Nbcp Racing Wheel with 270°/900° Rotation, Pedals & Gear Shifter – Compatible with Xbox Series X|S, Xbox One, PS4, PS3, Pc & Switch – Dual Motor Vibra at CoolSprings Galleria in Franklin, TN
Nbcp Racing Wheel with 270°/900° Rotation, Pedals & Gear Shifter – Compatible with Xbox Series X|S, Xbox One, PS4, PS3, Pc & Switch – Dual Motor Vibra in Franklin, TN
Nbcp Racing Wheel with 270°/900° Rotation, Pedals & Gear Shifter – Compatible with Xbox Series X|S, Xbox One, PS4, PS3, Pc & Switch – Dual Motor Vibra in Franklin, TN
The Racing Wheel is a high-performance steering controller with adjustable 270° or 900° rotation, dual-motor vibration feedback, and a responsive pedal set, creating a highly immersive racing experience. Compatible across Xbox, PlayStation, Nintendo Switch, and Pc platforms, the wheel features a durable 28cm diameter rubber-textured grip and an ergonomic design for comfortable use. The included pedals offer customizable sensitivity and realistic positioning, while the gear shifter supports smooth upshift and downshift functions. Strong suction cups and clamps securely mount the wheel to your setup, reducing unwanted movement during intense gameplay. Backed by a 12-month warranty, this racing wheel is perfect for sim racing enthusiasts seeking precision and stability.
The Racing Wheel is a high-performance steering controller with adjustable 270° or 900° rotation, dual-motor vibration feedback, and a responsive pedal set, creating a highly immersive racing experience. Compatible across Xbox, PlayStation, Nintendo Switch, and Pc platforms, the wheel features a durable 28cm diameter rubber-textured grip and an ergonomic design for comfortable use. The included pedals offer customizable sensitivity and realistic positioning, while the gear shifter supports smooth upshift and downshift functions. Strong suction cups and clamps securely mount the wheel to your setup, reducing unwanted movement during intense gameplay. Backed by a 12-month warranty, this racing wheel is perfect for sim racing enthusiasts seeking precision and stability.
