can upload the dive data to your computer and make dive plans on the computer.

Air Integration

It is highly unlikely that you will find a dive computer with air integration at this price. If you’re patient and wait for a good deal, you may find one on sale that is capable of air integration, but you probably won’t find a dive watch with an air transmitter included.

Digital Compass

If you want an integrated digital compass, it’s something that is available in the next price range above. Generally, once you start looking at dive computers in the $800-$1000 price range, you will start to see digital compasses being the norm as part of their main features.

Conclusion

SCUBA equipment is expensive, and dive computers are no exception. With that said, there is a large selection of excellent dive computers under $500, and the best ones will provide all of the basic features that will keep you safe as you’re diving underwater. As dive computer technology improves, you can even start to see features that were previously reserved for high-end dive models start appearing in entry-level computers.

Which dive computer you select depends on how you plan to dive and your personal preferences in terms of its style and usability. Are you fine with wearing an oversized computer, or do you prefer to wear a watch-sized model which can also be worn as a wristwatch in your daily life?

There are trade-offs for each style. A large display makes it easier to read the critical information while in poor-visibility conditions. The large size also makes battery replacement much easier. On the other hand, watch-sized devices often need to be sent to a service center for battery replacement, and it is harder to read the display.

Furthermore, do your due diligence and actually look at the technical capabilities of each dive computer. Yes, popular ones from trusted brands are relatively comparable in terms of numbers and they should cover all of the basic features. But it is your duty to what exactly its maximum operational depth is, for example, or what kind of decompression algorithm it uses.

Remember to also check its conservatism settings, because the whole point of using a dive computer is to make diving safer, so being able to adjust the safety settings is crucial. If a dive computer from a trusted brand meets all of your requirements and it is under $500, then buying it should be a safe bet.

With so many brands on the market across a wide spectrum of price ranges, it can be daunting to find the best dive computer for beginners. What kinds of specs and features should you be looking for? Which ones are essential, and which ones are just fluff?

Typically, the best dive computers for beginners should provide a good user experience, meaning it is easy to use with a clear interface, has just the right amount of features, and is available at an affordable price. Don’t be tempted by PDCs with impressive specs and endless features that only experienced divers would care about.

In this article, we have narrowed down the massive list of available options and honed in on the best beginner dive computers with an emphasis on affordability and ease of use. We have also written a buyer’s guide detailing many popular features such as automatic activation, air integration, dive Nitrox, etc., so that you can do some research on your own if you’d like. Without any further ado, let’s head on to the review.

Our Top Picks:

Best Dive Computers for Beginners Review

Cressi Leonardo Underwater Diving Computer

The Cressi Leonardo is a wrist-mounted dive computer that caters to beginner divers. It’s quite bulky but its size makes it easy to read the display and navigation can be done through a single button on the device. Despite its affordable price, it is considered to be a high-quality and reliable piece of equipment by thousands of SCUBA divers.

Features

This dive computer comes with many useful features such as air, gauge, and Nitrox modes, a backlight for night/low-visibility dives, alarms, large digits for clear reading, and easy access to the on/off button. With that said, it is an entry-level computer so it is missing some features that can be found in higher-end dive watches.

Not only will this dive computer provide accurate real-time readings of your dive times, ascent rate, decompression status, and depth during your dive, but it has been designed to be easy to read thanks to the backlit display and large digits. Visibility is often an issue the deeper you go, so being able to safely monitor your data is critical.

Additionally, the Cressi Leonardo comes with a data reset feature which is ideal for rental companies whose primary customers are beginners. For those who are worried they might accidentally wipe their own personal data, it’s quite difficult to stumble into this section and delete your data without following the manual, so you would have to be intentionally trying to wipe it.

Another great feature that the Cressi Leonardo has is its visual and audible automatic warnings to warn you if you are ascending too quickly or if you are running out of oxygen. The watch visually represents this by using a stack of arrows to indicate something is wrong, and the audible alarms are loud enough that you can hear it underwater.

Technical Capabilities

The Cressi Leonardo is designed to be fully operational up to a maximum of 120m (393 feet) below the surface. Its dive algorithm is based on Cressi’s own Reduced Gradient Bubble Model (RBGM) which is based on the Haldane and Wienke algorithm.

This algorithm can accurately calculate your decompression limits, even if you do numerous dives within a short span of time. The Cressi Leonardo will continuously monitor your body’s Nitrogen absorption and release.

Furthermore, it takes into account how much inert gasses and other mixtures that you can use. You can even further adjust the way the algorithm calculates the data for a safer dive experience. For instance, the nitro levels can be set for oxygen levels between 21-50%, and the PO2 limits can be changed to 1.2-1.6 bars.

Dive Log and Connectivity

The built-in dive logs keep track of the last 60 dives (~75 hours). Furthermore, the data is sampled every 20 seconds during a dive for the most accurate record of your past dives. You can then transfer this log to your PC, however you need to purchase a separate device in order to do so. Once the data is on your PC, you can plan future dives by running dive simulations.

Missing Functionality

Remember that the Cressi Leonardo is an entry-level dive computer, therefore it does not have all of the bells and whistles that a more expensive model has. For example, it does not have a compass nor does have air integration.

With that said, for beginner divers air integration is not a priority. However, as your skills and experiences grow, you may eventually want to upgrade to a dive computer with more functionality.

Overall

The Cressi Leonardo is possibly the best dive computer for beginners by providing all of the basic features at an affordable price. It is well built and designed by a reputable company. It does not have all of the shiny new features, such as air integration, that higher end models have. However, for beginners or those who want a reliable back-up watch, then this is a top tier choice.

Pros:

• Large, easy-to-read display with simple one-button navigation.
• Air, Nitrox, and Gauge modes.
• Dive log can keep track of 60 dives (75 hours).
• Adjustable safety factor settings.
• Data can be completely reset after each dive, ideal for dive shops.

Cons:

• No compass or air integration.
• Backlight could be brighter.
• Bulky.

Read our full review of the Cressi Leonardo here.

Suunto Zoop Novo

Yet another excellent contender for best dive computer for beginners is the Suunto Zoop Novo. Like the Cressi Leonardo, it is also an oversized wrist watch designed to have a large display screen so that the diver has no difficulties reading the information at a glance, even in low-visibility conditions.

Navigation the interface is done through the 4 buttons located in the front. The Suunto Zoop Novo also comes in a console-mounted version if you prefer that over the wrist mounted style.

Features

The Suunto Zoop Novo can switch between five different dive modes: Air, Nitro, Gauge, Freedive, and Off mode.

Navigating the interface is simple, even for beginner divers who have never used a dive watch before. Suunto have taken great care to place the buttons in ergonomic positions so that they are easy to reach and press, even if thick gloves are worn. With four separate buttons, navigating is easier than trying to step through each screen with only a single button compared to other models.

The Suunto Zoop Novo has audible and visual warnings for various conditions like dive time, max depth, high pO2, deep stop and decompression ceiling violations, and ascent rate. With that said, the screen only displays black and white, so the visible alarm is not as prominent compared to models with a color display.

Technical Capabilities

Let’s talk about nitty-gritty numbers. The Suunto Zoop Novo can handle oxygen levels between 21%-50% in Nitrox mode. The pO2 limits for this dive watch can be adjusted between 1.2 and 1.6 bars. The maximum safe dive depth is 80m (262ft), with altitude adjustment settings up to 3,000m (9,843ft).

Algorithm

The Suunto Zoop Novo’s algorithm is Suunto’s own which was developed in cooperation with Dr. Bruce Wienke, the creator of the Reduced Gradient Bubble Model (RGBM) that is used in many dive watches today.

What’s great about this algorithm is its ability to allow the diver to tweak the conservatism of the algorithm for a safer dive experience. Just change the dive profile to conservative and enjoy an extra level of safety.

Off Mode

Another nifty feature is Off Mode. Activating it will prevent the dive computer from changing into dive mode just because you are in the water. This feature saves battery life if you are in the water but don’t want it running at full power.

Diving Log and Connectivity

The Zoop Novo has an immense storage capacity that can store the last 140 hours of data, which is equivalent to roughly 75 dives. You can set the sampling time to be either 10, 20, 30, or 60 seconds which lets it maintain a detailed logbook of your past dives.

Unfortunately, if you want to access this data on a desktop computer, you will need to purchase a USB connector and software for both PC and MAC. You may be able to purchase the device with a USB cable together.

Seeing as how you need a USB cable, it should go without saying that this device does not have Bluetooth connectivity. In order to extract data from the dive computer, you need the USB cable to connect it to your computer.

Once connected, the data can be uploaded to the Suunto Movescount portal. You will be able to see all of the exercise data, and you can also add photos and videos to your dive data from this portal.

Missing Features

Since this article focuses on dive computers for beginners, you should expect these entry-level products to be missing some features. Much like the Cressi Leonardo, the Suunto Zoop Novo is also missing a compass and air integration capability. If you are looking for a device with air integration, consider getting the Suunto Vyper Novo instead. Recreational divers won’t need this feature, unlike veteran divers.

Overall

The functionality offered by the Suunto Zoop Novo is about what you’d expect from an entry-level dive computer. It has all of the basic features but no compass or air integration. Furthermore, there isn’t the option to add air integration either.

As such, it is not ideal for divers who are trying to hone their skills and are planning to switch to air integration in the future. With that said, recreational divers either don’t need to worry about this feature, or it may be years until they need it and by then they can just upgrade to a new device entirely.

With the 5 dive modes, 4 easy-to-access buttons, and over 140 hours (75 dives) of data storage, the Suunto Zoop Novo is a fantastic dive computer for beginners.

Pros:

• Easy to navigate the interface thanks to its 4 ergonomically placed buttons.
• Features Suunto’s own RBGM algorithm, made in collaboration with Dr. Bruce Wienke.
• Four dive modes: Air, Nitrox, Freediving, Gauge, and a special Off Mode.
• Can record the last 140 hours (75 dives) of data, with a sampling rate of 10, 20, 30, and 60 seconds.
• Excellent entry-level device for beginners.

Cons:

• No compass.
• No air integration.

Check out our in-depth review of the Suunto Zoop Novo here.

Mares Puck Pro Plus Dive Computer

The Mares Puck Pro Plus is an updated version of its acclaimed Puck Pro dive watch, which was already considered to be one of the best entry-level diving computers for its time. With their refreshed Puck Pro Plus, Mares has made a good product even better.

To start, navigation on this device is handed via an intuitive single button. Next, the Puck Pro Plus has been improved so that it can connect to your computer or smartphone wirelessly with a Bluetooth clip connector. No more annoying USB cables are needed to access the dive log on your other devices.

More upgrades have been made on the Pro Plus in regards to connectivity, such as firmware updates and easier data exchange between your smartphone. Even personal maintenance of the device has been simplified, with the battery being easy to swap out yourself. No more sending it to a service center or authorized dealer if you’re willing to do it yourself.

Features

The Mares Puck Pro Plus provides an intuitive, highly legible display with split sections. By segmenting the information into three lines, it allows the device to display all of the critical information on its large display.

There are three diving modes to choose from: Air, Nitrox, and Gauge.

Furthermore, it can deal with different gas mixes that you can easily switch between during a dive with oxygen levels up to 99%. Avoid safety violations with its alarms which trigger when the ascent rate is too high, battery is low, decompression stop is missed or ignored, and there is high PPO2 and high CNS (over 100%).

Technical Specifications

Let’s get down to the nitty-gritty. The Mares Puck Pro Plus has a maximum depth of 150m (492ft). Its onboard dive log size records the last 36 hours with a sampling rate of 5 seconds. It has a Nitrox setting up to 99% oxygen, and can switch between metric and imperial units.

Overall

The information of each dive that is recorded by dive computers are so important, and it can be a pain in the butt having to buy a USB cable and software separately just to access your data. For this reason, the Bluetooth wireless connectivity of the Mares Puck Pro Plus is a godsend and is honestly worth it just for that feature alone.

If you want quick access to your data just send it to your smartphone. No more having to wait until you return from your vacation, or lugging around a laptop just so you can see your data. Furthermore, you don’t have to worry about your dive log getting overwritten before you can upload it to a computer if you can send it wirelessly long before that happens.

Of course, it has all of the features you’d expect from an entry-level dive computer as well. The updated design of the Puck Pro Plus makes it look more sophisticated and there are various colors to choose from. Overall, the Mares Puck Pro Plus can be your intuitive decompression calculator for years to come whether you dive Air or Nitrox.

Pros:

• Bluetooth connectivity allows you to wirelessly send dive data to your smartphone or computer without a USB cable. This feature alone is worth getting the dive computer for.
• Three dive modes: Air, Nitrox, and Gauge.
• Usable up to 150m (492ft) below the surface.
• Logs the last 36 hours of diving data with a 5 second sampling rate.

Cons:

• If you already have the older Mares Puck Pro, there may not be enough new features to make it worth an upgrade.

Check out our comprehensive review of the Mares Puck Pro here.

Best Dive Computers for Beginners Buyer’s Guide

If you’re not aware of what a Personal Dive Computer (PDC) is and why it is so useful, it is a device designed for SCUBA divers that tracks the depth and time of a dive according to a pre-programmed algorithm.

Today, dive computers have become so prevalent and accepted that it is considered as important a piece of equipment as your regulator. Its popularity is not without merit; it is constantly monitoring your dive and displaying a safe dive profile and ascent rate to help prevent decompression sickness.

While it is not compulsory for a SCUBA diver to have a dive computer, they are an essential piece of equipment if you plan on diving frequently. This is because the information that you would normally calculate by using a dive table can be done with more accuracy and detail using a dive computer.

While dive tables are a great tool to help divers figure out how long they are able to stay underwater at specific depths and if a decompression stop is necessary, they are slowly becoming obsolete. Before dive computers were introduced to the public, knowing how to read dive tables was an essential skill for frequent divers and is taught as part of any diving course.

However, to the untrained eye, decompression tables are confusing and take a fair bit of practice until one becomes proficient at reading them. With that said, to err is human, and even professional divers make mistakes sometimes in their calculations.

Thankfully, dive computers can do all of these calculations for you so that there is no chance of a mistake when calculating diving periods, safe diving depths, and decompression stops. SCUBA diving computers can track precisely the time spent underwater and the depth in real-time.

Due to the constantly changing information, the dive computer can recalculate as you are moving, while a dive chart is static and cannot be adjusted in real-time. With the calculations that a PDC makes, you can decide on-the-fly whether you would like to spend more or less time at depth.

With the information provided by a dive chart, any sort of unforeseen circumstances can lead to longer decompression stops and less time spent at depth. There’s so much more that a dive computer can do, and you can read about the features in the next section.

Dive Computer Basic Features

All dive computers will display four crucial pieces of information that all SCUBA divers must keep track of throughout their dive. They are:

1. Current Depth of the dive.
2. Maximum Depth reached for that dive.
3. NDL/No Stop Time: The time available for a specific depth without needing to go to a decompression stop during ascent.
4. Overall Dive Time: The amount of time spent underwater measured from descent to the beginning of the ascent to the surface.

These features are available in all dive computers so if they are all that you need, then you can go ahead and invest in a budget one. Higher end models come with numerous advanced features that may not be available in other models.

Dive Computer Additional Features

The higher end models come with numerous features that will make the diving experience a lot smoother. For instance, the Suunto Eon Steel dive computer comes with a pressure sensor that instantaneously sends the information wirelessly to the main device when it is held close to the tank. Here are some common features you can expect to find in higher-end PDCs.

Ascent Rate Monitors and Warnings

When one is ascending, one must make sure to do so slowly in order to decrease the chances of getting decompression sickness. With that said, it is hard to know exactly how fast or slow one is going even after calculating the optimal speed with a table.

With a PDC, you can completely remove the guesswork by accurately telling you in real-time if you are swimming too fast. Most models even have a warning system built-in to alert you.

Navigation

An important part of a SCUBA diver’s gear is their compass. While you can use an analog compass on your dive gauge, you could also use the integrated digital compass on your dive computer. With this, you will always know which direction you’re headed and how to return to shore or the boat.

You can supplement or even replace your old-fashioned compass with a dive computer. The advantage of this is they can digitally display your information for easier reading, and you don’t even have to keep the instrument perfectly level to get a proper reading.

Air Integration

SCUBA computers with an Air Time Remaining (ATR) or air integration system provide an additional layer of security. Having air integration removes the need to have a separate pressure gauge.

Knowing how much oxygen is left in the tank is crucial, and the air integration monitor will keep track of this and alert you about how much time left you can safely spend in the water.

This information is calculated by measuring the diver’s air consumption rate, the capacity of the air tank, and computing how much time is left. Since this is done in real-time, any increase or decrease in the consumption rate will get factored in, and the display will be updated.

The PDC can also factor in how the time remaining changes due to turbulent water conditions or at different depths. For instance, in the middle of strong currents or any situation that causes the diver to exert themselves more than usual, the air consumption will most likely increase and the time remaining will change.

While a submersible pressure gauge can track how much air is remaining in the tank, the dive computer does that as well as provide time-related information.

Although air integrated computers are very advanced and thus cost a pretty penny to buy, their prices have come down over the years. Many divers feel that the AI’s other features, such as audible low-air alarms, transmitter connections, quick disconnects, and the main feature justify the higher price tag.

Nitrogen Monitoring

Many dive computers for beginners also track the nitrogen level in your system using a Tissue Loading Meter. A nitrogen monitor is yet another layer of security to help divers avoid decompression sickness. By monitoring how much nitrogen has accumulated in your system, you will know how much time to spend at a decompression stop.

Similar to the ascent rate monitor, the nitrogen monitor can be set as an alarm so that you can receive a warning in case you need it. Keep in mind this is separate from the no-decompression limit.

Dive Nitrox

If you’re a Nitrox diver, this feature is designed specifically for you. Since a different composition is used in the air tanks, there is an increased risk of central nervous system (CNS) oxygen toxicity, tracking the exposure to oxygen is paramount.

Dive computers can calculate how much time one can be continuously exposed to the oxygen while still staying safe. This information is typically displayed as minutes left within a safe time limit. Another way a PDC can display this information is through percentages.

Dive Log

Having the data for each dive is important for keeping track of your progress as a SCUBA diver. Doing it by hand is tedious and error prone. A PDC can track all of this information for you so that you don’t have to do it manually. For example, the Mares Smart Wrist model tracks the data of the last 25 hours, and even features a dive plan mode.

The information logged by the dive computer can be conveniently transferred to a desktop computer where it can be viewed as a digital log. A cable that links the PDC to a desktop is included in the packaging.

Activation

Dive computers have two ways they can be activated: manually or with water. Some PDCs require the diver to press a button before heading into the water for information to pop up on the computer’s display.

Many dive computer manufacturers have noticed that divers tend to forget to press the On/Off buttons on their device. To address this issue, some dive computers have been designed so that they activate when one enters the water. This feature ensures that you will always have details of your dive, however this feature increases the computer’s price tag.

Memory

All dive computers provide a dive log function so that you can review your most recent dives. The amount of dives logged depends on the model. Before choosing a computer, make sure it has the memory capacity to keep a log of numerous dives at any given time.

Older models typically only show the most recent dive. Current models generally log the data of the last 10 dives.

Miscellaneous

Some models come with various nifty quality-of-life features, such as the ability to track and record a dive log history, the option to set visual or audible alarms, as well as a backlight for nighttime or low-visibility dives. Color displays are starting to flood the market and it is becoming more commonplace.

Wrist or Console Mount

Modern dive computers come in two varieties: the wrist or console-mounted type.

Wrist Mount

Wrist computers are stand-alone devices that are kept in a boot and connect to the wrist using a bungee or durable watch band. They can be purchased in a small watch style that can be used for everyday wear, or a standard puck size.

The wrist style PDCs are a solid choice for divers that want to update an older console setup or are looking for a way to remove a hose from their current regulator setup. Some wrist mounted dive computers give the option of buying an AI transmitter that lets the device monitor the tank pressure through a wireless link.

Console Mount

Console computers are mounted in the SPG console and typically replace the depth gauge. If it is air integrated, it can replace both the pressure and depth gauges in a typical console setup.

Why Use a SCUBA Computer?

Dive computers are incredibly useful pieces of diving equipment that make the experience safer thanks to its real-time monitoring and accuracy. Simply put, using one will surely extend your bottom time.

As opposed to dive charts that only calculate “square diving profiles” which only take into account your max time and max depth after a dive, a dive computer will calculate data based on actual time and depth of your current dive.

We humans are error-prone, and there’s already so much to keep track of during a dive. For instance, knowing your exact depth underwater without a dive computer keeping track means you have to estimate and you’d probably be off by at least a few meters, if not several.

Wearing a PDC helps you keep track of all kinds of information that you wouldn’t be able to keep track of by yourself in real-time. You can get the precise information regarding nitrogen and oxygen levels, decompression stop times, and how much air is remaining in the tank.

The ability to accurately measure time and depth means dive computers will warn you as you are approaching bottom-time or max NDL. Additionally, it can help time your safety stop and even trigger a warning if you have an excessive ascent rate.

Safety should always be a top priority whether you are diving with a PDC or still using tables. With that said, it is clear that dive computers are the safer option by providing you with extra control over the numerous variables you have to keep track of.

Since a dive computer is constantly updating its data based on real-time variables, you get the benefit of being able to safely stay underwater for longer and enjoy a bit more spontaneity in your dives.

If it is within your budget, you should invest in a dive computer for beginners of your own. There are numerous models each with useful features, and the most important ones have been covered in the previous section.

Lastly, it is up to you to decide which features are the most important for you. You can easily save money if the features you want are available in an entry-level model.

Dive Computer Maintenance

Knowing how to maintain your dive computer is important if you want to keep your advanced diving tool in perfect working order. If you’re not sure how to do that, then this section is for you.

After each dive you must give all of your SCUBA gear a thorough rinse with freshwater, including your dive computer. If you were diving in saltwater, this step is even more crucial since salt can harden around the buttons which causes them to get stuck or malfunction.

Always consult the manufacturer’s instructions if you’re unsure of what to do. Most manuals should tell you to soak the computer in freshwater for at least five minutes while pushing the buttons to get rid of any salt build-up.

Once you’ve finished washing the computer, dry it and store it in a protective case in a cool and dry place to keep it safe while not in use.

Depending on which model you purchased, your computer may need to have its battery replaced every one to two years so it won’t suddenly die on you in the middle of a dive. Most dive computers are designed so that the user can easily replace the battery themselves.

Battery kits should come with a replacement battery as well as an O-ring which helps seal the computer and prevent any water leaks even under intense pressure.

Once again, consult the manufacturer’s instructions to safely replace the battery. Otherwise, it can be very easy to damage this delicate piece of equipment. As a beginner SCUBA diver, you might even want to let a certified specialist do it for you the first time so that you can watch and learn.

What Should You Do if Your Computer Dies During a Dive?

The first thing you should do in case anything goes wrong during a dive is to stay calm. Then next thing you should do is alert your dive buddy that your computer is dead and that you want to end the dive. Ascend slowly, safely, and if you still remember any of the information that the computer displayed before it died, then take that into account.

You should not rely on your dive buddy’s computer because they may have a different setup than you. Unless you have a back-up computer, the diving session is effectively over for you. Do not attempt any more dives once you resurface until you have access to a working dive computer.

Dive computers sometimes fail due to leaks in the compartment where the battery is held, from battery failure, or if the battery runs out of juice. If you have a spare dive watch, you can continue diving safely even if your main diving computer is out of commission. It is prudent to bring along a spare battery just in case you encounter battery issues.

Experienced divers will generally change the batteries of their dive computers by themselves. As a beginner, be sure to follow the instructions carefully so that not only can you replace the battery, but prevent further leaks in the future.

Are Dive Computers Ideal for Beginners?

All divers can make good use of a dive computer, particularly beginners. In fact, PADI recommends that all divers should have their own dive computer. If you’re just starting out and only plan on diving recreationally a handful of times a year, you might want to get an entry-level one instead of one with all of the bells and whistles.

The more advanced the dive computer is, the more complicated it is to use particularly if you are just starting out. As dive computers keep on improving, the user experience has thankfully improved. Manufacturers are constantly innovating and developing a display that can be easily understood, operated, and seen even during low-light conditions.

Practice using the dive computer before heading out into the water so that you at least have an idea of how it works. That way, you spend less time fiddling around with it and more time diving. If you plan on getting certified to dive with Nitrox, then you need to find a dive computer with this functionality. You’ll also need to learn how to switch between Nitrox and Air modes as needed.