State of the art technology for commercial applications

Bringing stability to a world in motion

Our products

Applications

Industrial & Defense Vehicles

AIMS develops and manufacture high end (high accuracy) IMU solutions and related INS, accelerometer, gyroscope and navigation supporting products to a range of vehicles. These demanding applications often require high accuracy and performance, in a reliable and compact format. Applications: Autonomous vehicles Driver assistance and autonomous driving systems LIDAR supported systems Short term navigation Agriculture […]

Space, Air & Stabilization

AIMS develops and manufacture high end (high accuracy) IMU solutions and related INS, accelerometer, gyroscope and navigation supporting products to a range of vehicles. These demanding applications often include stabilizing and/or navigation functionalities.  Requirements are often high accuarcy and performance, in a reliable and compact format.  Applications: Navigation Motion monitoring Satellite antenna stabilization Headlight stabilization  […]

Marine

AIMS develops and manufacture high end (high accuracy) IMU solutions and related INS, accelerometer, gyroscope and navigation supporting products to a range of marine applications. These demanding applications often require high accuarcy and performance, in a reliable, robust and compact format.  AIMS Motion and Navigation products are used and suitable for a variety of marine […]

Products

AIMS develops and manufacture high end (high accuracy) IMU solutions and related INS, accelerometer, gyroscope and navigation products in a three dimensional world.  With a broad product portfolio, all IMU´s are MEMS based in modular design and are capable of measuring movements in six degrees of freedom; acceleration in three orthogonal axes and angular rate. AIMS uses a two axis motion simulator of turn table, to automatically calibrate each individual inertial sensor unit in six degrees of freedom (6DOF) over the complete temperature range.

All units can be adapted or tuned to application demands, down to sensor level. Customized is our standard.

µMotion

AIMS µMotion is a high performance MEMS based IMU that can be used for measurement and analyzing movements of a body/product in six degrees of freedom. AIMS µMotion comes in two different versions, optimized for industry applications or motor racing measurement. The unit is optimized on size and price, towards systems which uses the inertial […]

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Navigation

The Navigation unit from AIMS is a high performance MEMS based six degrees of freedom (6 DOF) Inertial Measurement Unit (IMU) and Vertical Reference Unit (VRU). The VRU delivers fully temperature compensated accelerometer and gyro data and in addition estimated roll and pitch angle.  It can be used in various industrial & vehicle related applications […]

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FOG

AIMS FOG IMU is the choice where high gyro performance is needed and it is designed for navigation applications like autonomous vehicles, helicopters etc. The unit is equipped with fibre optic gyroscopes for improved navigation performance and powerful microprocessor for increased calculation performance. Available interfaces are CAN 2.0B and RS-232/422/485. Typical applications: Antenna Stabilization Vechicle […]

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GNAV

AIMS GNAV unit is a MEMS based fully integrated GPS and Inertial Navigation System (INS) based on the recognized Navigation IMU/VRU unit. The on-board extended Kalman filter sensor fusion algorithm provides three dimensional position and velocity data with an output rate of 100 Hz. The GNAV unit combines highly reliable MEMS sensors with SBAS enabled […]

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ImpactAIMS

ImpactAims is designed for measuring the impact a product has been exposed to and also to evaluate impacts and present measured data for the user. The module is a small, three degrees of freedom (3 DOF) measurement unit and can be used for impact or vibration analysis for vehicles etc. The impact sensor is also […]

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Visualizer

The AIMS Visualizer software is an offline analyzing tool that can be used to analyze movements of vehicles. With an IMU from AIMS, the program can be used to put engineering units to study the movements of a vehicle. E.g. a racing engineer can study the movement of a vehicle in a corner etc. Basically, […]

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Cases