Motorsport Sensors That Measure the Unmeasurable | FBG & Capacitive Technology

How do you measure turbocharger blade clearance at extreme temperatures, embed strain sensors inside carbon-fiber components, or measure a race car’s actual ride height directly against the track?In this technical EPARTRADE Race Industry Now webinar, Texys America explores advanced FBG (Fiber Bragg Grating) and capacitive sensing technologies that are opening new possibilities for motorsport data acquisition.Ben Hewitt, Commercial Engineer – Motorsport at Texys America, and Julien Chenaux, Product Manager with Fogale Sensors, explain how these technologies can be used for:• FBG strain and temperature measurement using optical fiber• Sensors embedded directly inside carbon-fiber structures• Multiple sensing points along a single optical fiber• Turbocharger Blade Tip Clearance (BTC) measurement• Blade Tip Timing (BTT) for vibration and resonance analysis• Capacitive sensing in temperatures up to 2,552°F• Direct race-car ride-height measurement against the track surface• Suspension travel and high-frequency vibration measurement• Brake disc wear and brake torque analysis• Shaft runout, eccentricity and rotating-component monitoring• Electric-motor rotor expansion• Liquid-hydrogen level measurement• Capacitive smart-skin technology for cockpits and driver monitoringHosted by noted NHRA crew chief Jim Oberhofer.For race engineers, data acquisition specialists, vehicle-dynamics engineers and anyone working in advanced motorsport development, this session offers a detailed look at sensing technologies capable of capturing measurements that are difficult—or impossible—to obtain with conventional sensors.Presented by ARP, Inc., PEAK, Fifth Third Bank Motorsports, Ferrea Racing Components, CTech Manufacturing, & Race-Fan.EPARTRADE — The Racing Industry. Every Minute. Every Day.#Motorsport #RaceEngineering #DataAcquisition #Sensors #MotorsportEngineering #FBG #FiberBraggGrating #RacingTechnology #VehicleDynamics #RaceTech #EPARTRADE