Dragsters

This video covers the process in finishing a CO2 dragster. Students paint their dragster, add their wheel and axles, and finish by adding a decal.

Let's get ready to race! After you have perfected your dragster, it's time to see it race.

This video walks through the new Fusion CO2 dragsters. Students are able to design and shape the polyurethane foam dragster using power or hand tools. They can outfit their dragster with one-of-a-kind designs and custom finishes. And, the Fusion is Technology Student Association (TSA) approved for CO2 dragster competition; race on!

The first in a three-part series, Dan and Ray explain the 'what' when it comes to the basics of CO2 racing.

Dan and Ray are here with the Science of Speed video series to talk about the benefits of the STEM activity of CO2 drag racing. It is not just for fun but is also a good activity for learning STEM concepts and it provides students with the opportunity to experience the engineering process

Dan and Ray are here with the Science of Speed video series to talk about what is needed to do the CO2 dragster activity. You will learn the specific tools and knowledge needed in order to complete the design phases of this project.

An air-powered dragster activity brings educators the best of two worlds: plenty of STEM concepts and the ability to customize a racer! Two of our Teacher Advisory Group members discuss the concepts – speed, friction, aerodynamics, pneumatics, and more – that can be covered with the AP Dragster!

Learn why two of our Teacher Advisory Group members, a middle school teacher and a STEM teacher, love the AP Bottle Racer: ease of construction, a variety of connected science and engineering concepts, graphing, and real-world connections that make this a student-centered activity with relevance.