Simagic Haptic Control Module P2000

The Simagic Haptic Control Module is the core controller for P2000 haptic feedback systems, enabling precise control and integration of tactile feedback into your sim racing setup.

KEY BENEFITS

• Enables realistic haptic feedback for improved driving awareness
• Expands compatibility to non Simagic pedal setups
• Provides consistent and reliable signal control for tactile systems
• Simplifies upgrading older P2000 pedals with modern haptics
• Supports cleaner integration without complex wiring setups

WHO IT’S FOR

This module is designed for sim racers who want to add or upgrade haptic feedback in their pedal system. It is ideal for users with older Simagic P2000 pedals that did not include this controller, as well as those integrating Simagic haptics into third party pedal setups. Suitable for both enthusiasts and competitive drivers looking to enhance feedback and immersion.

KEY FEATURES

The Simagic Haptic Control Module P2000 Haptic Controller acts as the central interface for managing haptic feedback signals within your pedal system. It is compatible with P2000 pedals and supports integration with non Simagic setups, making it a flexible solution for custom builds. This unit is sold as the control module only and does not include the mounting bracket, allowing users to replace or expand existing configurations without purchasing a full kit.

TECHNICAL SPECIFICATIONS

• Product type: Haptic control module
• Compatibility: Simagic P2000 pedals and third party pedal setups
• Included components: Control module only
• Bracket: Not included
• Intended use: Haptic feedback system control
• Version compatibility: Required for P2000 pedals produced before 2025

REAL-WORLD USE / EXPERIENCE

In real driving scenarios, the Simagic Haptic Control Module P2000 Haptic Controller enables detailed tactile feedback such as traction loss, ABS activation, and road texture cues. This added layer of feedback improves reaction time and consistency, especially in competitive racing conditions. When integrated properly, it transforms pedal input into a more connected and informative experience, helping drivers make more precise adjustments during braking and acceleration.