26 Garden Ave. Stoney Creek, ON L8E 2Y9 Tel: (905) 664-9531 Fax: (905) 664-2955 Email: [email protected]

Run as part of the Endurance event, the car is assessed on the amount of fuel used, with compensations being made for lap times.

The aim is to assess the engineering expertise and effort that went into the design of the car. Judges from industry evaluate the team on their engineering practices and adherence to the full design cycle, from concept through testing and iteration.

The car completes two laps of a track consisting of straights, slaloms, and other track elements. Run solo, this allows the car to demonstrate acceleration, handling, and braking.

The materials that our tools are machining today are not the materials of yesterday, with the introduction ever more tough grades of Titanium and other space age alloys, this pushes us to design the most cost effective geometries in order to satisfy our customer demands.

The team must provide a manufacturing and cost report, showing they took budget into account as the car was developed. Realistically low-cost cars earn more points.

A true test of the team's ability to construct and present a comprehensive business plan. The team must understand their market, profitability, cost and business strategy.

Our manufacturing strengths are based in the sophisticated 5/6 axis CNC grinders that we use to produce standard to ultra complicated carbide tools, our other strengths are the dedicated people who strive to produce on time, on size, cutting tools for a multitude of applications.

Formula SAE is an international collegiate design competition sanctioned by the Society of Automotive Engineers where students develop and build an open-wheeled, open cockpit race car. In addition to being scored on the performance of their vehicle, teams compete on grounds of financial sustainability and engineering competency. After graduation, Formula SAE students are sought out for their passion and attention to detail in developing highly-engineered, high-performance products.

In order to produce the best quality tools we start with superior sub-micron carbide grades which are capable of maintaining the toughness and wear resistance necessary for today’s advanced machining techniques.

The ultimate test of the vehicle's reliability and design, this event features multiple laps, driven by two drivers as a single heat totaling 22km. Multiple cars run at the same time, staggered, with passing allowed. The catch? The car may not stop, refuel, or fail in any way.

A test of the car's cornering abilities and lateral grip, this event features two constant radius circles in a figure-8 shape.