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TARR Aero produces CFRP (Carbon Fiber Reinforced Polymer) components for aerodynamic design in racecars, utilizing additive manufacturing and CFD testing to ensure the performance and resilience needed for high-speed racing. This innovative approach not only reduces the cost of aero components but also guarantees that our CFRP components are lightweight, robust, and highly accurate. Additionally, they are designed to be easily replaceable, allowing for quick maintenance and minimal downtime.
At TARR Aero, racing is a passion, and our commitment to additive manufacturing allows us to build highly effective CFRP components that help us achieve our racing goals. Each part we create is meticulously scrutinized using CFD software, ensuring superior aerodynamic design and reducing drag.
By utilizing additive manufacturing techniques, we produce CFRP components with precision, ensuring an optimal fit and function while minimizing guesswork in your build. Our parts are designed with aerodynamic design principles for easy installation and are easily replaceable, making them a cost-effective alternative to traditional handmade options.
By collaborating with a small team and utilizing innovative engineering-grade materials through additive manufacturing, we can significantly reduce costs. This allows us to offer affordable aerodynamic design parts, enabling you to achieve the build quality and budget you require, including high-performance CFRP components.
We are a collection of dads who are passionate about racing and committed to keeping our passion affordable. Like you, we want to get the most out of our machines, and one effective way to achieve better lap times is through the use of innovative aerodynamic design. To combat the often exorbitant prices of many aerodynamic consumable parts, we have designed and tested robust CFRP components using both CFD analysis and real-world testing. Our parts are not only effective but also easy to add to your existing aerodynamic profile, allowing you to maximize fun while minimizing costs with the help of additive manufacturing.
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