PXN - PD HM All-Metal Hall Effect 3-Pedal Set for PC Sim Racing - Black

The PXN PD HM All-Metal Sim Racing Pedals are a professional-grade 3-pedal set designed for precise and consistent control in PC racing simulations. Built with a rigid all-metal structure and equipped with high-precision Hall Effect sensors on throttle, brake, and clutch, the PD HM delivers smooth, accurate input without mechanical wear. Adjustable pedal angle, height, force, and travel allow drivers to fine-tune pedal feel to match different driving styles. With USB, RJ45, and Type-C connectivity options, the PD HM pedal set offers flexible integration with PXN wheelbases and Windows PC simulators, making it a durable and upgrade-ready foundation for serious sim racing setups.

• High-Precision 3-Pedal Set for Sim Racing Control: Includes throttle, brake, and clutch pedals designed to deliver smooth, accurate input for circuit racing, drifting, rally, and other driving simulations.
• Hall Effect Sensors for Consistent, Wear-Free Accuracy: Each pedal uses a Hall Effect magnetic sensor to provide precise, low-latency response without physical contact, ensuring consistent performance and long-term durability.
• Adjustable, Personalized Pedal Force, Angle & Travel: Pedal resistance, stroke, angle, and height can be adjusted to personalize pedal feel, allowing drivers to fine-tune braking and throttle response to suit different racing styles.
• Rigid All-Metal Construction for Stability: Constructed with full-metal pedal arms and a reinforced base to minimize flex and movement, maintaining stability during aggressive braking and extended racing sessions.
• Compatible with PXN Wheelbases & Windows PC: Designed for use with PXN wheelbases such as VD4, VD6, and VD10, and compatible with Windows PC racing simulators via USB, RJ45, or Type-C connections for flexible setup options.
• High-Precision 3-Pedal Set for Sim Racing Control: Includes throttle, brake, and clutch pedals designed to deliver smooth, accurate input for circuit racing, drifting, rally, and other driving simulations.
• Hall Effect Sensors for Consistent, Wear-Free Accuracy: Each pedal uses a Hall Effect magnetic sensor to provide precise, low-latency response without physical contact, ensuring consistent performance and long-term durability.
• Adjustable, Personalized Pedal Force, Angle & Travel: Pedal resistance, stroke, angle, and height can be adjusted to personalize pedal feel, allowing drivers to fine-tune braking and throttle response to suit different racing styles.
• Rigid All-Metal Construction for Stability: Constructed with full-metal pedal arms and a reinforced base to minimize flex and movement, maintaining stability during aggressive braking and extended racing sessions.
• Compatible with PXN Wheelbases & Windows PC: Designed for use with PXN wheelbases such as VD4, VD6, and VD10, and compatible with Windows PC racing simulators via USB, RJ45, or Type-C connections for flexible setup options.
• High-Precision 3-Pedal Set for Sim Racing Control: Includes throttle, brake, and clutch pedals designed to deliver smooth, accurate input for circuit racing, drifting, rally, and other driving simulations.
• Hall Effect Sensors for Consistent, Wear-Free Accuracy: Each pedal uses a Hall Effect magnetic sensor to provide precise, low-latency response without physical contact, ensuring consistent performance and long-term durability.
• Adjustable, Personalized Pedal Force, Angle & Travel: Pedal resistance, stroke, angle, and height can be adjusted to personalize pedal feel, allowing drivers to fine-tune braking and throttle response to suit different racing styles.
• Rigid All-Metal Construction for Stability: Constructed with full-metal pedal arms and a reinforced base to minimize flex and movement, maintaining stability during aggressive braking and extended racing sessions.
• Compatible with PXN Wheelbases & Windows PC: Designed for use with PXN wheelbases such as VD4, VD6, and VD10, and compatible with Windows PC racing simulators via USB, RJ45, or Type-C connections for flexible setup options.