Introducing the CV7

Tactical Grade Performance for OEM Applications

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Highest Performance Tactial Grade Dual Antenna GNSS/INS

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M-Series Sensors

Ruggedized Inertial Sensors Built for Extreme Environments

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G-Series Sensors

High Performance Industrial Grade Inertial Sensors

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ROS Support

Sensors Built for Easy ROS Integration

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Rugged Wireless Accelerometer, 3-Axis, ASTM F2137 Compliant

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Why Parker?

Parker is the global leader in motion and control technologies. We thrive on solving the world's most challenging engineering problems, serving a broad array of markets with industry-leading inertial sensors, and delivering an extraordinary customer experience across all channels. With an unmatched dedication to innovation, we're committed to providing solutions that make lives easier today while preparing for tomorrow's challenges.


Design your own sensing system based on these measurement PARAMETERS.

Latest blog posts

How to Output your IMU/GPS Data on your Robot's POV Video Stream


Looking to recreate a Heads-Up-Display (HUD) effect on your robot’s POV video stream? Stephen Okay, Roboticist in Residence at Circuit Launch, did just that and provides simple step-by-step...

Parker LORD Recognized as One of 75 Companies Powering Vision-Enabled Platforms


As the robotics industry continues to evolve and expand, competition becomes fierce among companies vying to have their products embedded on robotic platforms. Tangram Vision, a Colorado-based...

New MIP-to-RINEX Conversion Tool


The MIP-to-RINEX conversion tool allows customers to export standard RINEX 3.05 data files from saved MIP binary files. This is useful when post-processing GQ7 GNSS data with tools such as...

Carved Turns of a Skiing Humanoid Robot


Researched and Authored by Jeakweon Han, Dongkuk Yoon, Hyunjong Song, Baekseok Kim, Yitaek Kim, Cheonyu Park, Younseal Eum, Jeong-In Moon

DIANA on Skiing with Carving Technique


Further your career in a cutting-edge industry with vibrant, motivated colleagues. Our technologies are used in vital applications around the world, giving you the opportunity to make a difference on a global scale.

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ICRA 2022
Sensors Converge 2022
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High performance, industrial grade GNSS-aided inertial navigation system in a cost-effective, system-integrator friendly package

More information

MicroStrain is committed to quality, innovation, and outstanding customer service. We are recipients of the prestigious National Tibbetts Award for exemplary achievement in the Small Business Innovation Research (SBIR) program, and our sensing solutions have earned multiple accolades, including several Best-of Sensors Expo awards.

Our products are AS9100C and ISO 9001-compliant and backed by our award-winning sales and support team. Through a combination of in-house assembly and components supplied by certified manufacturers, we offer the highest quality products at the most efficient cost. Each sensor is tested and calibrated for quality assurance and reliability.

When It Matters

Sensors built to take on your most challenging applications. When it matters, choose MicroStrain.

Microstrain Vibration, Temperature, Unmanned and Autonomous Vehicle Sensors

Microstrain’s inertial and wireless sensors detect and monitor vibration and temperature on a manned, unmanned, and autonomous vehicles. For aerial vehicles, our sensors report position, velocity, and attitude. In ground vehicles, our sensors provide localization and mapping. Use Sensor Cloud to capture and organize data.

All-In-One Navigation with MicroStrain 3DMGQ7 - GNSS/INS

The 3DMGQ7-GNSS/INS is an all-in-one navigation solution featuring centimeter-level position accuracy. A dual-antenna RTK-enabled INS delivers outstanding performance, even in unpredictable conditions. The GQ7 is the best single-vendor RTK navigation solution available to eliminate programming time and enable manufactures to develop new innovations faster than ever before.

Sensors Used to Gather Data on eVTOL Prototype

A prototype eVTOL created by Beta Technologies to deliver human organs for critical transplant operations. MicroStrain sensors were used to accurately capture critical measurements in many environments to ensure successful missions.