alpha Unmanned Systems has introduced Alpha Target Systems, featuring adaptable UAV-based targets such as the A900T and A800T.
The UAVs from Alpha Target Systems are engineered to replicate enemy aircraft, helicopters, and various threats, providing realistic scenarios for defense training.
Each helicopter UAV can be outfitted with multiple payload options,catering to diverse military target and calibration requirements.
Equipped with encrypted data transmission, fuel-efficient engines for extended flight time, and robust weather resistance, the A900T and A800T UAV helicopters facilitate a wide range of training exercises aimed at enhancing modern air defense strategies.
A900T Overview
The A900T stands out as an exceptionally bright and adaptable tool. With a maximum takeoff weight (MTOW) of under 25kg,it is designed in accordance with STANAG 4738 standards,making it suitable for various challenging environments.
Specifications:
- Rotor Diameter: 2.07m
- Length: 1.76m
- MTOW: 25kg
- payload Capacity: 4kg
- Engine: 100cc 2-stroke boxer (fuel-powered)
- Onboard Generator: 150 Watts, 100km radio range
- Endurance: 4 hours
- Flight Mode: Low & Slow
- Maximum Speed: 100km/h
A800T Overview
The A800T, with an MTOW of less than 14kg, is a dependable UAV helicopter. It mirrors the capabilities of a manned helicopter while offering a substantially lighter logistical burden and reduced maintenance costs.
specifications:
- Rotor Diameter: 1.80m
- Length: 1.7m
- MTOW: 14kg
- Engine: 29cc 2-stroke (fuel-powered,redundant power supply)
- Operation: Fully Automatic
- Endurance: 2.5 hours
- Flight Mode: Low & Slow
- Variety of Payloads: High integration capability
Payload Integration Options
MDI Scoring
The UAV targets can integrate various MDI scoring systems, whether for tracking small projectiles or serving as a scalar MDI for larger munitions.
Radar Enhancement
Alpha offers options for Radar Enhancement or Radar Cross-Section amplification through both passive and active payloads.
Infrared (IR) Enhancement System
IR flares can simulate the heat signature of a full-sized enemy helicopter, enhancing realism.
visibility Enhancement
These systems are designed to increase the detectability of drones during training, improving tracking capabilities via radar, infrared, or visual methods, ensuring effective training and testing scenarios.
Laser Reflecting Mirrors
These mirrors reflect laser signals back to their source, facilitating precise targeting and simulating real combat conditions, thereby enhancing accuracy in laser-guided systems.
Alpha Unmanned Systems emphasizes that as defense requirements evolve rapidly, there is an increasing need for innovative target systems that extend beyond basic aerial threat representations.
Contemporary military training necessitates UAVs that not only mimic enemy aircraft but also function as calibration tools for various systems. This includes artillery fire correction aids, missed-distance indicators, and radar visibility enhancements, all of which are essential for comprehensive support in dynamic training environments.
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