Endgame Gear OP1we Wireless Gaming Mouse - white

• Low latency wireless gaming mouse with 2.4 GHz wireless dongle
• Shaped for Claw Grip, smaller than the XM range
• PixArt PAW3370 optical sensor with resolution up to 19,000 CPI
• Pre-selected Kaihl GO optical switches for main buttons
• Kaihl GM 2.0 switches for side buttons and mouse wheel
• Exclusive Hybrid Skate design with small skates pre-installed
• Improved and long-lasting Endgame Gear Flex Cord 4.0 USB-C to USB-A cable

The Endgame Gear OP1we Wireless Gaming Mouse in Detail

The Endgame Gear OP1we Wireless Gaming Mouse, a new smaller mouse shape from Endgame Gear, serves as an addition to the budget-friendly 'wireless essential' lineup. It features a CompX CX52850 MCU and a PixArt PAW3370, enabling a consistent report rate of 1000 Hz and swift reaction times. The Kailh GO optical switches further enhance its performance. Equipped with a 335 mAh battery, the OP1we offers a week of gameplay without the need for recharging. Its modding-friendly design allows for further customisations.

Redesigned Shape for Versatile Claw Grip

The OP1we Wireless Gaming Mouse features an all-new design that follows the principles of the beloved Endgame Gear XM series shape, with a specific focus on claw grip. The flatter sides allow for more flexible finger placement, catering even to users with larger hands. The extended side walls ensure that the buttons don't go all the way to the sides, allowing you to place your finger on the right side edge without interfering with the button clicks. This design change ensures maximum comfort and control for gamers of all hand sizes.

Next-Generation Kailh GO Optical Switches

Unlock precise control and an enhanced tactile experience with the latest Kailh GO optical switches. Meticulously refined based on valuable user feedback from 2022, these switches offer a satisfying, mechanical-like click feel. With an impressive lifespan of 80 million actuations and reliable debounce times, you can enjoy uninterrupted gaming sessions.

Seamless 1000 Hz Wireless Connectivity

Powered by the CompX CX52850 MCU, the OP1we ensures a stable wireless connection with a polling rate of 1000 Hz. Coupled with the Pixart PAW3370 sensor in corded mode, this combination guarantees optimal gaming performance. Customize your settings, including debounce time, polling rate, and sensor configurations (CPI, LoD, etc.), using the intuitive Endgame Gear WE Series Configuration Software.

Enhanced Scroll Wheel Button and Side Buttons

Immerse yourself in a superior gaming experience with the OP1we's upgraded scroll wheel switch and side buttons. The meticulously refined scroll wheel switch delivers improved responsiveness, ensuring precise control and seamless scrolling. Additionally, the redesigned side buttons, equipped with Kailh GM2.0 switches, offer enhanced durability and a satisfying click response, giving you an edge in intense gaming situations.

Refined Internals for Optimal Performance

The OP1we boasts a sleek and durable design, featuring reliable components and a hybrid skate design. The hybrid skate design provides users with the flexibility to choose between two skate sets: a smaller set with a reduced surface area, ideal for harder mouse pads, and a larger set that performs exceptionally well on softer mouse pads. Both skate sets include a sensor skate, ensuring consistent CPI by maintaining a constant distance between the sensor and the surface. This design allows you to tailor the mouse's glide to your preferred gaming environment, providing optimal performance and precision. Please note: The large skate set is available as optional accessory (GAZU-927, GAZU-928).

Modding-Friendly Design

The OP1we incorporates a screw design that allows for easy modification. With the option to open the mouse, you can change the main button switches to other Kailh GO switches with a lighter click force, offering a personalized gaming experience. These optional accessory (GAMO-1163) switches provide modding enthusiasts with the freedom to customize their mouse to suit their unique preferences.