Motocross Rear Brake Pads
Fitment for:
KAWASAKI MODEL
KLX250 S H 2006-07
KLX250 S T 2009-10, 2012-14
KLX250 SF 2009-10
KLX300 A 2006-07
KLX300 R 1997-05
KLX400 R (KLX400B) 2003
KLX400 SR (KLX400A) 2003
KLX650 R D 1996, 1999
KX125 K 1996-98
KX125 L 1999-02
KX125 M 2003-08
KX250 K 1995-98
KX250 L 1999-02
KX250 M 2003-04
KX250 R 2005-08
KX500 E 1996-04
HONDA MODEL
CB50 Dream 1997-98
CR125 R 1987-01
CR250 R 1987-01
CR500 R 1987-01
CR80 R 1992-02
CR80 RB (Big Wheel) 1996-02
CR85 R 2003-07
CR85 RB (Big Wheel) 2003-07
CRF230 L 2008-10
CRM250 AR (MD32) 1997-98
CRM250 R 1991-96
XL250 R 1990
XLR250 R3 (MD22) 1991-93
XLR250 R5/R6 (MD22) 1994
XR250 R 1990-04
XR300 R10 2010
XR400 FE Supermotard 2008
XR400 FM Supermotard 2008
XR400 R 1996-04
XR400 R Supermotard 2006-08
XR600 R 1991-00
XR650 L 1993-12
XR650 R 2000-07
SUZUKI MODEL
DR-Z400 E 2000-07
DR-Z400 S 2000-12
DR-Z400 SM 2005-12
DR125 SM 2009-10
RM125 1996-09
RM250 1996-09
RMX250 1999-01
YAMAHA MODEL
WR250 F 1999-02
WR250 Z 1998
WR400 F 1999-02
WR426 F 2001-02
YZ125 1998-02
YZ250 (2T) 1998-02
YZ250 F (4T) 2001-02
YZ400 F (4T) 1999
YZ426 F (4T) 2000-02
GASGAS MODEL
EC125 2001-08
EC125 Racing 2009
EC200 2001-08
EC200 Hobby 2006-08
EC250 2001-08
EC250 Racing 2008
EC300 2001-08
EC300 Racing 2008
EC450 FSR (4T) 2009
EC515 FSR (4T) 2009
FSE450 2003-07
Halley 125 R (Trail) 2009
Halley 125 SM 2009
MC250 1998-99, 2002-09
Pampera 125 (2T) 2005-06
Pampera 125 (4T) 2007-09
Pampera 400 (4T) 2006
Pampera 450 (4T) 2007-08
SM125 (2T) Supermotard 2002-07
SM450 Supermotard (4T) 2009
SM515 Supermotard (4T) 2009
Goldfren AD HH sintered brake pads are optimal for all street bikes, dual sport, touring, cruisers, scooters and ATV. This HH sintered compound makes for a perfect OEM replacement due to its versatility. It is recommended for riders that do not ride too hard, but want the great stopping power of a sintered brake pad when required. The wearing rate of this sintered compound is 20% lower than other known sintered or semi-sintered brake pads in the same category. The AD series is designed for very low abrasive interaction with the brake disc rotor and offers quieter braking due to the ceramic composite material. Metal ceramic typical friction material designed for wet and dry conditions with finer additives added to the base of the iron compound to achieve optimal friction properties.
