The BSA A7-A10 Forum

Technical (Descriptive Topic Titles - Stay on Topic) => Frame => Topic started by: pato08 on 01.03. 2014 00:02

Title: Brake peddal, and rod
Post by: pato08 on 01.03. 2014 00:02

Hi All, a couple of quick questions.
1/ Below is a picture of two brake peddles I have, which would be more accurate for a 1957 Plunger ?, and why does one have a lug on the side.
2/ Of the peddle, brake rod spacer and adjuster nut, what is painted, chromed, polished ?

Thanks in advance
Pato
Title: Re: Brake peddal, and rod
Post by: duTch on 01.03. 2014 01:23

 Hiya Pato,
             One with lug for adjuster would most likely be the one.
 Books I have for each has same P# for both. Do either have numbers on them...??

 I had trouble making mine clear the (not very well made) engine pipe- had to add a chicane.. *conf*- problem was I think incorrect top radius on the pipe, but that's a story for elsewhere...

 Can't help with paint/chrome, could be down to personal choice.

 cheers
Title: Re: Brake peddal, and rod
Post by: muskrat on 01.03. 2014 10:33
G'day Pato.
duTch is on the money. The lug is for an adjuster bolt that works on the bottom of the footpeg to vary the height of the pedal. A friend has a "53 plunger with that one, my "51 has the other. Painted. Rod, spacer & nut chromed.
Cheers
Don't worry duTch, my pedal rubs the pipe too.
Title: Re: Brake peddal, and rod
Post by: pato08 on 01.03. 2014 22:42
Hey Dutch, both have 67-7026 cast on them. I first thought the lug was for return spring. but adjuster makes more sense  *beer*.

Thanks Musky, parts added to paint shelf, I'll let you know when engine is getting closer to assembly point, if you are available  *respect* .

Pato
Title: Re: Brake peddal, and rod
Post by: duTch on 02.03. 2014 02:36


.... and when it comes to the spring..........hoo boy...no way can I get it on, it may be for a single. The new one I bought has reasonable diameter/clearance on the lug, 3,1/4 full turns, but the ones in the books appear to have 3 only, but I think it should have maybe 2,1/2 or 3,1/2 turns