Sissy Bar For Harley Davidson Touring 28″ Detachable Rear Passenger Backrest
$139.99
Eumti Sissy Bar For Harley Davidson Touring 28″ Detachable Rear Passenger Backrest Quick Release Compatible With Road King Road Glide Street Glide Electra Glide Road King 2009-2024
FREE SHIPPING!
Only 1 left in stock
Description
Product Details:
- FITMENT – The tall sissy bar for Harley Davidson touring for Harley 2009-later Touring models equipped with required Docking Hardware Kits. 2009-later Touring models equipped with rigid-mount Tour Pack Pak luggage require purchase of appropriate detachables Tour Pack Pak Conversion Kit.
- HIGHEST STANDARDS – The motorcycle sissy bar for street glide with mount kit are constructed from heavy metal ensure bracket will not rust and long service life, provide utmost full low back support for passenger safety. Polished from 3 to 5 times higher strength and smooth surface provide perfect appearance, not easy to peel paint
- MAXIMUM COMFORT – The back cushion of back rest sissy bar for Harley road glide is constructed from PU leather with good water resistance, the built-in memory foam has a high density ensuring soft for passenger maximum comfort. The hook and loop straps self-adhesive cinch straps has strong adhesion, not easy to fall off, easy for disassembly or cleaning.
- SECURE YOUR VALUABLES – The rotary docking latches give your passenger peace-of-mind while adding form and function to your bike with a motorcycle rear seat backrest. Once bolted on and locked using provided locks, it holds firm and does not rattle. The rear passenger sissy bar offers a clean customized aesthetic and an excellent base for further enhancing the appearance and comfort of your ride.
- EASY TO INSTALL – One-piece uprights feature of quick release sissy bar Harley Davidson an exclusive rotary docking latch system that permits the backrest to be installed or removed easily to add versatility to your ride. The front of it slides into the shock attachments and the rear locking part into the front of the 2 sets of docking points.
0