TARR Aero produces CFRP (Carbon Fiber Reinforced Polymer) aerodynamic racecar parts utilizing additive manufacturing and CFD testing to maintain the performance and resilience you need while racing at high speeds, all while reducing the cost of aero components. With CFRP, we ensure that the components are lightweight and robust, highly accurate, yet easily replaceable so that you can achieve quick maintenance and minimal downtime.
At TARR Aero, racing is a passion and building highly effective parts helps us achieve our racing goals. Each part we create is meticulously scrutinized using CFD software, ensuring superior aerodynamics and reducing drag.
utilizing additive manufacturing techniques, we ensure each part is made with precision, ensuring optimal fit and function – taking some guesswork out of your build. Designed for easy installation, our parts are easily replaceable and less costly than traditional, handmade options.
By working with a small team and leveraging new engineering-grade materials with additive manufacturing, we’re able to keep costs down, making our aerodynamic parts affordable – so you can achieve the build quality and budget you need.
Featuring a unique flange design that allows it to be glued on top of any splitter material, the Tarr Aero splitter ramp’s innovative design ensures optimal aerodynamic performance without disrupting flow dynamics.
Designed to significantly improve downforce while minimizing drag, the TARR Aero splitter end fence is crafted from high-performance carbon fiber reinforced plastic, enhancing aerodynamic efficiency, ensuring greater stability, all while handling high speeds.
We are a collection of dads that are passionate about racing and keeping our passion affordable. Like you, we want the most out of our machines and one way to achieve better lap times is to add effective aerodynamic parts. In an effort to combat the often exorbitant price that many aerodynamic consumable parts demand, we have designed and tested aerodynamic parts both in CFD and in the real world that are robust, effective, and easy to add to your existing aerodynamic profile, allowing you to maximize fun while minimizing costs.
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