A800 T Unmanned Aerial Target

The A800 T is a fuel-powered unmanned aerial target designed to realistically simulate manned helicopter behavior during military training and weapons testing. It provides a slow-moving, vertically capable airborne target that can hover, maneuver at low speeds, and replicate complex helicopter flight profiles with high fidelity.

Purpose and Use Case

The system is intended for armed forces and defense organizations that require realistic aerial targets for training and calibration of advanced weapon systems, including:

• Ground-Based Air Defence (GBAD)

• Surface-to-Air Missile (SAM) systems

• Air-to-Air (AA) weapon systems

By replicating the flight characteristics of ASW and ground-attack helicopters, the A800 T enables operators to train against targets that can hover, perform pop-up maneuvers from terrain cover, and fly laterally or backward.

Flight Capabilities

The platform supports fully automatic VTOL operations, including take-off and landing from moving vessels. It is optimized for low-speed and hover flight, making it suitable for precise threat simulation and engagement exercises. Fuel propulsion allows for extended endurance compared to electric UAVs, while maintaining a compact logistical footprint.

System Features

Key operational features include:

• Calibration of threat detection and fire-control systems

• Hover mode and low-speed flight profiles

• Encrypted data transmission

• Redundant power supply for increased reliability

• Weather-resistant operation in wind and rain conditions

Payload and Target Simulation Options

The A800 T supports a wide range of integrated payloads to enhance detectability and realism during training:

• Radar enhancement and RCS amplification (passive or active)

• Infrared enhancement via IR flare systems

• MDI scoring systems for projectile and missile engagement analysis

• Visibility enhancement systems for radar, IR, and visual tracking

• Laser-reflecting mirrors for laser-based targeting and accuracy assessment