GuideNav examines how inertial measurement units (IMUs) are used to support navigation and control in loitering munitions. Read more >>
These systems, designed for extended flight times and precision engagement, depend on accurate motion data, particularly when GPS access is limited or unavailable. The article focuses on the specific role IMU technology plays in addressing these operational requirements.
The piece explains how IMUs enable loitering missiles to maintain stable flight paths and perform real-time course corrections. By measuring motion across multiple axes, including linear acceleration, angular velocity, and position, GuideNav’s IMUs help ensure that the system remains on target, even in contested or degraded environments.
Key performance characteristics such as drift, bias stability, and latency are discussed in relation to their impact on overall system accuracy. The article also considers how different mission profiles and target types may place varying demands on IMU performance, with some applications requiring higher levels of precision than others.
