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DIY A380/TR900 Turbojet Engine Model

Explore the wonders of aviation engineering with this functional and visually captivating turbojet engine model.
$129.99 USD $149.99 USD Save $20.00 USD
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Product Highlights
✅Hands-on assembly offers a satisfying DIY experience.
✅Functional LED lighting adds a cool, immersive effect.
✅Ideal for learning about engine mechanics or as a desk ornament.
✅Made with eco-friendly PLA material and metal bearings for a sleek, durable finish.
✅3D printed, incorporating turbojet engine principles.
✅Perfect for stress relief or as a creative display piece.
Product Parameters
Model: A380/TR900 Turbojet Engine
Material: Metal-colored PLA + Metal Bearings
Charging Method: Type-C interface, built-in battery
Speed: Adjustable, 0-300 RPM via pushrod
Components: 50 parts (including screws, assembly parts, and tools)
LED Lighting: Red, enhancing the visual experience
Model Weight: 470g (excluding packaging)
Scale: 1:25 ratio to the real engine
Product Dimensions: Length 28cm (actual model size)
DIY A380/TR900 Turbojet Engine Model-Eagledigi DIY A380/TR900 Turbojet Engine Model-Eagledigi DIY A380/TR900 Turbojet Engine Model-Eagledigi DIY A380/TR900 Turbojet Engine Model-Eagledigi DIY A380/TR900 Turbojet Engine Model-Eagledigi DIY A380/TR900 Turbojet Engine Model-Eagledigi DIY A380/TR900 Turbojet Engine Model-Eagledigi DIY A380/TR900 Turbojet Engine Model-Eagledigi

Design

The A380/TR900 aircraft engine model is a remarkable engineering replica, crafted using high-precision 3D printing technology to capture the complexity of modern aircraft turbines. Drawing from the principles of jet propulsion, this model demonstrates the basic workings of a turbofan engine, where air is compressed, mixed with fuel, and ignited to create thrust. The fan blades rotate, driven by an internal motor, allowing users to observe the key mechanics of airflow and power generation in a scaled-down form.

The engine's design takes inspiration from the real-world engineering behind the Airbus A380 and the TR900 turbine, combining aesthetic detail with technical accuracy. Engine models like this are used in educational settings, aviation museums, and enthusiast collections to illustrate the core mechanical principles of jet engine operation.

The model incorporates sustainable materials and innovative design techniques. The choice of PLA, an eco-friendly, biodegradable material, reflects the growing emphasis on sustainability in manufacturing. The A380/TR900 model serves as an interactive, hands-on tool for aviation enthusiasts and students alike, bridging the gap between art and engineering.

The model includes functional features such as adjustable fan blade speed (0-300 RPM), simulating the throttle controls of real engines. Its integrated LED lighting system further enhances the experience, with retro-style lighting that mimics the industrial glow of a working engine. Whether as a display piece or a learning tool, this model perfectly captures the spirit of aviation innovation.

Ignite Your Passion for Aviation Engineering

Experience the mechanics of flight firsthand with the A380/TR900 Turbojet Engine Model. Designed to capture the raw power of aviation technology, this model not only offers dynamic LED lighting and adjustable speed control but also educates users on the principles of jet propulsion. Perfect for learning, collecting, or stress-relieving fun—this is more than just a model; it’s an interactive piece of engineering history.

Purchase Notes

Checking Parts

Upon receiving your order, please check the completeness of the parts immediately. If you find any missing parts, contact our customer service within 48 hours to arrange a free replacement. After 48 hours, the cost of replacement parts will be the responsibility of the buyer.

Lost Parts

If parts are lost during assembly and you need replacements, please contact our customer service to purchase them separately.

Assembly Assistance

If you encounter difficulties in accurately completing the assembly, please contact our customer service. We will provide guidance through video and written instructions to help you successfully complete your project.

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