Production methods & processes by Farid Al Mussawi

We combine the best methods available with our accumulated experience to produce RC models and unmanned aerial vehicles (UAV) with the highest aerodynamic performance. Such as the high finishing quality, high strength, and lightweight that would provide the maximum efficiency for manoeuvrability, by reducing the power required and fuel consumption.

Pitts Special S1
44% scale
Full carbon composite product
220cc 4 piston petrol engine
Takeoff weight 26kg

Extra 330SX skimmed Red Bull
27% scale
100cc twin petrol engine
2.75 wingspan
Takeoff weight 13.5kg

UAV

V type UAV
2.8m wingspan electrical engine
With full avionics system

V type UAV
4.5m wingspan electrical engine
With the full avionics system

Double Boom UAV
2.4m wingspan
Takeoff weight 14kg
35cc petrol engine

Double boom UAV
6m wingspan
85cc petrol s=engine
Takeoff weight 35kg

Lightning P38
Biggest RC model made for P38
4.2m wingspan
Expected takeoff 45kg
120cc x2 inline twin petrol engine
The full retractable gear system

Mustang P51
Full carbon composite product
2.35m wingspan
60cc petrol engine
With retractable gear system
Takeoff weight 12kg

SU26M
2.3m wingspan
50cc petrol engine
Takeoff weight 8kg

Fj2 trainer

Can be produced as per requirement, and used for training target system by the navy and air force.

Soundtrack credits star trek discovery music :)
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