Fcm miata suspension design spreadsheet v8.1.

Fat cat motorsports suspension calculator. There are some good videos to learn the basics. Web our first version of a suspension calculator is out, and can be downloaded from the fat cat motorsports' site (direct download link). Fat cat suggests that higher than 1.7 hz is not suitable for the street.

I like to use the stock suspension geometry as a starting point and then empirically assess how the vehicle is behaving. At this point i’m only autocrossing, and just trying to figure out what class i’ll be in, given the cars mods that it came with. 07980 174 747 (mike) email:

That’s about 360 lbs front and 275 rear. Web when it comes to parameters such as roll centers, center of gravity, instant centers, detailed calculations of weight transfer, pitch / heave / roll modes and much more, one can study these subjects forever. Web shaikh from fat cat motorsports uses visual examples and some basic math to illuminate the subject of how shock absorbers work and their impact on your drivi.

If you know the current suspension brand and general specifications, enter that information here. Na 1.6l miata suspension calculator and ride harmonizer tool. Daily driving, family car, dual purpose, transportation, rally racing, track, drag racing, etc.) * what is your main ride or handling complaint about your vehicle?

He does the miata world a great favor by creating these wonderful suspension calculators specific to each generation of miata. Web contact us fatcat suspension ltd. Web here's a walkthrough of a suspension ride frequency calculator fat cat motorsports and i made for the bmw f30, 31, 32, 34, and 36 chassis.

This v1 calculator allows users to see what frequencies bmw factory and bmw aftermarket suspension configurations produce across the f30, 31, 32, 34, and 36 chassis. Ahmad / fat cat motorsports send any comments or questions to: Web according to the fcm suspension calc, if i go with my stock springs, and fm front and rear bar, my front roll couple will be 60.8%, with a roll stiffness of 1531lbs per degree.