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SAE 2012 Team Progress Update: Building a Low-Cost Vehicle for Mass Production

The SAE 2012 Team is dedicated to constructing a low-cost vehicle designed for mass production and competitive racing. This update covers the team's progress in various areas: the design and build of the chassis and suspension, including the creation of a scale model for aerodynamic testing; the development of pedal and control components; and engine advancements, highlighting reliable engine operation and ECU modifications for performance enhancement. Key focus areas include static and dynamic event preparations, showcasing engineering excellence and innovative design.

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SAE 2012 Team Progress Update: Building a Low-Cost Vehicle for Mass Production

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  1. Formula SAE 2012 Featuring: Chester Acuna, Collin Krevonick, Zachary Webster, Josh Abels, Jordan Petty, James Beason, Gilbert Martinez Jr., Marcello Forehand, Chris Redding, Paula Colon, Alex Ferrer, Jeremiah Roche, William Banschenbach

  2. Background The main goal for each SAE team is to build a low cost vehicle that could be mass produced for the public that could be used on the track. • Static Events: • Presentation 75 • Engineering Design 150 • Cost Analysis 100 • Total: 325 • Dynamic Events: • Acceleration 75 • Skid-Pad 50 • Autocross 150 • Fuel Economy 100 • Endurance 300 • Total: 675

  3. Frame & Suspension • Chassis is completeand off the jig • Engine mounting in progress • A few parts for suspension need to be fabricated • Front impact attenuator in position • Waiting on anti-intrusion plate to be fabricated

  4. Frame & Suspension

  5. Body Team (Aero and Seat) • Created a 1:4 scale model of the frame. Plan to use 3-D printer to print aerodynamic components for wind tunnel testing in Kaufman Wind Tunnel • Carbon Fiber/Corecell Foam Seat Construction

  6. Pedals & Controls • Materials for pedal assembly ordered • In progress of fabrication now • Shifter will be handheld utilizing Bowden cables • This is in early stage of design • Radiator will come from the shop • Mounts are needed to be welded on the chassis

  7. Engine • Made major progress on both engines • First engine that didn’t run is now running reliably • They were able to get a flame last week • Second engine is being converted to be compatible with an ECU • This is a modification to meet the rules • This also gives the team more control of the engine

  8. Engine

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