January 25, 2025

OMS Race: The New Key to Peak Performance in Formula Student

In motorsport, every detail matters—whether it’s in vehicle dynamics, aerodynamics, or the development of autonomous systems. With the OMS Race Sensor, you have a powerful tool at your disposal, providing the data you need for a successful season.

OMS Race: Cutting-Edge Technology That Inspires

The OMS Race Sensor is a state-of-the-art optical-inertial measurement system specifically designed to precisely capture dynamic driving parameters such as speed, acceleration (X/Y/Z), as well as slip, pitch, and roll angles. Its optical system excels particularly in measuring the drift angle, achieving an unprecedented accuracy of 0.1°.

Building on the proven technology of the OMS 7, the OMS Race Sensor has been optimized for enhanced versatility and performance. Its FIA certification and use by Formula 1 teams as well as numerous Formula Student teams across Europe underscore its unmatched precision and reliability.

Versatile Applications of the OMS Race Sensor

  1. Control Systems Development
    The OMS Race Sensor provides precise measurements of longitudinal and lateral accelerations in the vehicle’s coordinate system. These data are crucial for calculating slip angle and tire slip angles—essential for developing advanced traction control and torque-vectoring systems.
  2. Vehicle Dynamics Validation
    The sensor aids in validating the behavior of chassis components, verifying whether target specifications for vehicle roll and pitch behavior are met during dynamic maneuvers.
  3. Driverless System Optimization
    In autonomous systems, the OMS Race Sensor plays a critical role. Precise speed measurements are essential to push the vehicle to its performance limits and to optimize Model Predictive Control (MPC) algorithms. With a sampling rate of 1 kHz, the sensor enables control systems to receive data almost instantaneously.
  4. Aerodynamic Analysis
    Mounted on the chassis, the sensor allows direct correlation of vehicle movements (pitch and roll) with the angle of attack of aerodynamic wings. This provides teams with valuable insights for optimizing aerodynamic performance.
  5. Brake Testing
    The OMS Race Sensor is also ideal for brake testing, delivering precise measurements of deceleration rates, enabling teams to evaluate braking performance and optimize system settings.

Why Choose OMS Race?

  • Unmatched Precision: High-resolution data for fine-tuning vehicle dynamics.
  • State-of-the-Art Technology: Real-time data for quick, informed adjustments during tests and competitions.
  • Proven Reliability: Designed to perform flawlessly even in the most demanding racing conditions.
  • Seamless Integration: Easy to implement and compatible with existing systems.

Success Through Collaboration

OMS’s close partnership with Formula Student teams has demonstrated how advanced technology can create critical competitive advantages. The OMS Race Sensor enables data-driven decisions, elevating your team’s performance to the next level.

To learn more about the OMS Race Sensor, read the blog post by the Duale Hochschule Baden-Württemberg, where they highlight their successful use of our sensor. The post includes a comparison between the newly developed, innovative OMS Race Sensor and the renowned Kistler Correvit SF2, showcasing the unique advantages of our technology.