Turbine Model Aviation
Composite turbine aircraft, scale replicas, and aerobatic sport jets engineered for performance.
Featured Aircraft
Aero L-39 — 2.6 m
High-performance composite turbine aircraft engineered for scale precision.
Aero L-39 — 3.5 m
High-performance composite turbine aircraft engineered for scale precision.
F-15 — 2.2 m
High-performance composite turbine aircraft engineered for scale precision.
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F-16 — 2.6 m, 1:6 scale
High-performance composite turbine aircraft engineered for scale precision.
Hawk — 2.5 m
High-performance composite turbine aircraft engineered for scale precision.
Hot Dog — 1.6 m
High-performance composite turbine aircraft engineered for scale precision.
J-10 — 2.8 m
High-performance composite turbine aircraft engineered for scale precision.
J-10 — 3.7 m
High-performance composite turbine aircraft engineered for scale precision.
Raptor — 2.3 m
High-performance composite turbine aircraft engineered for scale precision.
Seagull — 1.7 m (set A)
High-performance composite turbine aircraft engineered for scale precision.
Seagull — 1.7 m (set B)
High-performance composite turbine aircraft engineered for scale precision.
Shark — 1.7 m
High-performance composite turbine aircraft engineered for scale precision.
Shark — 2.1 m
High-performance composite turbine aircraft engineered for scale precision.
Shark — 3.4 m
High-performance composite turbine aircraft engineered for scale precision.
Su-30 — 3.7 m
High-performance composite turbine aircraft engineered for scale precision.
T-33 — 2.6 m
High-performance composite turbine aircraft engineered for scale precision.
Viper Jet — 3.5 m (set A)
High-performance composite turbine aircraft engineered for scale precision.
Viper Jet — 3.5 m (set B)
High-performance composite turbine aircraft engineered for scale precision.
Gallery
Flight Videos
Aerodynamic Perfection Built in Every Layer
Each Alton Jets airframe utilizes high-temperature autoclave cured carbon sandwich laminates, structural aircraft-grade plywood formers, and factory-fitted Kevlar fuel systems.
- Autoclave Epoxy Sandwich Construction: Extreme structural rigidity at minimal airframe dry weight.
- Factory Pre-fit Bypass Ducting: Optimized internal air volume for minimum turbine EGT and maximum thrust output.
- CNC Aluminum Oleo Retracts: Industrial trailing-link suspension built for rough grass strip capability.
Engineered For High-G Loads
Our carbon-reinforced wing spars are factory tested beyond 12G stress loads to guarantee absolute airframe integrity during high-speed maneuvers.