Inertial Labs has released an article discussing Inertial Navigation Systems (INS) and the company’s GPS-denied navigation solutions, including benefits and applications.
INS is usually said to be unreliable in GPS-denied environments, such as underground or indoors. However, Inertial Labs’ Inertial Navigation Systems use a combination of inertial sensors and sensor fusion algorithms to provide accurate positioning and navigation even in GPS-denied environments.
Inertial Labs’ GPS-denied navigation offerings provide a reliable and cost-effective option for a range of unmanned applications. Their systems are utilized by multiple clients, including defense contractors, drone manufacturers, and industrial automation firms.
How Inertial Labs’ GPS-Denied Navigation Technology Works
Inertial Labs’ navigation solutions use high-performance inertial sensors to measure acceleration and rotation. Advanced sensor fusion algorithms then process this data to estimate the platform’s position, velocity, and attitude.
The inertial sensors provide precise measurements, even in challenging environments. The sensor fusion algorithms are state-of-the-art, enabling accurate navigation despite noise and disturbances.
Benefits of Inertial Labs’ GPS-Denied Navigation Solutions
The key advantages of Inertial Labs’ technology include reliability, as the INS delivers reliable positioning and orientation in GPS-denied conditions. The solutions are also affordable, making them cost-effective for a variety of unmanned applications. The systems are highly versatile, as the INS can be integrated into diverse unmanned platforms, from aerial to ground-based. Furthermore, the navigation systems are straightforward to integrate and operate.
Applications
Inertial Labs’ GPS-denied navigation solutions are deployed across numerous unmanned domains. In the drone industry, INS are utilized by many manufacturers to enable accurate positioning and navigation. For autonomous vehicles, INS are used by companies developing self-driving cars and other autonomous ground platforms. Industrial automation firms also rely on INS to provide reliable positioning and orientation for robots and other equipment. Additionally, INS are integrated into various defense contractor systems, including weapons and other military equipment.
Inertial Labs is well-positioned to capitalize on the growing demand for GPS-denied navigation as more applications require precise positioning and orientation in signal-denied environments. The company’s proven track record and continued innovation in this space make them a leader in the field.
Read the full article here, or visit the Inertial Labs website to find out more.
