Silicon Sensing Systems has added a new product at the top end of its range of silicon MEMS gyros. The CRS09 combines a new design of silicon MEMS gyro with high-quality electronics, enabling best-in-class performance for demanding applications. Low noise and outstanding stability make this the sensor of choice for applications where a fibre-optic gyro may previously have been preferred. (read more)

Silicon Sensing Systems' best selling general purpose gyro, available in four configurations in a screw-mounted package. (read more)

The Segway PT is instantly recognisable across the world as a unique and alternative means of transport. By the time of its launch in 2001, Silicon Sensing had been working with the inventor of the Segway PT – Dean Kamen – for several years helping to develop and deliver its key design element – the balancing technology. (read more)

From mobile antennas to automotive braking systems, and small plane cockpit instruments to combine harvesters........ even model helicopters. Designers from all over the world have selected Silicon Sensing Systems' gyros for their latest products. Learn about the unique attributes of our gyros and explore how to use them in your project. (read more)

Digital Angular Rate Sensor Using the latest digital silicon MEMS technology, Silicon Sensor offers a new mass-produced gyroscope for all applications. The CRS 10 delivers high performance motion sensing, with comprehensive fault test coverage, even under severe shock and vibration. (read more)

High-reliability gyros are uniquely suited to the demands of advanced automotive braking systems. Electronic Stability Control (ESC) works by continuously comparing the vehicle's actual direction with the driver's intended direction. (read more)

A robust and affordable mass-produced gyroscope for automotive and commercial customers. Angular rate sensors are used wherever rate of turn sensing is required without a fixed point of reference. The sensor will output a DC voltage proportional to the rate of turn and input voltage. (read more)

Watching satellite TV at home is nothing remarkable, watching it in the back of a moving car on the road or a rocking boat at sea is. So how does the antenna know where to point? Attaching gyroscopes which measure angular speed, the antenna can determine the direction & velocity of vehicle rotation very accurately. (read more)

Enabling new products in markets such as robotics, navigation and stabilisation, this remarkable VSG (Vibrating Structure Gyro) sensor technology has increased awareness among control system designers of what gyros are capable of. The size, affordability and reliability of CRS03 MEMS gyros has proven itself, with over one million being produced & sold (read more)

Traditional spinning wheel mechanical gyroscopes in aircraft were great in their day, but they were big, heavy, expensive and, like all things that spin on bearings, they needed routine maintenance. Not the sort of device you want in your aeroplane unless you have no alternative (read more)