ANAVIA HT-100

The ANAVIA HT-100 unmanned helicopter provides robust, world-class and flexible capabilities to a wide range of military, border control, special forces, civil defence and law enforcement missions. This powerful system features a maximum flight endurance of 6 hours and 600km, and payload capacity of 65kg.
A modular payload avionics BUS speeds plug-and-play sensor deployment, enabling the platform to be deployed with an extensive range of payload sensors for ISR, remote aerial sensing, and tactical support mission. Alternatively, its custom-fit cargo box supports diverse logistics operations.
Designed and built in Europe, the ANAVIA HT-100 is free of ITAR restrictions, and has low flight-operating costs, high reliability and uncompromising safety.
KEY FEATURES
- Efficient Fettner dual, main inter- meshing rotors (no tail rotor)
- Diverse digital data options: terrestrial (up to 200km) / LTE / Satcom
- Flight control redundancy with four actuators
- Low maintenance, high reliability
- ITAR free
MISSION FLEXIBILITY
ISR & INSPECTION
- Aerial Infrastructure Inspection
- Traffic Investigation and Surveillance
- Border and Coast Control
- Illegal Fishery and Anti-Poaching
REMOTE AERIAL SENSING
- Lidar Missions
- Orthophoto and Dem
- Point Cloud and 3D Models
- Multispectral Data and Thermal Layer
TACTICAL SUPPORT
- Comint / Sigint / Elint
- Surveillance at Sea
- Anti-Surface and Submarine Warfare
- Artillery and Naval Fire Support
LOGISTICS
- Delivery to Remote and Offshore Areas
- Time Sensitive / Critical Medical Supplies
- Cold Chain Logistics
- Battlefield Resupply
SPECIFICATIONS
Technical Specifications* | HT 100 |
Rotor | Flettner Double-Rotor System |
Fuel Types | JET A1; JP-8, JP-5 (ON DEMAND) |
Data Link Type | Fully Encrypted Mesh IP (Satcom and LTE ON DEMAND) |
Data Link Range | Up to 200 km Radio and antenna configuration, depending on terrain topography; National Regulations |
Operating Temperature Max. Wind Speed | -25°C TO +55°C (-13°F TO +131°F) 45 KM/H (25 KN) |
Start and Landing | Fully Autonomous |
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