Case Study – Redefining Carbon Fiber Molds for Car Racing

Case Study:

Redefining Carbon Fiber Molds for Car Racing

 

The Organization

St. Thomas Academy’s Experimental Vehicle Team is a high-performing team of high school students that produce and compete in experimental wheeled vehicles. The team uses alternative power sources and composite skins such as hydrogen fuel cells and carbon fiber skins to increase vehicle efficiency and qualify for races.

The Challenge

 

The challenge at hand lies in the traditional methods used for crafting large carbon fiber layup molds, which are inherently time-consuming and expensive when outsourced. Additionally, there is a need to address the limitations of these molds making methods in terms of design iterations. Furthermore, the educational sector, with its focus on budget constraints, presents a specific challenge in finding cost-effective solutions.

 

The Impact

Needless to say, the BIG METER can do so much when in the right hands. This team of student engineers has gone beyond impressing their colleagues at races with their level of engineering prowess, and the Big Meter has served as a critical tool in helping bring their impressive designs to the racetrack.Are you looking for a way to customize your car without breaking the bank? Modix 3D printers are the perfect solution. Visit the Modix website today and see how you can create the car of your dreams.

Information box:

The Organzation:  St. Thomas Academy’s Experimental Vehicle Team

Application: Carbon fiber mold manufacturing

Vertical: Education, automotive, Student Engineering Competition

Printer: Modix BIG METER