| Make | Model | Year |
|---|---|---|
| BMW | HP2 Enduro | 2005-2008 |
| HP2 Megamoto | 2007-2009 | |
| HP2 Sport | 2008-2011 | |
| K1300GT | 2009-2011 | |
| R nine T | 2014-2016 | |
| R1100GS | 1994-1999 | |
| R1100R | 1995-2000 | |
| R1100RT | 1994-2001 | |
| R1100S | 1998-2005 | |
| R1100S ABS | 2001 | |
| R1150GS | 1999-2004 | |
| R1150R | 2001-2006 | |
| R1150R Rockster | 2003-2005 | |
| R1200C | 2000-2005 | |
| R1200GS | 2004-2013 | |
| R1200GS Adventure | 2005 | |
| R1200R | 2006-2015 | |
| R1200RS | 2015 | |
| R1200RT | 2005-2013 | |
| R1200S | 2006-2008 | |
| R1200ST | 2005-2008 | |
| R850R | 1995-1996, 2003-2006 | |
| R850RT | 1998-2001 |
Organic FA™ Rear Left Brake Pads by A-Bax®. UK made using high tech ECO friendly pad compound that delivers fingertip stopping power. Suitable for all road bikes and scooters, the E327 grade compound has been a best seller for many years with over 40 million sets sold worldwide. Fully TÜV tested and now ECE R 90 brake safety test appoved, these pads were rated by German Motorrad Magazine as a top quality organic pad and now proven suitable even as a sintered pad replacement. All A-Bax organic pads are built on backing plates made with the patented Nucap NRS hook retention system guaranteeing zero chance of pad debonding after extended use or corrosion.
| Quantity: 2 Pieces |
| Height Pad A (mm): 37.3 |
| Height Pad B (mm): 37.3 |
| Width Pad A (mm): 94 |
| Width Pad B (mm): 94 |
| Thickness Pad A (mm): 8.6 |
| Thickness Pad B (Mm): 10.1 |
A-Bax® Precision Engineering is a young, dynamic, forward-thinking company using multi-axis CNC machines with the latest software, machine tool and process technologies, formed after taking over an established engineering business. A-Bax manufacture repetitive turned components up to 25.4 mm diameter in ferrous, non-ferrous and exotic materials, ranging from complex geometrical shapes to simplistic parts of the highest quality, in batches of 50 to 250,000+. A-Bax have the technical ability to produce components to fine tolerances and surface finishes.