| Make | Model | Year |
|---|---|---|
| ATK | 450 Motard | 2007 |
| 600 DT | 2003 | |
| Cagiva | Mito 125 | 1995-1997 |
| Ducati | 748 | 1997-1998 |
| 888 | 1993 | |
| 916 | 1997-1998 | |
| Monster | 1997-1999 | |
| Monster 400 | 1995-1996 | |
| Monster 600 | 1994-1996 | |
| Monster 750 | 1996 | |
| Gas Gas | SM FSE | 2002 |
| KTM | 125 Sting | 1997-1998 |
| 400 Duke | 1994-1995 | |
| 660 SMC | 2003-2004 | |
| Moto Guzzi | Daytona RS | 1997-1998 |
| TM | SMR125 | 2005-2008 |
| SMR450 | 2005-2008 | |
| SMR530 | 2005-2008 | |
| SMX660 | 2004 | |
| VOR | 450 SM | 2004 |
| 530 SM | 2004 |
EPFA Extreme Pro™ Front Left Brake Pads (EPFA95HH) by A-Bax®. The USA-made A-Bax EPFA Sintered Pads for Fast Street and Trackday is a premium long life street pad with improved fade resistance and heat cycling and improved noise characteristics. EPFA is a great pad for heavy streetbikes, cruisers and faster superbikes as well as intermittent track use. The compound is based on the A-Bax top selling Double-H™ sintered material with extra friction stabilising additives for improved brake effect and heat cycling. Many pads feature double segment pad technology which reduces flexing of the backplate and gives better venting to the pad. These pads are German TÜV tested and have ABE certification making them suitable for street use as well as being ideal for occasional Trackday riding. If you require a pad purely for track use A-Bax recommend the GPFAX range.
| Quantity: 2 Pieces |
| Height Pad A (mm): 51 |
| Width Pad A (mm): 69.2 |
| Thickness Pad A (mm): 8.2 |
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.