Q1: What max thrust-to-weight ratio do your engines achieve?
A: 10.3:1 at Mach 1.8 – highest in <250kg class. Certified for +12g maneuvers at 20,000ft.
Q2: How quickly can reach combat thrust from idle?
A: 0s → 22kN in 2.3s (tested with Turkish Air Force on KARGU UAVs).
Q3: Are engines hardened against EMP attacks?
A: MIL-STD-461G compliant – survives 50kV/m pulses from nuclear detonation simulations.
Q4: What countermeasures prevent hacking via FADEC systems?
A: Air-gapped control modules with physical encryption dongles – zero recorded breaches.
Q5: What lifespan under battlefield maintenance?
A: 400h TBO using dirty JP-8 fuel – 3× industry standard for expendable munitions.
Q6: Max particle ingestion before failure?
A: Passes NATO DUST-SF test – 24hrs of 25g/m³ sand equivalent to Saharan operations.
Q7: Can engines use non-specialist fuels in emergencies?
A: Fully certified for gasoline/diesel/avgas blends – critical for Ukrainian frontline adaptations.