Corsair Sabre V2 Pro: An incredibly lightweight 36g gaming mouse.
Weighing just 36 grams, with a 33,000 DPI sensor and an 8,000 Hz polling rate, the Corsair Sabre V2 Pro sets a new standard for ultralightweight esports mice.
Corsair has just launched the Sabre V2 Pro Ultralight Wireless, a wireless gaming mouse that breaks the weight barrier at just 36 grams. Equipped with a 33,000 DPI optical sensor and an 8,000 Hz sampling rate, this product is aimed directly at professional gamers and eSports players who demand top performance and maximum flexibility.
Detailed specifications of the Corsair Sabre V2 Pro
To provide an overview, here is a table of key product specifications, showcasing the core technologies that Corsair has incorporated.
| Attributes | Detail |
|---|---|
| Product name | Corsair Saber V2 Pro Ultralight Wireless |
| Connect | USB-C, 2.4 GHz |
| Maximum sensitivity | 33,000 DPI |
| Maximum sampling rate | 8,000 Hz |
| Number of programmable nodes | 5 buttons |
| Weight | 36 g |
36-gram design: The trade-off between weight and durability.
Right out of the box, the Sabre V2 Pro's weight of 36 grams makes a strong impression, making it one of the lightest mice on the market. To achieve this, Corsair used a very thin plastic casing and a compact design. This size may not be suitable for users with large hands.
The thin casing may bend slightly under strong pressure, but this hardly affects the normal user experience. To optimize weight, the RGB lighting system has also been removed, retaining only a small indicator LED near the scroll wheel. The mouse has a symmetrical ergonomic design, but the extra buttons are only placed on the left side, suitable for right-handed users.
Peak performance with the Marksman S sensor.
At the heart of the Sabre V2 Pro is the Marksman S optical sensor with a resolution of up to 33,000 DPI. This sensor boasts a tracking rate of 750 IPS and withstands 50G acceleration, ensuring accurate motion tracking in any situation, from fast-paced FPS games to highly precise strategy games.
However, some details may not satisfy even the most demanding gamers. The main buttons are considered to lack a bit of responsiveness, which could affect the speed of continuous clicking. Additionally, the mouse feet, made from UPE, have poorer gliding properties compared to the PTFE material commonly found in high-end mice.
8,000 Hz wireless connectivity and battery life
The Sabre V2 Pro uses a 2.4 GHz wireless connection via an included USB dongle. A notable feature is that this dongle supports sampling rates up to 8,000 Hz, minimizing latency. However, the use of a high polling rate will significantly impact battery life.
Corsair claims a battery life of up to 70 hours. In reality, with a polling rate of 1000 Hz, the mouse can operate continuously for about two weeks. The product does not support Bluetooth. The included USB-C cable is quite stiff, primarily for charging rather than wired use.
Corsair Web Hub: A revolution in web-based software.
One notable improvement is that the Sabre V2 Pro switches to using the Corsair Web Hub instead of the traditional iCue software. This is a web-based application that allows users to customize the mouse without installing any software. This offers convenience, eliminating worries about updates or background processes.
The Web Hub allows users to reassign button functions, adjust 5 DPI levels, and create macros. The mouse can store up to four profile settings. The only limitation compared to the iCue is the inability to automatically switch profiles for specific games or applications.
Overall assessment
The Corsair Sabre V2 Pro Ultralight Wireless is a powerful choice for professional gamers thanks to its ultra-lightweight design, high-performance sensor, and 8,000 Hz wireless polling rate. The switch to web-based software is also a modern and convenient move.
Although there are still some areas for improvement, such as the mouse feet material and button responsiveness, this is still a competitive product in the high-end gaming mouse segment, especially for those who prioritize lightweight design and responsiveness.
