— PROJECT NAME —
F0 Racing Initiative
— ROLE —
Designer
Project Lead
Presenter
— APPLICATION —
F0 Racing Initiative
The F0 Initiative:
In my senior year of high school, I wanted to combine my passion for engineering, manufacturing, and cars into a project that I could present to show other high-school students the possibilities of engineering.
I spent the first semester and first half of the second semester iterating over different designs. My team and I built a total of 4 cars on 4 different chassis platforms. The 4th design was called “Arrow” as it incorporated aerodynamic elements to cool the motors. This was my most successful design, beating out all the previous models in reliability, performance, and aesthetic appeal.
With some help from a few ambitious programmers, we developed a traction control algorithm, torque vectoring, and a gyro-stabilized steer assist for automatic steering alignment, making it easier and more fun to drive. After fine tuning the controls algorithms and gearing down the powertrain, we achieved a maximum acceleration runtime of 0-60mph in a stunning 2.3 seconds.
We took Arrow to schools that didn’t have the resources to fund projects like this, and I presented the engineering design process that culminated in Arrow. I showed them that engineering can be a daunting process, but can result in some pretty cool end products, and Arrow was proof of that.
Tech specs:
Powertrain: 2x REV NEO Brushless @ 2:1 Planetary
Cooling Elements: 3D-Printed sidepods & hood scoop
Steering: Servo-actuated Ackermann with gyro-stabilization
Tires: 2in RC Panther Offroad Foam Core
Electronics: REV Control Hub with 2x SPARK MAX ESC
Battery: 7.4V 80C LiPo – 90min runtime
Chassis: 6061-T6 Baseplate, 1/4" MDF body panels
Performance:
Acceleration: 0-60 @ 2.3s
Cornering: <1.8G
Range: 200m