160 mm front disc brake adapter Magura QM-11

Magura QM-11 MTB disc brake adapter – 160 mm post mount to IS

Upgrade your MTB braking setup with this Magura QM-11 MTB disc brake adapter, designed to ensure perfect compatibility between different mounting standards. Ideal for mountain bike riders looking for reliability and precision, this adapter allows you to install a Post Mount caliper on an IS (International Standard) fork while using a 160 mm rotor.

A versatile Magura MTB disc brake adapter

The Magura QM-11 MTB disc brake adapter is an essential component for riders who want to adapt their braking system without compromising performance. Built with durability in mind and backed by the well-known quality of Magura, this adapter ensures precise caliper alignment for optimal braking efficiency.

Technical specifications :

• Rotor compatibility: 160 mm

• Mounting type: Post Mount to IS (International Standard)

• Fork compatibility: IS standard fork mounting

• Hardware included: 2 bolts provided

• Condition: new, mounted but never used (light cosmetic scratch present)

Why choose this Magura QM-11 MTB disc brake adapter ?

In mountain biking, every detail matters. Proper brake alignment is essential for power, modulation, and safety. The Magura QM-11 MTB disc brake adapter meets these requirements perfectly:

• Wide compatibility: adapts Post Mount calipers to IS forks

• Easy installation: includes mounting bolts, ready to fit

• Optimized braking performance: precise caliper positioning

• Cost-effective solution: avoid changing fork or brake caliper

A key component for your MTB setup

Whether you're building, repairing, or upgrading your bike, this Magura QM-11 MTB disc brake adapter integrates seamlessly into your mountain bike configuration. It is especially suitable for cross-country, enduro, or all-mountain riders using a 160 mm rotor setup.

Product condition

This adapter is brand new, only previously mounted for fitting purposes and never used on the trail. A minor cosmetic scratch is present but does not affect performance or structural integrity.