R&G Fork Protectors KTM EXC and SMR models (2006)
R&G Fork Protectors KTM EXC and SMR models (2006)
BRAKING W-FIX Brake Disc (Rear) for KTM / HUSQVARNA / GASGAS
Stainless steel Disc
Wave Profile
BREMBO Serie ORO Disc Kit (Front)
TERMIGNONI Header for EXC-F / SX-F 350 18-
Header in Stainless Steel
TERMIGNONI Silencer for EXC-F / SX-F 250/350/450 18-
Silencer in Titanium with Carbon Cap
W-FLO discs are built with 6 floating points, the outer part is wavy for better heat dissipation, weight reduction and more braking power
Available in Ø270mm
Kit with:
The grooves on S3 BATFLY disk’s surfaces create a self ventilating mechanism allowing the rotor to cool down and self clean
The outer braking track is separated in 3 areas from the carrier to give it a semi floating design
Available in Ø270mm
Kit with:
TERMIGNONI Silencer for EXC-F / FE 250/450 20-
Silencer:
Weight: 2220g
BRAKING Off Road Sintered Pad for KTM / HUSQVARNA / GASGAS
Sintered metal brake pad for large range of conditions (mud or sand, sun or rain). It provides a stable brake performance and low wear rate on the race track as well as off-road
Good performance in multiple conditions
High durability
YOSHIMURA RS-4 Silencer for KTM/HUSQVARNA 250/350 (4-strokes) 2015-18
Silencer in Aluminium with Carbon Cap
TERMIGNONI Header for EXC-F / SX-F 250 18-
Header in Stainless Steel
BRAKING Off Road Sintered Pad for KTM / HUSQVARNA / GASGAS
This compound provides a powerful, consistent and fade-free brake performance under extreme racing conditions
Constant performance at low and high temperatures
High fading resistance
The grooves on EPTA BATFLY disk’s surfaces create a self ventilating mechanism allowing the rotor to cool down and self clean
The inner and outer part of this disc are connected with new EPTA technology
Available in:
Ø270mm
Kit with:
BRAKING Off Road Sintered Pad for KTM / HUSQVARNA / GASGAS
This compound provides a powerful, consistent and fade-free brake performance under extreme racing conditions
Constant performance at low and high temperatures
High fading resistance
