Chassissim Set Up Service

Simulation without proper correlation is pure specualtion.

Need to step up your chassis development? Think you have an aero problem? And what the hell are your tyres doing anyway? Chassissim can help answer questions your race car raises in a simple to use spreadsheet and you own track data to verify where problems lie and areas that can be improved on.

With our set up service, the model building process is done for you and supplied as a compete pack including tyre model, aero model and circuit model (max 3 tracks), all correlated with real world data you supply.

The following is needed for a complete model

• Homologation document (if applicable)
• Set Up Service spreadsheet completed
• Data sets from up to three different tracks with a set up sheet relevant to each run
• Some additional measurement may need to by provided by you.

How do you make setup decisions?

Rule of thumb? Copying what others do? Hearsay from toolbox talk?

All of these methods lead to good followers, not winners. By bringing the power of transient lap simulation into your motorsport program, you can stay a step ahead of the others and let them follow for once.

This is what you should be basing your setups on, real numbers derived from simulation.

Accelerated work flows = Steeper learning curve

Lap simulation is not a magic bullet, it's an additional tool required for ultimate speed. Using laptime simulation gets you intimately acquainted with your car and what it needs for maximum performance.

All of the power of Chassissim in an easy to use pay as you go online system

Don't get hysterical, it's not the cloud. We run a version of Chassissim called the Online version. You can actually open and use Chassissim up until the point you need to run a simulation or Toolbox routine. At this point, Chassissim deducts a credit from you account. Your files stay securely on your laptop and no one has access to them.

Exports straight into your existing data logging package

All of the major data logging software packages are supported, making comparison with your real world testing simple.