DIY Slide Aircraft Model
![DIY Slide Aircraft Model]()
![science project kit]()
![science kit]()
![slide-aircraft-2]()
![DIY Slide Aircraft Model]()
![science project kit]()
![science kit]()
![slide-aircraft-2]()
Base and Wings: The structure is built on perforated plastic plates. The orange plates resemble the wings of an airplane, while a pink plate forms the base.
Support Columns: White plastic standoffs support the upper wing, giving the structure a biplane-like appearance.
Battery Holder: A black battery holder is located at the rear of the base. It is designed to hold two AA batteries, which power the motor and propeller.
Motor and Propeller:
DC Motor: A small DC motor is mounted at the front. It is attached to the orange plate and connected to the battery holder via red and black wires.
Propeller: An orange plastic propeller is attached to the motor. When powered, the motor spins the propeller, simulating the function of an aircraft propeller.
Wheels: The vehicle has four wheels, allowing it to move along a surface. Two wheels are mounted at the front on a metal axle, and two are at the rear, likely attached to the battery holder or the base plate.
Additional Structural Elements:
Metal Brackets: Metal brackets and screws are used to secure the motor and other components of the plastic plates.
Tail Fin: An additional orange plastic piece at the rear resembles a tail fin, contributing to the airplane-like appearance.
This DIY project appears to be a simple motorized vehicle designed to move across a surface when powered. The spinning propeller at the front provides a visual and functional element that resembles an airplane's propeller, although it does not provide actual thrust.
Operation: Insert AA batteries into the battery holder. Switch on the power (if there is a switch) or directly connect the batteries to the motor to start the propeller. Place the vehicle on a flat surface and observe it move forward, driven by the motor and wheels.
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Specification
Description
The Kit shows a DIY project resembling a toy airplane or a propeller-driven vehicle.Here are the detailed descriptions of its components and structure:
Plastic Frame and Platform:Base and Wings: The structure is built on perforated plastic plates. The orange plates resemble the wings of an airplane, while a pink plate forms the base.
Support Columns: White plastic standoffs support the upper wing, giving the structure a biplane-like appearance.
Battery Holder: A black battery holder is located at the rear of the base. It is designed to hold two AA batteries, which power the motor and propeller.
Motor and Propeller:
DC Motor: A small DC motor is mounted at the front. It is attached to the orange plate and connected to the battery holder via red and black wires.
Propeller: An orange plastic propeller is attached to the motor. When powered, the motor spins the propeller, simulating the function of an aircraft propeller.
Wheels: The vehicle has four wheels, allowing it to move along a surface. Two wheels are mounted at the front on a metal axle, and two are at the rear, likely attached to the battery holder or the base plate.
Additional Structural Elements:
Metal Brackets: Metal brackets and screws are used to secure the motor and other components of the plastic plates.
Tail Fin: An additional orange plastic piece at the rear resembles a tail fin, contributing to the airplane-like appearance.
This DIY project appears to be a simple motorized vehicle designed to move across a surface when powered. The spinning propeller at the front provides a visual and functional element that resembles an airplane's propeller, although it does not provide actual thrust.
Assembly and Use:
Secure the DC motor to the front of the base using metal brackets and screws. Attach the propeller to the motor's shaft. Connect the motor to the battery holder with the red and black wires. Attach the wheels to the front and rear axles. Assemble the plastic plates using the white support columns to form the wings and base. Add the tail fin at the rear for additional stability and aesthetics.Operation: Insert AA batteries into the battery holder. Switch on the power (if there is a switch) or directly connect the batteries to the motor to start the propeller. Place the vehicle on a flat surface and observe it move forward, driven by the motor and wheels.
Physical Attribute
- L X W X H (cm): 15 x 10 x 4
- Weight : 100 g
Features
- It promotes children's practical ability and Creative thinking.
- It's easy to make and gives kids a sense of accomplishment.
- It enhances the scientific knowledge of children.
- It inspires children's interest and curiosity.
- The product synchronizes the global STEM teaching concept.
- Use high-quality environmentally friendly materials to ensure the safety and health of children.
- The product provides paper assembly instructions and scientific principles.
Advantages
- Engaging and Interactive Experience: Unleash your creativity and problem-solving skills.
- Learn about Flight: Discover the principles of aviation.
- Interactive Sliding Action: Experience the joy of flight.
- Encourage STEM Education: Hands-on learning and exploration.
Package Includes
- 1 x DIY Slide Aircraft Model.
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