The Keychron Q Pro Series is a lineup of mechanical keyboards. The keyboards in this lineup closely resemble Keychron's related Q Series but with added wireless connectivity. They feature aluminum cases and a gasket-mounted design, making for a softer, slightly springy typing experience. They also have specialized PBT keycaps with a slightly rounded and tapered profile. Also, these keyboards offer high customizability, with hot-swappable PCBs and toolkits for disassembling and replacing components.
We bought and tested the Keychron Q1 Pro, but you can purchase this keyboard in various configurations discussed in this review's Differences Between Variants section.
Although not explicitly for this use, the Keychron Q Pro Series keyboards are great for gaming. They have remarkable build quality, full RGB backlighting, and outstanding compatibility with all major operating systems. You can buy them with various Keychron K Pro switches, including a Linear Red option and tactile Brown, Banana, or Mint options. These keyboards also have excellent latency for playing just about anything. However, if you're exclusively interested in reaction-based or competitive games, we'd recommend a dedicated gaming option with even lower latency.
The Keychron Q Pro Series keyboards are good for office use. They're made with high-quality materials and have remarkable build quality. They provide excellent typing quality and feature a gasket-mounted design, meaning typing is more cushioned and springy-feeling than most mechanical keyboards. You can purchase them with various linear or tactile Keychron K Pro switch types. These keyboards are designed to be highly customizable, so you can change the stock switches, stabilizers, keycaps, and more if you'd like. Unfortunately, these keyboards have a tall profile and don't include a wrist rest, so you'll need to angle your wrists fairly steeply to reach all the keys, which can cause discomfort and fatigue when typing for long stretches.
The Keychron Q Pro Series keyboards are satisfactory for mobile devices and tablets. They have remarkable build quality and connect wirelessly via Bluetooth. They also include a USB-C to USB-C cable, which is relatively rare and allows you to connect to devices with a USB-C port. These keyboards are heavy and have fairly tall profiles, so they aren't very easy to carry.
The Keychron Q Pro Series keyboards are great for programming. They have outstanding build quality and superb compatibility with all major operating systems, and their gasket-mounted design provides a soft, slightly springy typing quality. The ergonomics are mediocre as they have a tall profile and no included wrist rest, meaning you need to hold your wrists at a fairly steep angle while typing, which can cause discomfort and fatigue.
The Keychron Q Pro Series keyboards are okay for an entertainment or home theater PC setup. They connect wirelessly via Bluetooth and have full RGB backlighting to help you see the keys in a dark room. These keyboards are heavy compared to dedicated entertainment/HTPC keyboards, making them cumbersome to use on your lap while seated. They also lack a trackpad or other navigation controls, so you'll need to use a mouse to navigate on-screen menus. Also, they lack dedicated media keys. However, these boards do have a rotary knob that controls volume by default.
The Keychron Q Pro Series keyboards deliver great raw performance with impressive single and multi-key latency, an effective polling rate of 1000Hz, full N-key rollover, and the ability to report multiple simultaneous keystrokes with minimal delay.
Keychron Q Pro Series keyboards come in several different configurations. We purchased and tested the Keychron Q1 Pro in a Fully Assembled Knob configuration with the Carbon Black colorway and Keychron K Pro Brown switches.
You can see details for other models and configurations below. We expect our test results to apply to all configurations in the first table.
Name | Size | Color | Wireless | Assembly Options | Switch Type | Switch Options | Hot-Swappable | Knob orientation | Dedicated Macro Keys |
Keychron Q1 Pro | Compact (75%) | Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled Knob, Fully Assembled Knob (Special Edition), Barebones Knob, | Keychron K Pro | Red, Brown, Banana, Mint | Yes | Right | No |
Keychron Q2 Pro | Compact (65%) | Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled Knob, Barebones Knob | Keychron K Pro | Red, Brown, Banana, Mint | Yes | Right | No |
Keychron Q4 Pro | Compact (60%) | Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled, Barebones, Barfebones (ISO) | Keychron K Pro | Red, Brown, Banana | Yes | N/A | No |
Keychron Q5 Pro | Compact (96%) | Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled Knob, Barebones Knob, Barebones Knob (ISO) | Keychron K Pro | Red, Brown, Banana | Yes | Right | Three |
Keychron Q6 Pro | Full-Size (100%) | Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled Knob, Barebones Knob, Barebones Knob (ISO) | Keychron K Pro | Red, Brown, Banana | Yes | Middle Right | Four |
We've cataloged additional variants separately in the table below. Keychron includes these keyboards in the Q Pro Series, but they have more fundamental differences compared to the rest of the models in this lineup. The keyboards below have Alice or Special Edition layouts, which means they have entirely different case designs that differ significantly from the unit we bought and tested. While we expect most of our tests will remain broadly applicable, these additional elements may produce differences in build and typing quality.
If you have any of the variants below and feel there are other differences or issues we should mention in our review, let us know in the discussions.
Name | Size | Color | Wireless | Assembly Options | Switch Type | Switch Options | Hot-Swappable | Deducated Macro Keys | Knob Orientation | Notes |
Keychron Q3 Pro (Special Edition) | TKL (80%) |
Carbon Black, Olive Green, Silver Grey |
Yes | Fully Assembled Knob (Special Edition), Barebones Knob (Special Edition) | Keychron K Pro | Red, Brown, Banana, Mint | Yes | Four | Left | Special Edition |
Keychron Q8 Pro |
Alice Compact (65%) |
Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled Knob, Barebones Knob, Barebones Knob (ISO) | Keychron K Pro | Red, Brown, Banana | Yes | N/A | Right | Alice layout |
Keychron Q10 Pro | Alice Comapct (75%) | Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled Knob, Barebones Knob, Barebones Knob (ISO) | Keychron K Pro | Red, Brown, Banana | Yes | Five | Left | Alice layout |
Keychron Q13 Pro | Alice Compact (96%) | Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled Knob, Barebones Knob, Barebones Knob (ISO) | Keychron K Pro | Red, Brown, Banana | Yes | Nine | Left | Alice layout |
Keychron Q14 Pro | Alice Compact (96%) | Carbon Black, Silver Grey, Shell White | Yes | Fully Assembled Knob, Barebones Knob, Barebones Knob (ISO) | Keychron K Pro | Red, Brown, Banana | Yes | Three | Left | Alice Southpaw layout |
The Keychron Q Pro Series are a lineup of mechanical gaming keyboards closely related to the premium Keychron Q Series but with added wireless capability. These keyboards are designed with a high degree of hardware customizability in mind. They have hot-swappable PCBs and a toolkit to disassemble and change individual components. As customizable keyboards, they're similar to other keyboards in the GLORIOUS GMMK or Ducky One series. These options are more gaming-focused, but the Q Pro Series offers better compatibility across major operating systems with robust customization software. Unlike those other keyboards, the Q Pro Series are wireless, and they have a gasket-mounted design that provides a softer and slightly springy typing experience.
For more recommendations, see our picks for the best keyboards, the best wireless keyboards, and the best mechanical keyboards. For more options from Keychron, see our picks for the best Keychron keyboards.
Keychron Q Pro Series and the Keychron Q Series, which includes the Keychron Q1, are very similar mechanical keyboard lineups. The biggest difference is that the Q Pro Series keyboards have wireless capability, while the standard ones do not. Additionally, the Q Pro Series have a stock polycarbonate plate, while the Q1 and the rest of the Q Series keyboards have a stock steel plate.
The Keychron Q Pro Series [Q1 Pro, Q2 Pro, etc.] and the Keychron K8 Pro [K2 Pro, K3 Pro, K4 Pro, etc.] are lineups of mechanical keyboards with hot-swappable PCBs and customizable hardware. The Q Pro Series are more premium wireless keyboards with better build quality and gasket-mounted designs that provide better overall typing quality. On the other hand, the K Pro Series are more budget-oriented, with the option of other aluminum or plastic cases.
The Keychron Q5 Pro and the Keychron Q5 Max are wireless mechanical keyboards with 96% form factors. Each keyboard belongs to a wider lineup of Q Pro and Q Max keyboards, respectively. The standout difference between these two lineups is that the Q Pro connects wirelessly via Bluetooth while the Q Max connects wirelessly via Bluetooth or a 2.4 GHz receiver, providing better wireless performance. The Q Max also has several more layers of acoustic material inside the case, providing a slightly rounder, less pingy sound profile.
The GLORIOUS GMMK PRO and the Keychron Q Pro Series keyboards are customizable mechanical keyboards with hot-swappable PCBs. The GLORIOUS is a wired-only model. On the other hand, the Keychron is a wireless model. The Keychron also has a gasket-mounted design, providing a softer, springier typing experience.
The Epomaker TH80 Pro and the Keychron Q1 Pro are wireless mechanical keyboards with compact (75%) form factors. The Epomaker has multiple incline options and an all-plastic construction. On the other hand, the Keychron has a more premium-feeling build quality with an aluminum case. It also has a gasket-mounted design that provides a softer, more cushioned typing experience.
The Keychron V5 Max and the Keychron Q5 Pro are wireless mechanical keyboards with compact (96%) layouts. Each keyboard also belongs to a wider respective V Max and Q Pro series with other size variants available. The biggest difference between these lineups is that the Q Pro series has a comparatively more premium feel with all-aluminum cases. The V Max series keyboards are more budget-oriented, with plastic-only cases. However, they have expanded connectivity options with a 2.4 GHz receiver in addition to Bluetooth.
The Ducky One 3 and the Keychron Q Pro Series keyboards are customizable mechanical keyboards. The Ducky One 3 is a full-size, wired-only model with a plastic case. The Ducky has lower latency, making it a better option for faster-paced and competitive gaming. On the other hand, the Keychron Q Pro Keyboards are wireless models with an aluminum case. They also have a gasket-mounted design, providing a softer, more cushioned typing feel.
The GLORIOUS GMMK 2 and the Keychron Q Pro Series are highly customizable mechanical keyboards. The GLORIOUS is a wired-only model with a plastic case and a Comapct (96%) layout. It has slightly better ergonomics than the Q Pro Series boards, as it has a pair of flip-out feet that provide an additional incline setting. On the other hand, the Keychron Q Pro Series keyboards are wireless and have aluminum cases. The Q Pro Series boards also have a gasket-mounted design that provides a softer, more cushioned typing experience.
Keychron Q Pro Series and the NuPhy Halo96 are wireless mechanical keyboards in various sizes and with premium acoustics and typing quality. The Keychrons have a gasket-mounted design and a slightly more premium-feeling all-aluminum case. On the other hand, the NuPhy Halo boards have a plastic bottom case and an aluminum frame. They also have multiple layers of silicone-dampening material in the case and spacebar and an RGB light strip around the outside edge of the keyboard.
The Keychron Q4 Pro and the HHKB Studio are high-end wireless mechanical keyboards with compact 60% form factors. The Keychron has a gasket-mounted design, giving it a slightly springier-feeling typing quality. It also has RGB backlighting, and its hardware is much more readily customizable. On the other hand, the HHKB incorporates some uncommon productivity features, including gesture pads, mouse buttons, and a 'pointing stick' that acts like a mouse cursor. Both keyboards have a noticeable premium feel, but the Keychron has a solid aluminum case, while the HHKB has a plastic case.
The Keychron Q1 Pro has a Compact (75%) form factor and lacks a Numpad and complete navigation cluster. It doesn't take up much space on a desk, but it also has a fairly high profile and is quite heavy due to its aluminum case.
The Q Pro Series are also available in other sizes that we discuss in more detail in the Differences Between Variants section of this review.
These keyboards feel incredibly well-built. The materials feel very high quality and include a solid aluminum case, a polycarbonate plate, and PBT keycaps. Four rubber feet on the bottom do a good job of keeping these keyboards in place, and the keys feel very stable on the whole. However, some stabilizers seem a bit louder, and specifically, the enter and backspace keys sound and feel worse than expected compared to the previous Keychron Q Series models we've tested. For more details on this issue, see our Typing Noise section below.
These keyboards have mediocre ergonomics. They have a fixed incline and a tall profile. There's also no included wrist rest, meaning you'll need to bend your wrists at a steep upwards angle to reach all the keys, which can cause discomfort and fatigue when typing for long periods. Keychron does offer wrist rests on their website for a separate purchase. These keyboards also use a specialized KSA profile keycap which Keychron claims are optimized for ergonomics. These keycaps are based on the more common SA profile but are taller and more tapered.
These keyboards provide a remarkable amount of hardware customizability. The stabilizer screws are easily accessible, which isn't always the case on keyboards with screw-in stabilizers. If you're interested in customizing the keycaps, note that the modifier keys on the right side of the keyboard are 1u rather than the more common 1.25u.
This keyboard has South-Facing LEDs, and the keycap legends aren't shine-through. We've also taken a photo with several stock keycaps replaced with shine-through keycaps that you can see here.
These keyboards come with a braided USB-C to USB-C charging cable. There's also a USB-C to USB-A adapter included in the box. The cable feels high quality but does retain some kinks from its packaging. The length measurement above includes the length of the adapter (2.1cm).
Keychron advertises these keyboards have a battery life of up to 300 hours with backlighting off or up to 100 hours with backlighting on (at the lowest brightness setting).
If you're interested in a closely related lineup that has added support for 2.4 GHz wireless connectivity with included USB-A and USB-C receivers, check out our review for the Keychron Q Max.
Or, for a lineup that also offers 2.4 GHz connectivity but has more lightweight plastic case design, see out our review for the Keychron V Max series keyboards.
The Keychron Q Pro 1 we bought and tested doesn't have dedicated macro keys, but other variants in this lineup do. For more details, check out the Difference Between Variants section above.
These keyboards have a few extra features, including a Caps Lock indicator light, media hotkeys, and a programmable control knob. There are a list of supported hotkeys in the user documentation. Like other Keychron boards we've tested, the Keychron Q Pro Series keyboards also have a switch on the back of the keyboard that toggles between Windows and macOS compatibility modes. There are OS-specific keycaps for both Windows and macOS included in the box.
These keyboards offer excellent typing quality overall. The gasket-mounted design provides a soft, slightly springy typing experience.
The Keychron Q1 Pro we bought and tested has Keychron K Pro Brown switches which are lightweight and tactile. You can also purchase these keyboards with stock Keychron K Pro red switches with a smooth, linear feel or with Keychron K Pro Mint or Keychron K Pro Banana switches, which are both tactile switches with slightly earlier tactile bumps and shorter total travel.
The PBT keycaps feel high quality and have a specialized KSA profile with slightly taller and more tapered keycaps compared to the more common SA profile on which they're based.
Note that during testing, we noticed that the backspaced and enter keys sound and feel noticeably different than other keys. For more details on this issue, see our Typing Noise section below.
The Keychron Q1 Pro we tested is extremely quiet to type on and unlikely to bother those around you. Compared to the wired Q Series keyboards, which have a steel plate, the Q Pro series have a polycarbonate plate, which delivers a softer, more muted sound.
The unit we bought and tested has Keychron K Pro Brown switches; however, these keyboards are also available with linear Keychron K Pro Red and tactile Keychron K Pro Mint or Keychron K Pro Banana switches. We expect these switches to have a similar average loudness and not produce high-pitch clicks.
We noticed during our typing test that the backspace and enter keys have a noticeably different sound profile. You can see a video demonstration here. Our tester found these keys to sound and feel less satisfying. It's possible this was an issue with the unit we bought and tested specifically, and it may be an issue that you can remedy with additional lubrication or stabilizer adjustment.
These keyboards are available with several different Keychron K Pro stock switch options. We bought and tested this keyboard with Keychron K Pro Brown switches.
The Keychron K Pro Brown switches in the unit we bought and tested are tactile and fairly lightweight. They have a longer pre-travel distance that can help prevent accidental keystrokes. Other switch options include Keychron K Pro Red switches, which have a smooth linear feel, and Keychron K Pro Banana switches, which are both tactile switches with slightly shorter pre-travel and total travel distance and an earlier tactile bump than the Keychron K Pro Brown switches. The Q Pro Series keyboards have hot-swappable PCBs, meaning you can change the stock switches for other switch types without soldering.
These keyboards have impressive latency performance and provide a very responsive feeling in games of all genres. They still have a bit more latency than most dedicated gaming keyboards. If you're exclusively interested in playing reaction-based or competitive games, we recommend a keyboard with slightly lower latency.
These keyboards provide great multi-key latency performance for playing games that require input while multiple keys are held down.
These keyboards offer impressive chord split performance. They have low and fairly consistent 4-chord and 8-chord delays, making this keyboard a good candidate for playing games with multiple simultaneous inputs.
These keyboards are compatible with VIA customization software. This software is available for download on Keychron's website and has versions for Windows, macOS, and Linux. There's also a web client for this software if you don't want to download the software. This software lets you remap keys, set macros, adjust backlighting, and save custom profiles. Keychron has a tutorial on how to use VIA on their website.
These keyboards are fully compatible with Windows and macOS when the toggle switch on the back of the keyboard is set to the correct operating system. On Linux, the brightness functions and the Fn+F3 hotkey do nothing.
On Android devices, the F4 hotkey opens an email client, and F3 does nothing. On iOS and iPad devices, with the keyboard's toggle switch set to Mac mode, the F row key's hotkey functions become primary functions, and the hotkeys for F3 and F4 do nothing.
Let us know why you want us to review the product here, or encourage others to vote for this product.
Update: We’ve converted this review to Test Bench 1.1. This update adds several new tests addressing Hardware Customization, Macro Keys And Programming, and Wireless Mobile Compatibility. We’ve also added new objective evaluations to the Typing Noise test, and we’ve simplified several tests and removed several others that were no longer relevant. For an in-depth look at all our changes, you can see our full changelog here.
Hi.
Although I’ve used the site for quite a handful of tech purchases (extremely well-done testing, hats off), I’ve been only a lurker until now. However, I recently broke one of the incline feet of the keyboard, which coupled with my next issue, which is what I actually wanted to share, made me search out a new keyboard.
So this other issue I’ve observed is a consistent burning of the blue component of the RGB LED for the keys backlight. I bought a G513 back in the winter of 2019 and after around 1-1.5y of really moderate use and without any physical intrusion from my side, in the span of 1-2 months 5-6 diodes began becoming greener (I had all keys set to 0, 255, 255) and at the end of this timeframe almost all had no working blue component of the LED. (tested by 1 - setting only blue on 255 and red & green on 0 and 2- with disabled GHub when the rainbow effect is active, the affected keys skipped the blue “phase” ).
I returned it to my local shop as it was still within warranty and had no physical damage and they couldn’t/didn’t want to fix it, so they gave me store credit and I bought G512, which should be essentially the same keyboard, just a bit cheaper and without the wrist rest.
As you might guess, within a ≈1.5y the new keyboard started showing the exact same symptoms and currently has at least 10 no-blue-component-LED keys. Now, of course, I might have been extremely unlucky, but when it occurred the first time I did a thorough search through the internet and saw quite a few people reporting the exact same issue, which leads me to believe it was either a faulty batch of LEDs that were able to make their way two times to me OR the whole series uses bad quality (in terms of sustainability over time) LEDs.
Now this whole ordeal was to bring attention to this issue and more importantly ask (in case this works like a comment section of a social media site, I have never posted before so I have no idea lmao) if there are any plans and even ways, to test for such defects that occur after some time of use (but still well within the expected lifetime of a keyboard IMO). I mention it as this constant burning of the leads is kinda a dealbreaker for me (and I guess other people too) and almost the sole reason I’m going to change the keyboard to another one.
I have to admit that, especially as an up-and-coming engineer myself, your site and testing are absolutely gorgeous and legit if not the only, then at least one of the very few tech review companies that I’ve seen do it this way and I’m fascinated by it. The fact that you have a testing methodology is enough to tell a person that you do test with a really tight set of parameters and everything is strictly monitored, so you have my absolute respect for that. I’m saying that as I don’t want my above question to sound like hate, as it has no ill intent behind it, but literally curiosity if you know of ways or plan to introduce such test to your methodology, that are able to check for defects occurring in a bit longer timeframe.
Hi. Although I’ve used the site for quite a handful of tech purchases (extremely well-done testing, hats off), I’ve been only a lurker until now. However, I recently broke one of the incline feet of the keyboard, which coupled with my next issue, which is what I actually wanted to share, made me search out a new keyboard. So this other issue I’ve observed is a consistent burning of the blue component of the RGB LED for the keys backlight. I bought a G513 back in the winter of 2019 and after around 1-1.5y of really moderate use and without any physical intrusion from my side, in the span of 1-2 months 5-6 diodes began becoming greener (I had all keys set to 0, 255, 255) and at the end of this timeframe almost all had no working blue component of the LED. (tested by 1 - setting only blue on 255 and red & green on 0 and 2- with disabled GHub when the rainbow effect is active, the affected keys skipped the blue “phase” ). I returned it to my local shop as it was still within warranty and had no physical damage and they couldn’t/didn’t want to fix it, so they gave me store credit and I bought G512, which should be essentially the same keyboard, just a bit cheaper and without the wrist rest. As you might guess, within a ≈1.5y the new keyboard started showing the exact same symptoms and currently has at least 10 no-blue-component-LED keys. Now, of course, I might have been extremely unlucky, but when it occurred the first time I did a thorough search through the internet and saw quite a few people reporting the exact same issue, which leads me to believe it was either a faulty batch of LEDs that were able to make their way two times to me OR the whole series uses bad quality (in terms of sustainability over time) LEDs. Now this whole ordeal was to bring attention to this issue and more importantly ask (in case this works like a comment section of a social media site, I have never posted before so I have no idea lmao) if there are any plans and even ways, to test for such defects that occur after some time of use (but still well within the expected lifetime of a keyboard IMO). I mention it as this constant burning of the leads is kinda a dealbreaker for me (and I guess other people too) and almost the sole reason I’m going to change the keyboard to another one. I have to admit that, especially as an up-and-coming engineer myself, your site and testing are absolutely gorgeous and legit if not the only, then at least one of the very few tech review companies that I’ve seen do it this way and I’m fascinated by it. The fact that you have a testing methodology is enough to tell a person that you do test with a really tight set of parameters and everything is strictly monitored, so you have my absolute respect for that. I’m saying that as I don’t want my above question to sound like hate, as it has no ill intent behind it, but literally curiosity if you know of ways or plan to introduce such test to your methodology, that are able to check for defects occurring in a bit longer timeframe.
Hi mateyih,
Thank you so much for the kind words and really happy that you appreciate our testing approach.
We currently don’t do any destructive or durability testing. The reason being that we only have 1 unit and we want to keep it in a good condition so that we can retest it later on and still have valid results. This may be because we have introduced a change in our methodology, there’s a new firmware update that changes the behavior of the keyboard or thing we may have missed during the initial review that some users, like yourself, are pointing out.
For these we usually rely on user feedback and if we observe a trend we sometimes add a disclaimer in the review text. I have no doubt this has happened to you and that it ruins the aesthetic and your appreciation of your keyboard. Hell you’ve been through two keyboards and have experienced the exact same failure. So I’m forwarding this information to our keyboard tester and writer to let them know. We’ll do some research on our side as well to see if this widespread.
That said we are not closed to destructive testing, see our TV longevity test for example. And we have been pondering if we should buy two units for less expensive items like keyboard and mouse to do durability testing on it. For the moment it’s more of a though experiment but we want to provide information our users care for and need to make their buying decisions. If durability is the most important factor for you and them then we will put our efforts into designing the tests.
Hope this helps and I really wish that the RBG on your next keyboard will last much longer.
Hi. Although I’ve used the site for quite a handful of tech purchases (extremely well-done testing, hats off), I’ve been only a lurker until now. However, I recently broke one of the incline feet of the keyboard, which coupled with my next issue, which is what I actually wanted to share, made me search out a new keyboard. So this other issue I’ve observed is a consistent burning of the blue component of the RGB LED for the keys backlight. I bought a G513 back in the winter of 2019 and after around 1-1.5y of really moderate use and without any physical intrusion from my side, in the span of 1-2 months 5-6 diodes began becoming greener (I had all keys set to 0, 255, 255) and at the end of this timeframe almost all had no working blue component of the LED. (tested by 1 - setting only blue on 255 and red & green on 0 and 2- with disabled GHub when the rainbow effect is active, the affected keys skipped the blue “phase” ). I returned it to my local shop as it was still within warranty and had no physical damage and they couldn’t/didn’t want to fix it, so they gave me store credit and I bought G512, which should be essentially the same keyboard, just a bit cheaper and without the wrist rest. As you might guess, within a ≈1.5y the new keyboard started showing the exact same symptoms and currently has at least 10 no-blue-component-LED keys. Now, of course, I might have been extremely unlucky, but when it occurred the first time I did a thorough search through the internet and saw quite a few people reporting the exact same issue, which leads me to believe it was either a faulty batch of LEDs that were able to make their way two times to me OR the whole series uses bad quality (in terms of sustainability over time) LEDs. Now this whole ordeal was to bring attention to this issue and more importantly ask (in case this works like a comment section of a social media site, I have never posted before so I have no idea lmao) if there are any plans and even ways, to test for such defects that occur after some time of use (but still well within the expected lifetime of a keyboard IMO). I mention it as this constant burning of the leads is kinda a dealbreaker for me (and I guess other people too) and almost the sole reason I’m going to change the keyboard to another one. I have to admit that, especially as an up-and-coming engineer myself, your site and testing are absolutely gorgeous and legit if not the only, then at least one of the very few tech review companies that I’ve seen do it this way and I’m fascinated by it. The fact that you have a testing methodology is enough to tell a person that you do test with a really tight set of parameters and everything is strictly monitored, so you have my absolute respect for that. I’m saying that as I don’t want my above question to sound like hate, as it has no ill intent behind it, but literally curiosity if you know of ways or plan to introduce such test to your methodology, that are able to check for defects occurring in a bit longer timeframe.
Thank you so much for the response, Cedrik - will definitely be looking forward to this possibility and how your testing methodologies will evolve as well!
Update: We’ve added a disclaimer in the Backlight Features section of this review after receiving community feedback about the blue LED lights failing sooner than other colors.
While the G513 offers a great typing experience and a sleek design, and I agree with most points on the above review, I encountered significant reliability issues that significantly impacted my usage. After several months of use, specific keys began to double-type, a known issue with this model (as I’ve realized later in forums). Even after a warranty replacement, the same problem recurred, and subsequently, key stuttering issues emerged. Given the price point and brand reputation, these recurring hardware failures are disappointing. I’d recommend considering other options, especially if reliability (and not wasting money) is a top priority.