Accelerometers On-Vehicle

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Accelerometers On-Vehicle

Welcome to the forefront of safety innovation with our state-of-the-art Sensors for Impact Zones, designed specifically for crash testing applications. Safety is paramount, and our sensors are engineered to provide critical data that enables engineers and researchers to enhance vehicle safety standards and save lives. With unparalleled sensitivity and precision, our impact zone sensors capture intricate details of crash dynamics, helping you gain a deeper understanding of how vehicles perform under extreme conditions. Whether you're in the automotive industry, research and development, or government regulatory bodies, our sensors are your indispensable tools for advancing crashworthiness and shaping the future of automotive safety. Trust in our cutting-edge technology to drive progress in crash testing applications and pave the way for safer roads worldwide.

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Accelerometers On-Vehicle

60C1_Family-1

HIGH IMPACT AND SHOCK 60 SERIES

Piezo Resistive Shock Test Accelerometer

  • ±500g to ±2000g dynamic ranges
  • Frequency DC to 2500 Hz
  • Residual Noise  <10 µV
  • Very High Shock Resistance
70C1_Family-1

HIGH IMPACT AND SHOCK 70 SERIES

Piezo Resistive Shock Test Triaxial Accelerometer

  • ±500g to ±2000g dynamic ranges
  • Frequency DC to 2500 Hz
  • Residual Noise  <10 µV
  • Very High Shock Resistance
KS98B10

KS98 Clip Mount NVH

Accelerometer for NVH applications

  • Up to +/-500g dynamic range
  • 10/100 mV/g output, 16kHz bandwidth
  • -40 to 120 Deg C
  • Shear Design, TEDS IEEE 1451.4
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Frequently Asked Questions About Accelerometers On Vehicle

Need Help with Vehicle Accelerometers?

Learn about accelerometers in vehicle safety testing, crash analysis, and how they enhance automotive research and development.

Accelerometers are crucial in vehicle safety testing as they measure the intensity and direction of forces during a crash. This data is essential for engineers and researchers to understand the dynamics of a crash, which helps in enhancing vehicle design to ensure better safety for passengers.

In automotive R&D, accelerometers provide detailed measurements of impact force and shock in crash tests. This precise data allows researchers to analyse vehicle performance under extreme conditions, leading to improvements in materials, vehicle structures, and safety mechanisms.

No, accelerometers measure the rate of change in velocity (acceleration) rather than the speed directly. They provide valuable data on the forces acting on a vehicle during changes in speed and collisions, which is different from what speedometers measure.

Piezo resistive accelerometers are particularly beneficial for crash tests due to their ability to measure large magnitude shock and vibrations. They support a wide range of dynamic responses and are highly durable, making them suitable for high-impact environments where precise data collection is crucial.