Transform the Unpowered Super Car into the Super Car with these transition build instructions. Car that is powered by a motor and gears to explore speed and force. Car to explore how to drive and turn using two VEX GO Motors and Switches. Robotic car …

The Speed Build can be built in just a few minutes, and uses only a handful of parts.

2021年11月12日 · With a 7:3 ratio, and 200rpm cartridges in the motors, it has a wheel rpm of 467, and has a theoretical top speed of about 8.14 feet per second. As you can see in the video, it reached it’s top speed fairly quickly, so if it was racing a longer distance it might be worth increasing the gear ratio to give it a higher top speed.

Build the Super Car then predict, test, and measure the distance it travels. How do I calculate average speed? How Does it Go? Test how different variables affect the way the Super Car moves. What affects speed? How Fast? Investigate the relationship between time and distance traveled, and learn to calculate the speed of the Super Car.

Watch the VEX V5 car showcase its speed and agility! Powered by the VEX V5 radio controller, it zips, spins, and performs like a pro. Robotics at its best! 🔧⚡

How does your speed affect the force you have running up the hill? Build Code Super Car Groups will build the Motorized Super Car (if they have not already), then combine their Motorized Super Car with another group to create a Code Super Car.

Students will experiment with a gear configuration on the outside of the Motorized Super Car to see how the arrangement affects the car’s speed. The teacher can use the Lab 3 Image slideshow (see materials) as well as the pre-built car to demonstrate how to change the gear configuration, and what the configurations look like.

VEX Robotics is educational robotics for everyone. VEX solutions span all levels of both formal and informal education with accessible, scalable, and affordable solutions. Beyond science and engineering principles, VEX encourages creativity, teamwork, leadership, and …

2020年1月24日 · So my class is trying to build a dragster or a speed bot. We are only allowed 2 motors. What is the best gear ratio for this scenario (we are running this in classroom floors)? What wheel layout should I use? How many w…

2021年11月12日 · You are going to need very aggressive gearing for a high top speed but low torque. Rubber banding to collars mounted on your drive shaft with regular (not set) screws in them should be a good anchor for your rubber band.