Standard Solid Mount Wave® Rotor - Rear - Honda Triumph

DF013WA

Fitments
  • Honda CB 600 Hornet 2000-2006
  • Honda CB 600 Hornet (599 Naked) 1998-1999
  • Honda CB 600 Hornet S 2000-2006
  • Honda CB ONE 400 1989-1990
  • Honda CBR 250 R ABS 2011-2013
  • Honda CBR 300 R ABS 2015-2017
  • Honda CBR 400 RR 1998
  • Honda CBR 600 F2 1991-1994
  • Honda CBR 600 F3 1995-1998
  • Honda CBR 600 F4 1999-2000
  • Honda CBR 600 F4i (Sport) 2001-2006
  • Honda CBR 600 RR 2003-2017
  • Honda CBR 600 RR ABS 2009-2017
  • Honda CBR 900 RR Fireblade 1992-1999
  • Honda CBR 929 RR 2000-2001
  • Honda CBR 954 RR 2002-2003
  • Honda CBR 1000 RR 2004-2022
  • Honda CBR 1000 RR C-ABS 2009-2017
  • Honda CBR 1000 RR SP (Brembo Calipers) 2014-2016
  • Honda CBR 1000 RR SP ABS (Brembo Calipers) 2017
  • Honda RVT 1000 R (RC 51) 2000-2006
  • Honda TRX 400 EX 1999-2004 2007-2008
  • Honda TRX 400 X 2009-2015
  • Honda VTR 1000 F Superhawk 1998-2005
  • Triumph Daytona 600 2003-2005
  • Triumph Daytona 650 2003-2005
  • Triumph Daytona 675 2006-2012
  • Triumph Daytona 675 R 2010-2012
  • Triumph Daytona 955i 1998-2006
  • Triumph Speed Four 2002-2005
  • Triumph Speed Triple 1050 2005-2011
  • Triumph Speed Triple 955i 1999-2004
  • Triumph Speed Triple T509 1997-2001
  • Triumph TT 600 2000-2003
$14400
 

Standard Solid Mount Wave® Rotor - Rear

DF013WA

Description

Every high-quality, Galfer-patented Wave® rotor is made from a proprietary mix of virgin high carbon 420 stainless steel, laser cut (never stamped), double disc-parallel ground to assure perfect parallel flatness and heat treated to each specific application. KBA and TUV approved. Seamlessly replaces stock rotor. Full instructions provided along with any technical help needed! Precision made in our Galfer factory in Spain.

Best Use

Depending on application, designed for street, track and off road, this rotor is for the rider that wants more than what the stock brake system can provide. Longer-lasting, extremely predictable and consistent with a drastic increase in lever feel, modulation and brake torque.