Shimano Br-Rs785 Disc Brake Caliper Hydraulic w/Resin Pad Post Mount

DETAILS

  • Front or rear wheel use for International Standard or Post mount with adaptors, Which are available separately.
  • Oversized 22mm ceramic pistons optimised for heat insulation, lightweight and stiffness.
  • Opposed 2-piston design reduces leading effect and optimal pad wear increases braking control
  • Increased pad to rotor clearance reduces the chance of rotor drag
  • Forged caliper design is lightweight and rigid
  • One way internal fluid circuit makes bleeding easy
  • Mineral oil brake fluid is non-corrosive and less hazardous than conventional hydraulic brake fluid
  • Shim-less mounting bracket allows for quick installation and setting up
  • Recommended for use with Ice Tech FREEZA Centre-Lock SM-RT99 rotors for optimum braking performance
  • Comes complete with resin compound F01A aluminium radiation fin pad further improves heat dissipation reducing brake surface temperature by 50 deg C
  • Inline hose routing for low profile design

Shimano Br-Rs785 Disc Brake Caliper Hydraulic w/Resin Pad Post Mount

$61.00 Sale Save

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DETAILS

  • Front or rear wheel use for International Standard or Post mount with adaptors, Which are available separately.
  • Oversized 22mm ceramic pistons optimised for heat insulation, lightweight and stiffness.
  • Opposed 2-piston design reduces leading effect and optimal pad wear increases braking control
  • Increased pad to rotor clearance reduces the chance of rotor drag
  • Forged caliper design is lightweight and rigid
  • One way internal fluid circuit makes bleeding easy
  • Mineral oil brake fluid is non-corrosive and less hazardous than conventional hydraulic brake fluid
  • Shim-less mounting bracket allows for quick installation and setting up
  • Recommended for use with Ice Tech FREEZA Centre-Lock SM-RT99 rotors for optimum braking performance
  • Comes complete with resin compound F01A aluminium radiation fin pad further improves heat dissipation reducing brake surface temperature by 50 deg C
  • Inline hose routing for low profile design