Inertial Measurement

The Crossbow VG400CD is a high performance, solid-state vertical gyro intended for airborne applications such as UAV control, avionics, and platform stabilization. This high reliability, strapdown inertial system provides attitude measurement with static and dynamic accuracy that exceeds traditional spinning mass vertical gyros. ...more

The IMU300CC is an intelligent six-degree-of freedom (6DOF) Inertial System designed for general measurement of linear acceleration and angular rate in dynamic environments. ...more

The Crossbow IMU400CD is a high per formance solid-state six degree-of-freedom (6DOF) Inertial Package intended for OEM navigation and control, dynamics testing and instrumentation applications. This high reliability strap-down inertial system provides accurate measurement of angular rate and linear acceleration. ...more

NAVSIM is a comprehensive Monte Carlo simulation of a Global Positioning System (GPS) and Inertial Measurement Unit (IMU) integrated navigation system. It is an analytical tool for use as an aid to system configuration selection, system tuning, sensor tradeoff studies, scenario preparation and performance analysis.  ...more

The IMU700CB is a six-degree-offreedom (6DOF) Inertial Measurement Unit that provides accurate monitoring of linear acceleration and angular rate. The IMU700CB uses Crossbow?s third generation fiber optic rate gyro technology resulting in superior performance, reliability, and stability over time. ...more

The Crossbow VG700AB is designed specifically for automotive test applications. It combines Crossbow?s third generation high performance fiber optic gyros with the latest in silicon micromachined (MEMS) accelerometer technology to provide a highly accurate dual function Vertical Gyro (VG) and Inertial Measurement Unit.  ...more

The 65210E is a flexible instrument for measuring dynamic flight-test characteristics, such as in-flight loads and flying qualities testing. The second generation of our popular 65210A, the 65210E provides traditional inertial measurement capabilities as well as the ability to perform data acquisition by attaching external dynamic sensors. Designed ...more

The 65210A self-contained Inertial Measurement System is a complete solution for aircraft stores separation testing. Designed to fit in an Mk80 fuze well, installation takes less than 20 minutes. The internal Li-Ion battery pack provides up to three hours of operation time and removes the need to get power tap-in approval. The frequency on the inte ...more

The MMQ-G offers a unique combination of the BEI Systron Donner Inertial Division (BEI-SDID) solid-state MMQ50 Inertial Measurement Unit and the Jupiter PICO commercial Global Positioning System (GPS) receiver.  ...more

The DQI, or Digital Quartz IMU (Inertial Measurement Unit), is a powerful component of BEI Systron Donner Inertial Division's technology solutions - offering six Degrees-of- Freedom measurements for guidance, navigation and control applications. ...more

The Miniature MEMS Quartz IMU (MMQ50) incorporates solid-state quartz micromachined inertial rate sensors and silicon MEMS accelerometers.  The MMQ is especially suited for embedded applications where extremely small size, low cost, and low power consumption are required. ...more

The MotionPak is a solid-state six Degree-of-Freedom inertial sensing system used for measuring linear accelerations and angular rates in instrumentation and control applications. It is a highly reliable, compact, and fully self-contained motion measurement package. ...more

Inertial Measurement Units (IMUs) and sensor clusters using MEMS components consume less than 0.6 watts of power and have a mass under 60 grams. For micro and nanosatellite systems as well as UAV, AUV, ROV and automotive applications, etc. Other more sensitive platforms are also in work. Inertial Measurement Units - suitable for dead-reckoning duri ...more

C-MIGITS III offers a unique combination of the BEI Systron Donner Inertial Division (BEI-SDID) solid-state Digital Quartz Inertial Measurement Unit (DQI) and the revolutionary Jupiter LP commercial Global Positioning System (GPS) receiver.   ...more

The AccelRate3D is the world?s smallest analog inertial measurement unit, providing analog outputs of triaxial acceleration and rate of turn (gyro) data. The AccelRate3D also provides precision references for the X, Y, and Z-axes as well as temperature outputs allowing the implementation of compensation techniques. The AccelRate3D is provided ...more

The Endevco model 71 series of subminiature SMT piezoresistive accelerometers are rugged undamped accelerometers designed for shock measurements. Endevco micro-machines the sensing system of the 71 from a single piece of silicon. This etched silicon chip includes the inertial mass and strain gages arranged in an active four-arm Wheatstone brid ...more

µIMU provides serial digital outputs of 3D acceleration, 3D rate of turn (rotational), and 3D magnetic field data. The µIMUprovides digital outputs via the RS422 protocol while custom algorithms provide high performance,temperature compensated, 3 axis data in real time. ...more

Miniature Wireless Inertial Measurement Unit featuring a 4 hour life, 100 foot range and temperature compensation for bias and sensitivity. ...more

The Endevco model 71 series of subminiature SMT piezoresistive accelerometers are rugged undamped accelerometers designed for shock measurements. Endevco micro-machines the sensing system of the 71 from a single piece of silicon. This etched silicon chip includes the inertial mass and strain gages arranged in an active four-arm Wheatstone brid ...more

The nIMU provides serialdigital outputs of 3D acceleration, 3D rate of turn (rotational), and 3D magnetic field data. Digital outputsare factory configured to the I2C or RS422 protocols and custom algorithms provide high performance,temperature compensated, 3D data in real time. ...more