Table of Contents
Build a Mousetrap Car Step 1: Materials. 2 pieces of Cardboard (4” x 10”) many dimensions will work, but this is a good starting place. Step 2: Car Body. Step 3: Attach the Straws. Step 4: The Mousetrap. Step 5: Preparing the Wheels. Step 6: Adding the Axles and Wheels. Step 7: Attaching the Hook to the Rear Axle.
What materials are needed to build a mousetrap car?
What You Need: Wooden snap-back mousetrap. Duct tape. 4 eye hooks. Wooden dowel that fits inside the eye hooks. Heavy cardboard. Large and small rubber bands. Foam board (usually found at a craft store) String.
What is the fastest mousetrap car?
The Speed-Trap Racer is the fastest mousetrap powered racer anywhere and was designed after Doc Fizzix’s own record-setting mousetrap racer that traveled 5 meters in 1.2 seconds.
What wheels are best for a mousetrap car?
Use thin, light wheels. Old CDs or DVDs work fairly well for this purpose — they’re large, thin, and extremely light. If you have access to old vinyl, these also work extremely well, though they may be too heavy for the smallest mousetraps.
How do you make a fast mousetrap car?
Making The Vehicle Faster Thicken the axle: Wrapping some tape radially around the axle or adding a spool. It may be surprising as to how much faster this makes the vehicle. Use smaller wheels. They will require less force to complete a rotation. Make the vehicle lighter.
How long should a mousetrap car be?
The ideal size for an ultra big wheel on a long distance mousetrap racer seams to be somewhere between 10 and 15 inches. And the ideal size for a drive wheel on a speed-trap racer seams to be between 2 and 3 inches but no more than 4 inches.
What is an axle hook on a mousetrap car?
An important part of a mousetrap vehicles propulsion system is the axle hook. If the string does not properly release from the drive axle the string will rewind around the drive axle and cause the mousetrap car to come to an instant stop.
Is it better to have a heavier or lighter mousetrap car?
A heavy mousetrap vehicle will required more pulling force than a lighter mousetrap vehicle in order to achieve an equal acceleration. Lighter mousetrap vehicles will require less energy at the start and can use longer lever arms for more pulling distance.
Why is it better to have large wheels for the drive axle on a mousetrap car?
Larger drive wheels will have a greater travel distance per each turn compared to smaller drive wheel. The smaller the diameter of the drive axle in comparison to the diameter of the drive wheel the more force that will be required to accelerate the vehicle but the greater the distance of travel per rotation.
How long should the lever arm be on a mousetrap car for distance?
For maximum speed, position the mousetrap 2 1/4 inches from the drive axle and cut the lever arm to a length of 4 1/4 inches. The lever arm can be cut using a dremel tool or by using a fine tooth hobby saw. The lever arm should always be “just” long enough to reach the drive axle or performance will be compromised.
What makes a good mousetrap car?
If you want to optimize for speed, you’ll want to design a car that exerts as much force/rotation as possible on the wheels as fast as possible. This will likely mean a shorter pull rod on the mousetrap and wheels that have a lot of grip so they don’t spin in place when they are rotated quickly.
Do snap mouse traps work?
Traditionally, snap traps have been popular for killing mice and rats swiftly. If you’re trying to bring down the population of house mice and deer mice in your area, snap traps can work especially well. When used correctly, the quick trigger system of a snap tap can help manage large infestations.
What makes a mousetrap car move?
The mousetrap storespotential energyin the form of the spring. That potential energy is converted into kinetic energy in the form of the arm rotating forward. The arm pulls on the wound-up string, which turns the drive wheel dowel, which is connected to the wheels, which makes the car drive forward.
Why is my mousetrap car not going straight?
If your mousetrap car does not travel straight energy is also being wasted to over come the force of friction turning the vehicle’s wheels. If a mousetrap vehicle is not traveling straight then there is one reason and one reason only: the front and rear axles are not parallel to one another!Jan 21, 2012.
When was the first mousetrap car made?
Shortly after Keeps innovation, in 1894, Illinois native, William C. Hooker first patented the more familiar spring-loaded device, recognized today as the classic mousetrap.
How do you make a rat trap car go far?
Mousetrap cars will go farther if the spring has more distance from the back wheels. Create traction on the wheels. Add rubber bands, or tape around the wheels to give them better traction. The better the wheels can grip the floor, the farther the mousetrap car will go.
How far do mousetrap cars usually travel?
The average distance the rattap car went was 18.6875ft and the average distance the mousetrap car went was 25.5ft.
How do you find the force of a mouse trap?
The work done on the mousetrap arm is found using the formula W = F d, where F is the force (in Newtons) applied to the mousetrap car spring arm and d is the distance (in m) through which the force is applied. You found the force applied using a spring scale and should have it in the table above.
What is gravity vehicle?
Gravity Vehicle is an event that returned for the 2020 and 2021 competition seasons after being held in 2012 and 2013. In this event, competitors design and build a ramp and a vehicle that is powered solely by the vehicle’s gravitational potential energy.
How far did the world record mousetrap car go?
Description: The secret to Doc Fizzix’s world record setting mousetrap distance racer that traveled over 182 meters was it’s unique pulley system. This is the same pulley set-up that was used on Doc Fizzix’s world record setting mousetrap distance car.
