THE VECTORNAV ADVANTAGE

PROVEN LEGACY MAKING INERTIAL SMALLER AND SMARTER

Introduced in 2009, the VN-100 IMU/AHRS was the first solution on the market to offer calibrated, high-performance, industrial-grade MEMS sensors, and quality sensor fusion algorithms in a single surface mount package.

Today, VectorNav is powering the future with smarter inertial systems that deliver tactical-grade performance in more efficient, compact solutions.

VectorNav Evolution Animation

INDIVIDUALLY CALIBRATED ACROSS THE FULL OPERATING TEMPERATURE RANGE

VectorNav calibrates every IMU individually for bias, scale factor, and three-axis alignment across the full -40°C to +85°C operating range. By mapping and correcting thermal behavior at the unit level, performance remains consistent and predictable — not just in the lab, but in real-world conditions where systems deploy.

HIGH-RATE DATA WITH LOW SIGNAL NOISE

VectorNav IMUs deliver clean, high-bandwidth inertial measurements that stabilize quickly and maintain integrity in dynamic environments. Industrial and Tactical units provide up to 800 Hz IMU and 400 Hz navigation output, enabling precise control and reliable navigation.

ANY PLATFORM. ANY MISSION. ANY CONDITION.

VectorNav IMUs are engineered to be application-agnostic. Four packaging options and two sensor performance levels offer maximum SWaP flexibility and integration compatibility. No matter the mission, VectorNav has a navigation solution.

LEAD TIMES THAT KEEP PROGRAMS MOVING

With over 100,000 sq ft of AS9001D-certified production space, ITAR-Free hardware, and a tightly managed supply chain, VectorNav ensures product availability without schedule uncertainty.

Standard lead times are less than one week for Industrial units and just 3–4 weeks for Tactical units. Keep integration on track, eliminate delays, and ensure accuracy with VectorNav IMUs.

WORK AT VECTORNAV

We're explorers at heart, continually pushing the limits of possible to support out-of-this-world applications and customers. Do you share the desire to discover and define new limits? Learn more about working at VectorNav.