One Key Start Modified Micro Generator Set with Toyan FS-L200 4-stroke Nitro Engine
.The power generation model is simple to use: a micro-generator modified with a two-cylinder engine as a power source, with a metal base, is easier to place and operate.
.With a generator, it can be used for power generation, lighting, mobile phone charging and other applications.
.The product does not need to be assembled, and it is easy to start. You only need to add 20-25% nitromethane mixed fuel to start.
.High quality and Reasonable Design: The engine is made of aluminum CNC machining, compact and lightweight structure, and multi-modular design, which provides better protection for subsequent upgrades and expansion.
.High-speed Operation: High-simulation appearance, long stroke, effectively providing higher torque; using asynchronous crankshaft structure, running smoother, acceleration response is sensitive, the maximum speed is 16,000 rpm.
.Easy to Debug and Stable Work: The short rocker arm design makes the valve switch more precise; the dual carburetor design allows professional RC players to have more diversified engine adjustments, making the engine work more stable and capable of carrying higher speeds.
.Gifts: generators can be used for household emergency lighting, outdoor lighting, mobile phone charging, small-capacity battery charging, scientific experiments, teaching demonstrations, etc., which is conducive to training brain and hands-on ability, and there are many applications that can be developed by DIY. Friends who love hands-on can toss as they please.
.For Ages: 14+
.Color: As Shown
.Engine Model: TOYAN FS-L200
.Engine Size: 59.46 x 45 x 84.38mm
.Base Size: 230 x 135 x 25mm
.Speed: 2800-16000 RPM
.Displacement: 7cc (3.5cc×2)
.Piston Diameter: 16.62mm
.Power Generation Voltage: 12V (with voltage regulator)
.Start Mode: One-key electric start
.Start-up Battery: 2S-3S lithium battery.
.Product Dimensions: 23 x 13.5 x 11cm
.Product Weight: 2000g
.Package Dimensions: 26 x 15 x 15cm
.Package Weight: 2500g
.1Set x Generator Model