MSTARC 80
Speed. Precision. Simulation.
Purpose-built for modern air defense training, it delivers adaptive payloads, twin-engine reliability, and dynamic threat replication under real-world conditions.
ROTATION MODEL
High-Speed Threat Emulation
High-G Manoeuvre Capability
Twin-Jet Propulsion System
Long Endurance with Extended Range
Multi-Spectral Signature Simulation
Catapult Launch & Rapid Turnaround
PLATFORM CAPABILITIES
High-Speed Threat Emulation
High-G Manoeuvre Capability
Twin-Jet Propulsion System
Long Endurance with Extended Range
Multi-Spectral Signature Simulation
Catapult Launch & Rapid Turnaround
Technical parameters
Built with a robust composite airframe and twin jet propulsion, the MSTARC-80 achieves exceptional thrust-to-weight performance, enabling it to carry diverse signature-emulation payloads while maintaining aerodynamic efficiency. Its structural design supports sustained high-speed operations and high-G manoeuvres for realistic threat replication in demanding defence training environments.
Wingspan
1.85 meters
Length
3 meters
Gross Weight
160 Kg
Max Payload
30 Kg
Power Plant
Twin jet engine
Operational parameters
The MSTARC-80’s speed and altitude profile allow it to replicate a broad spectrum of aerial threats — from low-level, high-speed sea-skimming missile approaches to high-altitude strike simulations. Its extended operational range and climb performance enable complete engagement sequences from launch through intercept, providing a realistic and repeatable training asset for defence forces
Cruise Speed
120 m/s
Stall Speed
45 m/s
Max Speed
200 m/s
Max Altitude
8,000 m (MSL)
Min altitude
20 m (sea state 1)
Payload Capabilities
The MSTARC-80 features a configurable payload system with hot-swappable mission modules, allowing rapid reconfiguration for varied threat profiles. Payload mounts are engineered for secure carriage and safe deployment during highspeed, high-G manoeuvres, enabling realistic multi-spectrum threat replication for advanced training scenarios.
