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DIY TR900 Jet Engine Model Kit - 1:25 Scale Electric Turbofan

DIY TR900 Jet Engine Model Kit - 1:25 Scale Electric Turbofan

Regular price $399.00
Regular price $569.00 Sale price $399.00
Sale Sold out

⚒️ Engaging Assembly Experience: Challenge your mind and hand-eye coordination with the complex TR900 1:25 scale jet engine kit. This focused project rewards your patience with a high-grade, precision-machined desktop display featuring a premium metallic finish, offering an engaging, tactile way to master the mechanics of jet propulsion.

🔥 Dynamic Visual Display: Featuring an integrated red LED that mimics the intense glow of a jet engine at full throttle, this model demands attention on any desk, shelf, or nightstand. Its built-in motor drives realistic blade rotation, easily managed by an adjustable push-rod speed control for an authentic turbine experience.💎 Premium Build Quality: Engineered from high-grade PLA (Polylactic Acid) with a sleek, metallic finish. Every component is precision-crafted to ensure a seamless fit, delivering a robust, heavy-duty final model that stands the test of time.
Equipped with a built-in Type-C charging port for seamless, clutter-free power to keep your turbine spinning and glowing on display.


Frequently Asked Questions 

Q: Is This Model Difficult To Assemble For Beginners?

A: Your kit is designed for users aged 15+ and includes all necessary tools like a screwdriver and tweezers. While it requires focus, the detailed instructions guide you through each step of the mechanical assembly.

Q: How Is The Engine Powered And Does It Require Batteries?

A: The engine features a built-in rechargeable system powered via a standard Type-C USB port. You can use the included cable to charge the unit, which removes the need for external batteries.

Q: Does The Engine Produce Sound While The Blades Are Rotating?

A: Yes, the electric motor produces a soft mechanical hum that replicates the sound of a turbine in motion. You can use the push-rod speed control to increase or decrease the rotation and motor frequency.

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