We Go To Pikes Peak 2019! Part One

The Custom Stoptech brake system was engineered especially for the car.  It has wide annulus rotors and endurance spec calipers and pads with super thick brake pads.  This was chosen to keep the heat out of the fluid so we could do away with the brake ducting and get the most out of the cars rule limited aero.

I had to figure out what tools to take.  The car was pretty dialed but I decided to take just measuring stuff so I could help determine how well the car’s setup was working.

Somehow I got to be the team cook.  I am not cooking a gourmet level but am decent.  It was a challenge to quickly feed a bunch of hungry guys every day and to come up with a good menu and make good use of leftovers but everyone seemed pretty happy and we saved thousands of dollars!

My stuff is not bad if I don’t say so myself!

The driver Dai Yoshihara arrived late, flying in straight from a Super Trofeo race in Suzuka Japan.  He was pretty exhausted and jet-lagged. He flew from FD Road Atlanta to Suzuka to Pikes Peak, with no breaks.  Famous guys have a hard life!


  1. Really cool article Mike, it made me think of a few questions though.
    Does the aero noticeably get weaker as the car climbs? if so, would having driver/automatic tuneable suspension make a difference?
    The car seem to have small endplates, are those rules limited as well? I would think gigantic endplates would be the default for a course like Pikes Peak.
    About the turbo, does it spool up quicker and reach higher RPM in thinner air? So you would get better response but less overall power the higher you go? Unless it’s not limited by the friction on the compressor wheel…

    Anyways TIL about racing with oxygen bottles on Pikes Peak.

    1. The aero gets weaker as the car climbs higher, also the turns get tighter and for the most part lower speed. Having driver-adjustable suspension is not that useful because the driver is pretty busy on this course because very little of it is straight and if your chassis guy knows what he is doing the car is balanced high and low-speed aero load or not. A big endplate doesn’t mean much. It gives more room for sponsor logos. The end plates main job is to prevent spillover on the ends of the wing elements or front diffuser for that matter. The ones on our front diffuser also serve as vortex generators so they can only be around a certain size. That is what the weird looking shape is for. At high altitudes, compressor Overspeed and surge are for sure a thing and sometimes you have to reduce boost as the car climbs. Watching that situation is something that is a headache that kicks a lot of people’s ass.

      1. Oh, I thought endplates had a big effect on yaw control, like the shark fins on WEC cars, but if they have a big effect on the budget aren’t they even more useful!? hahaha.

        Good to know about boost control at altitude, I just realized that pikes peak is even higher than the Andros Trophy in the french alps. The mexico GP is only half that and they have trouble.

        1. The shark fins don’t do anything in CFD and wind tunnel, at least when they were first tested. They did give more advertising space.

  2. Mike! Do you have any kind of fan setup behind the radiator? Or do you get enough air flow from how fast the car is going up the track?

  3. Great article, I love the prep perspective to go with the technical articles.

    It seems like you were prepping at Pikes Peak for about a week?

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