MSTARC 200
Fastest. Smartest. Dominant
With superior speed, precision countermeasures, and rugged endurance, it prepares forces for next-gen engagement complexity.
ROTATION MODEL
Twin-Jet Propulsion System
High-G Manoeuvre Capability (up to 8 g)
Long Endurance with Extended Range
Multi-Spectral Signature Simulation
Multi-Spectral Signature Simulation
Catapult Launch & Rapid Deployment
PLATFORM CAPABILITIES
Twin-Jet Propulsion System
High-G Manoeuvre Capability (up to 8 g)
Supersonic Threat Emulation
Long Endurance with Extended Range
Multi-Spectral Signature Simulation
Catapult Launch & Rapid Deployment
Technical parameters
Built with an advanced composite airframe and high-thrust twin-jet propulsion, the MSTARC-200 achieves exceptional aerodynamic efficiency and structural resilience for high-G, high-speed operations. Its design supports sustained supersonic flight, allowing the replication of advanced aerial threats for defence system training and evaluation.
Wingspan
2.33 meters
Length
3.7 meters
Gross Weight
240 Kg
Max Payload
40 Kg
Power Plant
Twin jet engine
Operational parameters
The MSTARC-200’s supersonic speed, altitude capabilities, and manoeuvrability enable it to emulate fifth-generation fighter and missile profiles, from low-level, high-speed sea-skimming runs to high-altitude strike simulations. Its extended tactical range and climb performance allow complete engagement sequences, from detection to interception, providing realistic and repeatable scenarios for defence forces.
Cruise Speed
150 m/s
Stall Speed
40 m/s
Max Speed
250 m/s
Max Altitude
10,000 m (MSL)
Min altitude
20 m (sea state 1)
Payload Capabilities
The MSTARC-200 features a modular, hotswappable payload system for mission flexibility. Payload mounts are designed for secure carriage and deployment during high-speed, high-G manoeuvres, enabling realistic multi-spectral threat replication.
