IroNav
IroNav is an advanced onboard navigation and autonomy system that lets VTOLs, fixed-wing UAVs, FPV platforms and other unmanned systems operate reliably when external signals are degraded or denied. It combines resilient GNSS handling, optical navigation and full mission autonomy to deliver uninterrupted guidance, navigation, and precision takeoff and landing, even in GPS-free conditions. Unlike standalone GNSS protection or vision navigation modules, IroNav unifies these capabilities in a single architecture, and it is designed to integrate with common flight control systems across platforms of varying size and mission profile.
Overview
Built for environments where GNSS is unreliable or unavailable. IroNav combines advanced anti-jamming with inertial and alternative navigation technologies to maintain continuous positioning and control in fully denied conditions. It is designed for mission-critical operations, so platforms can navigate, operate and complete their missions without GNSS.
Resilient Navigation. Mission-Ready Autonomy.
IroNav targets unmanned platforms that must keep working under jamming and signal denial.
- Tactical UAVs
- Compact drones
- GNSS-denied operations
- Multi-layer navigation
Features
- Small size: 132 x 62.5 x 76.5 (units not stated on page)
- Light weight: 400 g
- Field of view: 90-110°
- IP65 waterproof rating (enclosed only)
- Automotive temperature grade: -40 to +71 °C
- Input voltage: 7-32 VDC
- Protected frequencies: L1/E1 + L2 and L1/E1 + G1
- GNSS protection: advanced null-steering anti-jamming
- Optical sensor: Vis/Thermal/LRF
- Performance: distance error deviation ~2-5%, operational for 0 alt
Downloads
Specifications
| Dimensions | 132 x 62.5 x 76.5 (units not stated on page) |
| Weight | 400 g |
| Field of View | 90-110° |
| Ingress Protection | IP65 (enclosed only) |
| Operating Temperature | -40 to +71 °C (automotive grade) |
| Input Voltage | 7-32 VDC |
| Protected Frequencies | L1/E1 + L2; L1/E1 + G1 |
| GNSS Protection | Advanced null-steering anti-jamming |
| Optical Sensor | Vis/Thermal/LRF |
| Performance | Distance error deviation ~2-5%; operational for 0 alt |
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