SIMSONN PRO X Ultra Sim Racing Pedals PC Racing Simulator Load Cell HE Hydraulic Pedals Support Haptic Reactor (PRO X Ultra P3-H3-Plate)

SIMSONN PRO X Ultra Sim Racing Pedals PC Racing Simulator Load Cell HE Hydraulic Pedals Support Haptic Reactor (PRO X Ultra P3-H3-Plate)

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Product details

• [New Upgraded Custom Damping System] The brake pedal comes standard with an adjustable hydraulic resistance rod with 1-8 levels of adjustment. New materials and better elasticity provide smoother and more accurate feedback for the pedal. 60HA/70HA/80HA elastomers with 10 spacers allowing for various brake pedal feel combinations to suit different vehicle types.
• [High-Precision Sensor Technology] Equipped with advanced load cell components, the PRO X Ultra pedals provide true linear input measurement for throttle, clutch, and braking force, ensuring precise responses for a more immersive experience.
• Windows fully supports 16-bit HID game controller axes. In HID descriptors, game controllers typically define their axis values with 16-bit resolution (e.g., ranges from 0 to 65,535 or from –32,768 to 32,767) to achieve highly precise analog input, ensuring smooth and accurate control in games.
• [RGB Light Effects] The RGB lighting supports the dynamic display of pedal pressure, and the LED lighting effects can be customized via SIMSONN Manager software, with support for synchronization across SIMSONN devices for an immersive racing experience.
• [SIMSONN MANAGER Software Support] The new SIMSONN Manager software allows users to configure (non-linear) pedal output curves, set pedal dead zones, and adjust brake curves. These settings can be saved as profiles and applied across any simulator software without the need for additional adjustments, remapping, or recalibration.
• [Multi-Dimensional Adjustability] The pedals offer multi-dimensional adjustments: They can be adjusted up, down, left, and right on the base plate, and the throttle, brake, and clutch can each be independently adjusted to multiple positions, such as the height of the pedal panel, the angle of the pedal, travel distance, and force curve.