MOZA Racing SDK
MOZA Racing SDK is widely adopted across industries for its flexibility and reliability. It powers realistic driving simulations for automakers and training programs for racing simulators, enhancing efficiency and innovation across diverse fields.
Core Capabilities
A comprehensive toolkit enabling deep customization and high-performance application development across the entire MOZA Racing ecosystem.
Advanced Force Feedback
Six distinct force feedback effectors including Constant Force, Spring, Damper, Inertia, Friction, and Sine — each fully parameterizable for granular control over the wheelbase.
Real-Time HID Data
Capture every input signal with cycle-accurate HID data acquisition, supporting 128 button states, steering angle/velocity/acceleration, dual rockers, and multi-segment knobs.
Full Device Parameter Control
Get and set complete device parameters across motor, steering wheel, pedals, handbrake, and shifter — from limit angle and road sensitivity to torque limits and inertia ratios.
Built-In Calibration Tools
Programmatic calibration interfaces for clutch, throttle, brake, handbrake, and shifter — start, complete the motion, and finish calibration directly from your application.
Multi-Language Support
Native C++ libraries for MSVC2022 (32-bit and 64-bit) plus a C# (.NET) binding with AnyCPU, x86, and x64 builds — integrate with virtually any Windows application.
Pit House Integration
Seamlessly integrates with MOZA Pit House (SDK version), enabling automatic device discovery, enumeration, and binding without manual configuration.
Supported Devices
Full parameter control and HID data acquisition across the entire MOZA Racing hardware ecosystem.
Wheelbases
Steering Wheels
Pedals
Shifters & Handbrakes
Accessories
Key Features
Granular control over force feedback, device parameters, and real-time input data for professional-grade sim racing applications.
Built for Force Feedback Hardware and Simulation Panels
The Next-Generation Flight Control SDK
Designed for high-fidelity flight simulation and professional hardware integration, the MOZA Flight SDK provides native, driver-level connectivity and control.
Core Capabilities
Native, driver-level connectivity and control for high-fidelity flight simulation and professional hardware integration.
High Precision, Low Latency
Native communication bypasses system-level signal limitations, accurately captures every input signal, and responds rapidly to control commands.
Full Device Support
Supports the entire MOZA Flight ecosystem, including all force feedback bases and simulation panel products.
Seamless Device Integration
The integrated MOZA Device Service automatically detects and binds connected hardware, simplifying device discovery, enumeration, and configuration.
Advanced Force Feedback Control
Send and control a wide range of force feedback effects, enabling compatible bases to respond to commands with greater precision and reproduce stall, damping, airflow, and other dynamic feedback.
Proprietary Data Stays Local
Core flight data and control logic are processed within the user's software. The base acts solely as a command-response device, ensuring proprietary data remains within the user's application.
Supported Devices
Core capabilities offered via SDK for Swift integration and ecosystem development.
Force Feedback Bases
Throttle Panels
Rudder Pedals
Instrument & Control Panels
Key Features
Unlock core flight force feedback and instrument panel capabilities through our SDK, enabling rapid integration and fast-track ecosystem development.