R1250GS what engine bars to buy ?

I have a used set of SW Motch bars which have done a few thou on the bike and survived one drop to the right at a standstill.
Infilled in the minor marks and resprayed them grey.

You can have em for £80 + delivery if you want to try them.

Is this for the 1250? If so I will take them
 
Sadly that's what my Wunderlich bars did. Very low speed tumble on an icy T-junction, not a mark elsewhere on the bike (LeverGuard partially to thank) but enough to make the left crash bar deflect in and chip the cylinder head.

That was what I was trying to convey. If you want ultimate strength it Altrider all the way, if you want looks with a bit of protection it’s BMW or wunderlich, do touratech do one for the 1250 yet, they were a good compromise on the 1200 with extra rear bracing, don’t forget machineart x-heads, they work well, I have used them and tested them in a bad crash and they stood up well, but I do worry about how much stress the engine itself takes with them.
 
That was what I was trying to convey. If you want ultimate strength it Altrider all the way, if you want looks with a bit of protection it’s BMW or wunderlich, do touratech do one for the 1250 yet, they were a good compromise on the 1200 with extra rear bracing, don’t forget machineart x-heads, they work well, I have used them and tested them in a bad crash and they stood up well, but I do worry about how much stress the engine itself takes with them.

+1 on that, I do not do offroad, and try to ride to stay alive, however, if I was a bit mad Altrider would be the one,s however, I went with Wunderlich due to my conservative riding ways, and after a slight drop on gravel, they done the job, at speed I really do not know.
 
for low speed/stationary drops on tarmac I found the SW motech ones worked fine :blast If you have the black ones they are quite easy to touch up with a bit of filler and some satin black paint too if that matters to you. If you're riding off road then cylinder head covers help stop large rocks etc getting between the bars and holing your covers on uneven ground, not that mine will ever be in danger of that......
 
What bars did you have fitted ?

Sorry I've just clicked this thread is for the 1250 - d'oh!

I have the blue Wunderlich bars to match the Rallye frame on my 1200. IMHO the Wunderlich design doesn't look drastically different on the new model, it still has hardly any support at the rear of the bar which is where mine have deflected in and impacted the head cover.

I had the SW-Motech bars on my last 1200 and they survived all manner of tumbles off road. They have additional bracing against the frame at the upper rear though. In hindsight I wish I'd bought them again and sent them to a paint shop instead of taking the easy option.
 
Sorry I've just clicked this thread is for the 1250 - d'oh!

I have the blue Wunderlich bars to match the Rallye frame on my 1200. IMHO the Wunderlich design doesn't look drastically different on the new model, it still has hardly any support at the rear of the bar which is where mine have deflected in and impacted the head cover.

I had the SW-Motech bars on my last 1200 and they survived all manner of tumbles off road. They have additional bracing against the frame at the upper rear though. In hindsight I wish I'd bought them again and sent them to a paint shop instead of taking the easy option.

So the Wunderlichs Arena very good then !. Need to have a rethink.
 
Ok then, after much deliberation I've decided on the Wunderlich with the support bar. I accept they may not be as good as a full set of Altrider but I do like the look of them.
 
I haven't put the support bar on mine, and remain unconvinced about whether it is actually going to do anything in an engineering sense. I would also resent paying £39 for a piece of stainless bar and a couple of bolts, especially having costed up some parts on eBay costing about £10, which I think would do the same job.
 
I haven't put the support bar on mine, and remain unconvinced about whether it is actually going to do anything in an engineering sense. I would also resent paying £39 for a piece of stainless bar and a couple of bolts, especially having costed up some parts on eBay costing about £10, which I think would do the same job.

Links on the 10 quid parts please, might help some.
 
Links on the 10 quid parts please, might help some.

The OEM product is a 250 mm long x 15mm wide piece of stainless steel tubing with a threaded insert pressed into each end to accept the two 8 mm bolts which secure it to the two crash bar brackets.

There are two ways to DIY this, but note that you do this entirely at your own risk!

If you have a couple of 8mm stainless bolts, and are able to drill and tap an 8 mm thread into each end of a piece of stainless bar, then I would suggest this 12mm wide x 250 mm long type:

https://www.ebay.co.uk/itm/Stainles...ALL-SIZE-METALS/282567223835?var=581733076353

Cost of bar £10.56


If you are not able to do this then the alternative would be to use a suitably sized piece of stainless steel tube. To secure this you could run a piece of M8 threaded stainless steel rod through the tube and cut to length such that it projects far enough out of each crash bar bracket to accept a stainless steel locking nut. To tidy it up a black plastic nut cover could be put over the nut on each side. It might be necessary to cut a slot in one end of the threaded rod to allow the use of a flat bladed screwdriver to stop the rod from rotating while doing up the nuts. If the tube is a little loose even after tightening the nuts, then a stainless washer could be added at each end between tube and bracket as a spacer.

(Tip: put an M8 nut on the section of rod you are keeping, before cutting off the excess. Removing this nut will then clean up the threads damaged by the cutting, making it easier to put the locking nut on.)


I already have the nuts, plastic nut covers and washers, but have added those to the following list of bits in case you don't:

250 mm tube: https://www.ebay.co.uk/itm/1pc-Silv...ube-12mm-OD-10mm-ID-250mm-Length/392266172886

300 mm x M8 threaded rod: https://www.ebay.co.uk/itm/M8-A2-St...-Allthread-Stud/272080459684?var=570890403786

Stainless M8 nuts: https://www.ebay.co.uk/itm/M2-M2-5-...YLOCK-LOCK-NUTS/320901621860?var=510063390508

Nut covers: https://www.ebay.co.uk/itm/M5-M6-M8...-Caps-Cover-Hex/161319324291?var=460349179708

Stainless M8 washers: https://www.ebay.co.uk/itm/M4-M5-M6...-FORM-C-WASHERS/221017647548?var=520086449280

Total cost of all bits: £12.51


Users of this forum don't seem that keen on DIY generally, but I hope that is useful to someone!
 
The OEM product is a 250 mm long x 15mm wide piece of stainless steel tubing with a threaded insert pressed into each end to accept the two 8 mm bolts which secure it to the two crash bar brackets.

There are two ways to DIY this, but note that you do this entirely at your own risk!

If you have a couple of 8mm stainless bolts, and are able to drill and tap an 8 mm thread into each end of a piece of stainless bar, then I would suggest this 12mm wide x 250 mm long type:

https://www.ebay.co.uk/itm/Stainles...ALL-SIZE-METALS/282567223835?var=581733076353

Cost of bar £10.56


If you are not able to do this then the alternative would be to use a suitably sized piece of stainless steel tube. To secure this you could run a piece of M8 threaded stainless steel rod through the tube and cut to length such that it projects far enough out of each crash bar bracket to accept a stainless steel locking nut. To tidy it up a black plastic nut cover could be put over the nut on each side. It might be necessary to cut a slot in one end of the threaded rod to allow the use of a flat bladed screwdriver to stop the rod from rotating while doing up the nuts. If the tube is a little loose even after tightening the nuts, then a stainless washer could be added at each end between tube and bracket as a spacer.

(Tip: put an M8 nut on the section of rod you are keeping, before cutting off the excess. Removing this nut will then clean up the threads damaged by the cutting, making it easier to put the locking nut on.)


I already have the nuts, plastic nut covers and washers, but have added those to the following list of bits in case you don't:

250 mm tube: https://www.ebay.co.uk/itm/1pc-Silv...ube-12mm-OD-10mm-ID-250mm-Length/392266172886

300 mm x M8 threaded rod: https://www.ebay.co.uk/itm/M8-A2-St...-Allthread-Stud/272080459684?var=570890403786

Stainless M8 nuts: https://www.ebay.co.uk/itm/M2-M2-5-...YLOCK-LOCK-NUTS/320901621860?var=510063390508

Nut covers: https://www.ebay.co.uk/itm/M5-M6-M8...-Caps-Cover-Hex/161319324291?var=460349179708

Stainless M8 washers: https://www.ebay.co.uk/itm/M4-M5-M6...-FORM-C-WASHERS/221017647548?var=520086449280

Total cost of all bits: £12.51


Users of this forum don't seem that keen on DIY generally, but I hope that is useful to someone!

Certainly useful............thx.....:thumb:thumb
 
Certainly useful............thx.....:thumb:thumb

Actually think I've found a simpler way to do this by hammering some threaded stainless steel rivnuts into the ends of the piece of stainless tube so that it can take a couple of bolts in the same way as the original. These need to to be a tight fit into the tube, but not so tight that I can't get them to go in, so it all depends on the dimensions being just right.

Might give it a try and report back.
 
Why bother with this faffing about, just buy the Touratech ones, they have all the bracing designed into it in the first place.
 
I've got the Hepco and Becker engine bars on my 1200. Had a standing still drop, scratches on the bar, but they didn't move or deform.
 
The OEM product is a 250 mm long x 15mm wide piece of stainless steel tubing with a threaded insert pressed into each end to accept the two 8 mm bolts which secure it to the two crash bar brackets.

There are two ways to DIY this, but note that you do this entirely at your own risk!

If you have a couple of 8mm stainless bolts, and are able to drill and tap an 8 mm thread into each end of a piece of stainless bar, then I would suggest this 12mm wide x 250 mm long type:

https://www.ebay.co.uk/itm/Stainles...ALL-SIZE-METALS/282567223835?var=581733076353

Cost of bar £10.56


If you are not able to do this then the alternative would be to use a suitably sized piece of stainless steel tube. To secure this you could run a piece of M8 threaded stainless steel rod through the tube and cut to length such that it projects far enough out of each crash bar bracket to accept a stainless steel locking nut. To tidy it up a black plastic nut cover could be put over the nut on each side. It might be necessary to cut a slot in one end of the threaded rod to allow the use of a flat bladed screwdriver to stop the rod from rotating while doing up the nuts. If the tube is a little loose even after tightening the nuts, then a stainless washer could be added at each end between tube and bracket as a spacer.

(Tip: put an M8 nut on the section of rod you are keeping, before cutting off the excess. Removing this nut will then clean up the threads damaged by the cutting, making it easier to put the locking nut on.)


I already have the nuts, plastic nut covers and washers, but have added those to the following list of bits in case you don't:

250 mm tube: https://www.ebay.co.uk/itm/1pc-Silv...ube-12mm-OD-10mm-ID-250mm-Length/392266172886

300 mm x M8 threaded rod: https://www.ebay.co.uk/itm/M8-A2-St...-Allthread-Stud/272080459684?var=570890403786

Stainless M8 nuts: https://www.ebay.co.uk/itm/M2-M2-5-...YLOCK-LOCK-NUTS/320901621860?var=510063390508

Nut covers: https://www.ebay.co.uk/itm/M5-M6-M8...-Caps-Cover-Hex/161319324291?var=460349179708

Stainless M8 washers: https://www.ebay.co.uk/itm/M4-M5-M6...-FORM-C-WASHERS/221017647548?var=520086449280

Total cost of all bits: £12.51


Users of this forum don't seem that keen on DIY generally, but I hope that is useful to someone!


For anyone intending to do this then please note that the tube needs to be longer than 250 mm, even though that is the stated size of the OEM product. The gap between the brackets on my bars is about 268 mm.
 
Finally got the right bits to complete the alternative low cost reinforcing bar. I bought a 300mm piece of stainless tube and used a couple of M6 rivnuts to create threaded inserts in each end. I found the best method was to compress the rivnut to get the collapsible section to start bulging out just enough that it no longer slid into the end of the tube, and then hammer it into the tube end. I ended up buying a kit with a selection of different sized rivnuts and the proper tool for fitting them as I had other uses for this. Normally they go into sheet material and you use the tool to fully bulge out the collapsible section on the reverse side of the sheet to lock the rivnut in place.

For this application I think it would be possible to not use the tool by just fitting a bolt into the threaded section from the non-flange side, then placing the flange side onto a hard surface and tapping the bolt head until the rivnut starts to bulge out, after which the bolt can be taken out and the rivnut hammered into the end of the tube. The parts required are as follows and cost about £10 if you don't buy the tool as well.

300mm stainless tube:
https://www.ebay.co.uk/itm/Stainles...var=660899904748&_trksid=p2057872.m2749.l2649

M6 rivnuts only:
https://www.ebay.co.uk/itm/Rivnuts-...hash=item3b02984d5c:m:mTrIaSqBoM7dLwZldLGkmzg
(Note - these are not the ones I used, but should be better as they are stainless steel not zinc plated.)

Rivnut plus tool kit:
https://www.ebay.co.uk/itm/Hand-Nut...e=STRK:MEBIDX:IT&_trksid=p2057872.m2749.l2649


You will also need a couple of M6 bolts and washers. I used a washer on one end of the tube as well as under each bolt head because it ended up being a slightly loose fit.


Fitting instructions here: https://www.wunderlich.de/shop/data/23090/dateien/23090-15937.pdf


Some pics below:

Rivnut ready to go into end of tube

A6K5-50803-XL.jpg




Rivnut in place

A6K5-50800-XL.jpg



Completed and fitted

A6K5-50805-XL.jpg
 


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