Razer Wolverine V3 Tournament Edition Wired Esports Controller for Xbox & PC - Black

The Razer Wolverine V3 Tournament Edition is a wired esports controller designed for competitive gaming on Xbox Series X|S and PC.

Design and Ergonomics

The controller features an ergonomic design with rubberized handles, providing a comfortable and secure grip during intense gaming sessions. The inclusion of four mouse-click back paddles and two claw grip bumpers offers additional control options, allowing gamers to execute complex commands with ease.

Performance and Responsiveness

Equipped with Razer Pro HyperTriggers, the Wolverine V3 Tournament Edition delivers instant response times, mimicking the actuation of a mouse click. This feature is particularly beneficial for rapid actions in fast-paced games. The Hall Effect Precision Thumbsticks provide anti-drift accuracy with customizable sensitivity and deadzones, ensuring precise control and aiming.

Customization and Compatibility

The controller offers six remappable buttons, allowing users to tailor the layout to their preferences via the Razer Controller App. This level of customization enables gamers to optimize their input configurations for different game genres. Additionally, the Razer Mecha-Tactile Action Buttons and 8-way floating D-pad provide ultra-fast actuations with tactile feedback, enhancing the overall gaming experience.

Connectivity and Convenience

Designed for wired connectivity, the Wolverine V3 Tournament Edition includes a detachable 10-foot USB Type-C cable, ensuring a stable and low-latency connection essential for competitive play. The controller is officially licensed by Xbox and is compatible with both Xbox Series X|S and PC platforms, offering versatility across gaming systems.

Durability and Build Quality

Constructed with high-quality materials, the controller is built to withstand the rigors of competitive gaming. The Hall Effect Precision Thumbsticks are designed to be more durable than traditional models, providing longevity and sustained performance over time.