You want to go fast? We can help you do that. Unlike other race engineering groups, we make cars go fast using technology, both on and off the race track. This approach has won us races (most recently, Daytona Prototype in 2007 & 8) and championships (4 Pro FWD Drag championships in 2003 &4) as race engineers. And many race teams in NASCAR, Indy car, Grand-Am, ALMS, NHRA, AMA Superbike and Pro FWD have used our technology to win both races and championships. Take a look below at our approach to engineering race cars on and off the race track.
Making race cars go fast is like solving a Rubic’s Cube. It’s not easy, it’s not straightforward. So we use technology and years of experience to simplify the task and make your car go fast.
Of course we use all the standard race engineering tools.
But we supplement those with our technology to give you the competitive edge. We use on-track telemetry data to calculate performance metrics while the car is on the track. Our program calculates such things as mechanical grip, aero downforce, braking distance and many other factors. Once the session is over we use in-depth data analysis, coupled with driver comments, to develop winning race cars.
In today’s racing world, it is not enough to develop cars on the race track. With all the testing restrictions, you need to develop the car off the track as well. We are experts in developing cars using 7-post testing. In fact, we developed 7-post testing for GM Racing. We have been 7-post testing since 1997, and spend over 75 days per year 7-post testing with teams
But we go further than just being 7-post test engineers. We have developed our own unique analysis routines and suite of 7-post tools for everything from drive file development to results reporting.

Our experience and tools enables you to get the most out of your 7-post tests. 7-post testing doesn't begin when you arrive at the rig. We will develop a complete 7-post testing program for your team. This includes acquiring the proper data from the racetrack to create a drive file, test planning including Design of Experiments, proper execution of the test, data analysis, and finally a report that can be used at the racetrack to make the race car go FAST!
Making race cars go fast doesn't start at the racetrack. You have to have a solid foundation to work with. That's why we start with structural analysis. From the chassis to components, we use ANSYS Finite Element Analysis to give you strong but lightweight and durable parts.
Below is an example of one of our FEA models of a NASCAR chassis. 
One of the least appreciated components on a race car is the shock. NOT IN OUR HOUSE! Our engineers have worked with every major brand of racing shocks in the world. We have designed and developed shocks for almost every type of race car; NASCAR, Indy car ALMS, Daytona Prototype, Pro Stock, World of Outlaw. You name it, we've worked on it.
This means we bring a wealth of experience to your team. We will provide your team THE BEST shock services ever! These include:
But we take our shock services one step further. Like 7-post testing, we have developed our own suite of shock testing and data analysis tools. We don't just dyno test your shocks, we test them with track inputs and other complex wave forms to analyze and understand how they REALLY perform.
