Spent some time today working on the '64 Daytona hardtop I got in California. Got the parking brake cable installed and hooked up, but haven't yet been brave enough to try it.[:I]
I filled the master cylinder and burped a lot of air out of it, and I do have "driveway brakes" now.
I figured I'd move on to a major cleanup, and removed the seats, and the seat belts and sill plates. Doggone! Every single bolt and screw came out with no serious struggle. California cars, you gotta love 'em!
So anyway, I was looking closely at the big hole in the tranny tunnel, and the small hole hacked beside it to accomodate the Hurst shifter (on what appears to be a T85 OD tranny). The "factory" hole is about 6" wide by 9" long, and is almost centered on the tunnel, being offset only about 1" to the driver's side. That's a much bigger and more nearly centered hole than I remember there being on my original '64 4-speed Daytona, which, IIRC, had about a 5" square hole well off to the driver's side of the tunnel. In addition, there is a wire harness with 6 wires in it passing along the topside of the floor on the driver's side at the base of the tunnel. This harness has a grommet near the end, and there are two 2-pin female spade connectors, and a two-pin male-female bullet connector (the style used on the headlights). I'm thinking that the large hole and this harness add up to the car having been originally equipped with a Powershift tranny with floor shifter. Does that make sense? I see the three plugs serving three circuits: neutral safety, backup lamps, and console lamp. A four-speed car would have had only the one two-terminal plug for the backup lamp switch.
If the car was in fact equipped with Powershift, does that mean it was a "package car", or could Powershift be ordered as an option on a "normal" Daytona.
I'm going to have to order the build sheet from the museum, I guess.
BTW, I found another piece of evidence that supports the idea that this car was originally a disc brake car. When I pulled out the rear seat, I found an oblong piece of hard rubber, or so I thought. On closer examination, it proved to be the friction material from a Studebaker disc brake pad, minus the steel backing.
Gord Richmond, within Weasel range of the Alberta Badlands
I filled the master cylinder and burped a lot of air out of it, and I do have "driveway brakes" now.
I figured I'd move on to a major cleanup, and removed the seats, and the seat belts and sill plates. Doggone! Every single bolt and screw came out with no serious struggle. California cars, you gotta love 'em!
So anyway, I was looking closely at the big hole in the tranny tunnel, and the small hole hacked beside it to accomodate the Hurst shifter (on what appears to be a T85 OD tranny). The "factory" hole is about 6" wide by 9" long, and is almost centered on the tunnel, being offset only about 1" to the driver's side. That's a much bigger and more nearly centered hole than I remember there being on my original '64 4-speed Daytona, which, IIRC, had about a 5" square hole well off to the driver's side of the tunnel. In addition, there is a wire harness with 6 wires in it passing along the topside of the floor on the driver's side at the base of the tunnel. This harness has a grommet near the end, and there are two 2-pin female spade connectors, and a two-pin male-female bullet connector (the style used on the headlights). I'm thinking that the large hole and this harness add up to the car having been originally equipped with a Powershift tranny with floor shifter. Does that make sense? I see the three plugs serving three circuits: neutral safety, backup lamps, and console lamp. A four-speed car would have had only the one two-terminal plug for the backup lamp switch.
If the car was in fact equipped with Powershift, does that mean it was a "package car", or could Powershift be ordered as an option on a "normal" Daytona.
I'm going to have to order the build sheet from the museum, I guess.
BTW, I found another piece of evidence that supports the idea that this car was originally a disc brake car. When I pulled out the rear seat, I found an oblong piece of hard rubber, or so I thought. On closer examination, it proved to be the friction material from a Studebaker disc brake pad, minus the steel backing.
Gord Richmond, within Weasel range of the Alberta Badlands
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