FE-FC Holden Discussion Forum

Technical Board => Modification Help => Topic started by: ezzacoombs on April 13, 2009, 09:18:35 PM



Title: steering column/rack and pinion steering/chassis strengthinging kit
Post by: ezzacoombs on April 13, 2009, 09:18:35 PM
the rta website says that the motor  can be 0.24somthing times the weight of the car. and if it has chassis rails it have a larger v8. weight of car x 0.333 which says that it will allow me to have a 305chev without chassis rails and 350 with chassis rails..... is what im reading right?????

does anyone have any conection to where i can get a uc torana rack and pinion steering set up from??? or/and a steering column to suit to fit an fc??? or/and a chassis strengthening kit.

what else am i ment to do to put this v8 in?? and get it regoed in NSW


Title: Re: steering column/rack and pinion steering/chassis strengthinging kit
Post by: FC427 on April 13, 2009, 09:30:12 PM
What is meant by chassis rails if the car was originally a separate body and chassis FE FC were not ......So you can fit up to 312 Ci I think from memory just had a car passed last year that was 305Ci with 350 crank and a 40thou over bore. came out at 310Ci . the Engineer measured the bore stroke before heads went on ......FC427......


Title: Re: steering column/rack and pinion steering/chassis strengthinging kit
Post by: mcl1959 on April 13, 2009, 10:25:58 PM
So many questions :o

First contact an RTA engineer to get a comprehensive list of HIS requirements - they vary from engineer to engineer although they all use the same set of rules.

You will need a chassis strengthening kit (CRS in Vic can supply)
You will need dual circuit disc brakes capable of passing a brake test.
Other stuff like retractable seat belts, demister & brake fail light etc may or may not be required.

UC column and rack can be sourced from swap meets, ebay or from other forum members - you just need to start looking and putting "wanted" ads out there. Shortened Commo racks are also commonly used with HR front ends - either behind or infront of the crossmember.

Ken