Mirror arm extension black CNC aluminum M10 x 1.25 mm right-hand thread 1 piece

viprhSKU: M529-A112-Black

Price:
Special price€16,77 EUR

Description

CHARACTERISTICS:
CNC machined from billet aluminum alloy.
Anodized surface.
Ideal for raising and extending mirrors - you no longer have to look over your own shoulder.
These are for handlebar-mounted mirrors with a 10 mm and 1.25 mm thread.
The riser with a 10 mm threaded side is connected to your motorcycle mirror.
The direction of the thread is clockwise.
Perfect fit, no modification required, no installation instructions included.

INSTALL INSTRUCTIONS:
The mirror risers have right-hand threads (clockwise, standard).
Simply unscrew your current 10mm mirrors and mount the mirrors to the threaded hole of the riser.
Then attach the mirrors and risers to the bicycle with a bolt.
Make your final adjustments. Tighten the risers and the mirror, but don't overtighten them.
Now you are ready to ride and experience the ability to see behind you.

SPECIFICATIONS:
Condition: 100% brand new
Color: See picture
Material: Billet Aluminum Alloy
Surface: Anodized
Quantity: 1 pair (2 pieces)
Thread diameter: M10/10 mm (1.25 mm spacing)
Screw thread length: 15 mm (2x)
40mm horizontal extension
21 mm vertical lift

FITMENT:
Only suitable for mirror hole diameter M10 and thread pitch 1.25 mm and both thread directions are normal/normal/right/clockwise/male.

Universal - Fits most motorcycles/motorbikes/sport bikes/cruisers/dual sport/scooters ... with M10/right-hand rotating mirrors.

(Only suitable for right-hand Yamaha mirrors, as they have a left-hand thread)

A NOTICE:
Please check the size and product to ensure it fits your bicycle before purchasing.
Please allow a difference of 0.5 to 1 inch due to manual measurement (1 inch = 2.54 cm).

PACKAGE INCLUDES:
2x M10 motorcycle mirror extender adapter
2x 10mm mounting screws


Guarantee:

Returns: Customers have the right to request a return within 60 days of receiving the product.

24-hour online expert support: Solve your installation and product problems



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