FHR 2011

FHR 2011, return to FSAE Michigan

In 2011, Formula Hardrocker Racing (FHR) decided to return to FSAE Michigan following a 5-year run of competing at FSAE West. Our latest challenger, FHR.11 “Lana”, features Formula SAE’s first cold spray aluminum brake rotors, a redesigned aero package and an engine sub-frame that allows for sub 4 minute engine swaps. From May 11th to 14th, FHR competed against an international field of 109 cars bringing home a 3rd Place Trophy and 4 tires courtesy of Hoosier from the Autocross event on its way to an Overall Placing of 28th. Other highlights include placing 15th and 25th in the Design and SkidPad Events respectively. Unfortunately, the team was unable to start the Endurance event due to engine problems.

Formula 2011 Results (FSAE Michigan - Brooklyn, MI)
Design Event Presentation Cost Event Acceleration Skid Pad Autocross Endurance Overall
15th 28th 81st 47th 25th 3rd DNF 28th

Team Listing
Adam Hemmingson
Alex Kotten
Andrew Pautsch
Brandon Weyer
Brian Ellefson
Brian Wiles
Chandler Monk
Daniel Hoff
Daniel Koch
Eric Lee
Evan Hoglund
Jake Seeger

Jesse Rydell
Jordan Krell
Matt Murphy
Marcie Hinker
Nick Proceive
Stephen Galik
Tim Krause

Aero Package

To capitalize on new aero regulations for the 2011 season, the 2011 car featured a completely redesigned aero system featuring a front and rear wing.  The wings featured new wing element designs and a foam core and unidirectional carbon fiber  manufacturing method   Extensive CFD was conducted to determine the ideal wing element geometries and number of elements.  The final design was a 3 element front and rear wing.

Another new development for 2011 was wind tunnel testing.  Through the generosity of Ford Motor Company and Jacobs Engineering, our team was able to conduct a test session in the Ford Wind Tunnel.  This was an eye-opening experience and allowed for CFD validation.  The test session has enabled our team to take our designs to the next level and the benefits will be reaped for years to come.

 

Brakes

In an effort to reduce unsprung and rotating mass, the 2011 car featured cold-sprayed Aluminum metal-matrix composite brake rotors.  The development of the rotors was conducted in conjuction with the SDSM&T AMP Center and allowed the rotors to weigh 50% less than their stainless steel predecessors.

 

Engine Cradle

A key design change for 2011 was the incorporation of an engine cradle for increased serviceability.  This change required significant redesigns of the frame, engine and electrical systems.  The cradle incorporates the cooling, oiling, fuel and electrical systems into a single unit and can be removed as a single unit, reducing engine removal and service time.  Additionally, the cradle allows for the engine to be running on the track during the day and on the dyno at night, with the transition only taking minutes. 

 

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