Brief: In this video, we take a focused look at the specifications and what they mean in practice for the Compact Aircraft Inertial Navigation System. You'll see how its pure inertial and GNSS integrated modes deliver precise positioning, orientation, and velocity data, even in challenging environments. We'll demonstrate its fast alignment, robust construction, and seamless integration for aerospace and unmanned vehicle applications.
Related Product Features:
Achieves fast initial alignment in just 5 minutes for rapid deployment.
Delivers high-accuracy positioning at 6 nm per hour in pure inertial mode.
Provides precise heading accuracy of 0.1°/h and attitude accuracy of 0.05° in pure inertial hold.
Offers flexible operation with pure inertial, GNSS-assisted, or fully integrated navigation modes.
Features robust environmental adaptability with operating temperatures from -55°C to 70°C and IP55 waterproof rating.
Compact and lightweight design with dimensions of 98×96×89.5 mm and weight under 1.3 kg.
Supports high-rate data output up to 200 Hz for real-time navigation applications.
Built with durable aluminum alloy housing for efficient heat dissipation and reliable operation.
Pytania:
What are the key accuracy specifications of this Inertial Navigation System?
The system offers high precision with position accuracy of 6 nm per hour in pure inertial mode, heading accuracy of 0.1°/h, attitude accuracy of 0.05°, and velocity accuracy of 0.2 m/s when using INS/GNSS integrated mode.
How quickly does the system achieve initial alignment?
The system completes its initial alignment process in just 5 minutes, enabling rapid deployment and operational readiness for time-sensitive applications.
What environmental conditions can this navigation system withstand?
Designed for extreme conditions, it operates in temperatures from -55°C to 70°C, withstands vibration up to 6.06g across 20-2000 Hz, shock up to 20g for 11ms, and features an IP55 waterproof rating for reliable performance in challenging environments.
What applications is this INS system ideal for?
This system is specifically designed for composite wing aircraft, target drones, UAVs, and precision-guided systems where high-accuracy navigation and reliable operation under extreme conditions are required.