Conspit CPP APEX M-DVF Vibration Module

The Conspit CPP APEX M-DVF Vibration Module is a pedal vibration feedback kit designed to add real time tactile feedback for improved immersion and driving awareness.

KEY BENEFITS

• Adds tactile feedback to simulate road texture and vehicle behavior
• Improves awareness of traction loss and braking thresholds
• Enhances immersion with real time vibration cues
• Allows customizable feedback for different driving scenarios
• Integrates with SimHub and Conspit software for flexible tuning

WHO IT’S FOR

This module is designed for sim racers using CPP Apex pedals who want more sensory feedback beyond visual and force feedback cues. It is ideal for intermediate to advanced drivers focused on improving consistency, especially in braking and traction control. It suits users looking to replicate real world sensations such as ABS activation, wheel slip, and surface changes.

KEY FEATURES

The Conspit CPP APEX M-DVF Vibration Module adds tactile feedback directly to the pedal system, allowing drivers to feel important changes in vehicle dynamics. It integrates with Conspit software and SimHub ShakeIt Motor functionality, enabling users to customize vibration intensity and behavior based on different inputs such as braking force or traction loss. The system includes multiple vibration units that can be mounted to compatible pedals, providing targeted feedback where it matters most. The Conspit CPP APEX M-DVF Vibration Module is designed to expand the sensory experience of sim racing without adding complexity to the setup.

TECHNICAL SPECIFICATIONS

• Product type: Pedal vibration feedback module
• Compatibility: Conspit CPP Apex pedals
• Software support: Conspit software and SimHub ShakeIt Motor
• Included modules: 3 vibration units
• Mounting: Hardware included for pedal installation
• Power: External power supply included

REAL-WORLD USE / EXPERIENCE

In use, this module provides immediate feedback that helps drivers better understand what the car is doing, especially under braking and during traction loss. Vibrations can signal ABS engagement, wheel lock, or surface changes, allowing faster reactions without relying solely on visual cues. This added layer of feedback helps improve consistency and confidence, particularly in high pressure racing situations.