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Mousetrap Car - Replaced by ↴
⇛ CARMTS - Mouse Trap - Rubber Band Car Kit
A Mousetrap Car is a unique vehicle that uses a mousetrap as its motor and a string to transmit force. This fascinating method involves attaching one end of a string to the arm of the mousetrap and winding the other end around an axle. By winding the string around the axle, the mousetrap's spring is stretched, and energy is stored. As the mousetrap car is released, the mousetrap pulls the string off of the axle, causing the wheels to turn and the vehicle to move forward.
All wooden parts of the Mousetrap Car are pre-cut and ready for use, making it easy to assemble. The kit includes printed and online instructions, but you will need wood glue, sandpaper, latex paint, and small brushes to complete and decorate your Mousetrap Car. This innovative vehicle is a fun and educational way to learn about physics and mechanics.
Key Features:
- Mousetrap powered car
- Uses a mouse trap for a motor
- String transmits force to turn wheels
- Pre-cut wooden parts
- Includes printed and online instructions
- Requires wood glue, sand paper, latex paint, and small brushes for completion and decoration
Unique Selling Points and Benefits: - Provides a fun and educational STEM activity for children and adults - Teaches principles of physics and engineering - Encourages creativity and problem-solving skills - Affordable and easy to assemble with pre-cut wooden parts - Can be customized and decorated to individual preferences
Product Specifications:
| Product Name | Mousetrap Car |
| Power Source | Mouse Trap |
| Method of Transmission | String |
| Preparation Required | Wood Glue, Sand Paper, Latex Paint, Small Brushes |
| Assembly Required | Yes |
Similar Products
- Wind-up Car - A small vehicle that is powered by a wind-up mechanism, which stores energy in a spring and releases it to move the car forward.
- Rubber Band Car - A vehicle that uses a rubber band as a motor to power the car. The rubber band is wound up and then released to turn the wheels and propel the car forward.
- Balloon Car - A car that is powered by the force of air escaping from a balloon. The balloon is inflated and then released, causing the air to rush out and propel the car forward.
- Solar-Powered Car - A vehicle that uses solar panels to convert sunlight into energy to power the car. The solar panels are mounted on the car's roof and collect energy from the sun to move the car forward.
- Battery-Powered Car - A car that uses batteries to power an electric motor. The batteries are rechargeable and provide the energy needed to move the car forward.
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: This product involves the use of a mousetrap as a motor which can cause injury if not handled properly. Use with caution and follow all instructions carefully. Use protective gear and keep away from children and pets. Wood glue, sand paper, latex paint and small brushes are required for completion and decoration.
Perfect for:
- Science enthusiasts
- Students learning about physics and mechanics
- Teachers looking for hands-on activities for their classroom
- Parents who want to engage their children in STEM education
- Hobbyists who enjoy building and experimenting with machines
- Anyone looking for a fun and educational DIY project
Mousetrap or Rubber Band Car Kit
The 1 Car Combination Mousetrap and Rubber Band Car Kit is a versatile and unique vehicle kit that can be powered either by a mousetrap or a rubber band. This innovative kit offers two fascinating methods for propulsion, allowing builders to explore different principles of physics and mechanics.
In the Mousetrap Car configuration, the vehicle uses a mousetrap as its motor and a string to transmit force. This method involves attaching one end of a string to the arm of the mousetrap and winding the other end around an axle. By winding the string around the axle, the mousetrap's spring is stretched, storing energy. When released, the mousetrap pulls the string off the axle, causing the wheels to turn and the vehicle to move forward.
In the Rubber Band Car configuration, the vehicle uses a rubber band as its motor. The rubber band is attached to a hook on the axle and wound up tightly. As the rubber band unwinds, it releases stored energy, turning the axle and propelling the car forward. This method provides a different challenge and learning experience compared to the mousetrap motor.
All parts of the car are laser cut for precision and ready for use, making it easy to assemble without the need for glue. The wheels are made of plastic and equipped with traction bands for better grip, and the axles are metallic rods for durability. The kit includes printed and online instructions, but adult assistance is recommended for assembling the pieces as it requires a bit of strength to attach them securely. Additionally, the car is customizable, allowing you to replace the original brand logo with your own on the top.
Key Features
- Dual-powered car: Can be configured as either a mousetrap car or a rubber band car
- Uses a mousetrap or rubber band for a motor
- String or rubber band transmits force to turn wheels
- Laser-cut parts for precision
- Plastic wheels with traction bands
- Metallic rod axles
- Includes printed and online instructions
- No glue required for assembly
- Customizable logo on top
Product Specifications
| Product Name: | Combination Mousetrap and Rubber Band Car Kit |
| Power Source: | Mousetrap or Rubber Band |
| Method of Transmission: | String or Rubber Band |
| Preparation Required: | None (Adult assistance recommended for assembly) |
| Assembly Required: | Yes |
| Parts Included: | 1 car, 2 back wheels, 2 front wheels, 2 axles 1/8", 2 traction bands, 2 replacement traction bands, rubber bands, string, mousetrap |
Similar Products
- Wind-up vehicle kit
- Balloon-powered car
- Solar energy car
- Electric motor car
- Propeller-driven vehicle
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
Perfect for:
- Science enthusiasts
- Students learning physics and mechanics
- Teachers seeking hands-on activities
- Parents engaging children in STEM
- Hobbyists enjoying DIY projects
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