I have them already made up, welds to the frame underneath the floor, comes with a new master cylinder.Is there any pedal box and brake pedal plans out there? I aint found any. Or just buy one already made.
I have them already made up, welds to the frame underneath the floor, comes with a new master cylinder.Is there any pedal box and brake pedal plans out there? I aint found any. Or just buy one already made.
I think Guild was talking about having not needing two separate master cylinders (like the tilton or wilwood units)... and using a single MC unit with dual reservoirs that has been around for 40+ years. These cars don't require rocket science to build (although a few of you are apparently looking to go that route), stick with something simple, reliable and available. We used an early 70's Mustang MC that was made for non-power disc/drum setup with a 1" bore. With the single piston GM calipers and the 10" S10 rear drums, and a 6:1 pedal ratio, the setup is working great with almost perfect pedal pressure and action. The MC is mounted under the floor with bracketry we fabbed up. We also made the pedal and the adjustable pushrod. All this was about done for the cost of some steel and the MC which was about $50 without the core.
Yall got pics. I have seen the brakes with a cyl mounted at a 90° angle to pedal behind dash.
It'll be interesting to see how you fit that unit given the limited space in the footwell & having to compete w/the steering column , bellhousing , headers while maintaining sufficent pedal travel...
dave
Steel tubeing hoop?I wouldnot want a "live" open shaft inside the car , just something else for clothing to get tangled with. Having a steel tubing hoop at the firewall & the dash is handy for attaching the column base & column drop. I ran the columnJUST through the firewall , seemed a cleaner assy.
dave
Still gotta cut hole for brakes, body mounts and possibly battery box.You could put a coat of resin or some good poly enamel on the bottom of the floor while you're waiting...
dave