ASC 75C1 Piezoresistive triaxial accelerometer

Compact three-axis MEMS accelerometer for high-shock crash testing and impact analysis.

Key features

Triaxial piezoresistive MEMS sensor with DC response
Shock resistance up to ±5000 g
Ultra-compact and lightweight aluminum housing
Full Wheatstone bridge output for high signal integrity
Customizable cable and TEDS module available
Ideal for crash testing, shock analysis, and lightweight structures

Performance highlights

The ASC 75C1 is a piezoresistive triaxial accelerometer designed for precision shock measurements in demanding test environments. With a DC response starting at 0 Hz, it captures both static and dynamic acceleration signals with excellent linearity and low noise. Its full Wheatstone bridge configuration ensures consistent output quality.

Usage conditions

Its hard-anodized aluminum housing and ultra-low mass make it perfect for use in crash test dummies, lightweight structures, and other high-impact environments. With a shock resistance of up to ±5000 g, the ASC 75C1 is built to withstand extreme forces while delivering reliable data.

Typical applications

Automotive crash testing and dummy instrumentation
High-impact R&D testing
Dynamic analysis on UAVs, robotics, and composite frames
Low-frequency structural analysis
Scientific acceleration experiments

Why choose the ASC 75C1 accelerometer?

This accelerometer stands out due to its compact form factor, triaxial design, and rugged build. It provides dependable performance across all three axes without compromising on size or weight. It comes standard with a 6-meter flexible polyurethane cable and is compatible with TEDS modules for smart sensor integration.

Do you need this sensor for your next project?

Request a no-obligation quote or send us your contact details for a free, no-obligation consultation. Our sales engineers will then contact you within a maximum of 1 to 2 working days.

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Not exactly what you are looking for? We offer standard sensors, but can also help you with sensors adapted for you or a fully customised measurement solution. Contact us for advice or pricing.

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Technical Specifications

Specification	Value
Sensor type	Piezoresistive MEMS
Axes	Triaxial (X, Y, Z)
Measurement ranges	±500g, ±1000g, ±2000g
Shock resistance	Up to ±5000g
Frequency range	From 0 Hz (DC response)
Output signal	mV via Wheatstone bridge
Housing	Hard-anodized aluminum
Cable	6 m polyurethane (standard)
Weight	Ultra-lightweight
Options available	TEDS, shunt resistor, custom connector