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Sim Racing

Developing firmware that powers next-generation racing devices

HIPTECH partners with Fanatec on the embedded systems inside their wheel bases, steering wheels, pedals, and accessories. We engineer the low-level firmware that interfaces directly with racing hardware to deliver precise and responsive performance.

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Device expertise

Firmware development across

the full device ecosystem

We develop firmware for every device in the Fanatec ecosystem, and for the connections between them. Each device runs its own firmware, but the driver only feels one system.

the full device ecosystem
Firmware development across the full device ecosystem
What we do

Engineering the embedded software behind

sim racing hardware

Our firmware development covers the embedded software stack, from low-level hardware and real-time control to device communication, calibration, and configuration.

Input & sensor firmware

  • Develop firmware for steering, pedal, button, and encoder input processing.
  • Tune sensor calibration, filtering, and accuracy across input ranges.
  • Engineer real-time input pipelines with minimal latency.

Force feedback engine

  • Develop force feedback algorithms for precise and realistic steering response.
  • Implement adaptive feedback profiles across driving conditions.
  • Optimize control performance for force, detail, responsiveness, and smoothness.

Device communication

  • Develop communication protocols between devices and host systems.
  • Implement data pipelines for input, status, telemetry, and force feedback.
  • Ensure reliable operation across diverse system configurations.

Configuration & calibration

  • Develop firmware-level calibration routines for steering, pedals, and FFB.
  • Implement persistent configuration storage and parameter management.
  • Build automated calibration workflows for factory and end-user setup.

Firmware architecture

  • Maintain modular firmware components for MCU/SoC platforms.
  • Implement device initialization, detection, boot sequences, and status reporting.
  • Support firmware update workflows and version management.

Testing & validation

  • Build automated test suites for firmware responsiveness and stability.
  • Develop hardware-in-the-loop (HIL) testing frameworks.
  • Validate firmware across device variants and edge-case scenarios.
Development approach

From architecture design to

production-ready firmware

01
Architect the solutionAnalyze device requirements and design firmware architecture - defining hardware abstraction layers, communication protocols, and control strategies.
02
Develop & implementWrite and integrate firmware modules for target MCU/SoC platforms - implementing input processing, feedback control, device communication, and configuration management.
03
Test & optimizeValidate firmware across hardware configurations - profiling performance, resolving edge cases, and optimizing for latency, stability, and resource efficiency.
04
Deliver & iterateDeliver firmware builds for integration and production - iterating based on testing feedback and evolving hardware requirements.
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