Total length 95mm, 55 / 75mm, 55mm mounting. Higher air flow rate, higher power
Total length 95mm, 55 / 75mm, 55mm mounting. Higher air flow rate, higher power
Total length 140mm, 55 / 78mm, mounting capacity 42mm. Higher air flow rate, higher power
Total length 140mm, 55 / 78mm, mounting capacity 42mm. Higher air flow rate, higher power
Total length 119mm, approx. 89mm, mounting capacity 55mm. Higher air flow rate, higher power
Total length 119mm, approx. 89mm, mounting capacity 55mm. Higher air flow rate, higher power
Total length 119mm, approx. 89mm, mounting diameter 49-50mm. Higher air flow rate, higher power
Total length 119mm, approx. 89mm, mounting diameter 49-50mm. Higher air flow rate, higher power
Brake disc diameter 150 mm, Thickness 3,5 mm, Centre hole 35 mm, Screw spacing (cross) 48 mm
Brake disc diameter 150 mm, Thickness 3,5 mm, Centre hole 35 mm, Screw spacing (cross) 48 mm
Brake disc diameter 150 mm, Thickness 3,5 mm, Centre hole 35 mm, Screw spacing (cross) 48 mm
Brake disc diameter 150 mm, Thickness 3,5 mm, Centre hole 35 mm, Screw spacing (cross) 48 mm
High-strength aluminium premium quality single-piston brake yoke
High-strength aluminium premium quality single-piston brake yoke
High-strength aluminium premium premium quality double-walled brake grip
High-strength aluminium premium premium quality double-walled brake grip
These brake pads provide 1,5 to 2 times the braking force compared to normal half-metal plates due to higher friction coefficient.
These brake pads provide 1,5 to 2 times the braking force compared to normal half-metal plates due to higher friction coefficient.
These brake pads provide 1,5 to 2 times the braking force compared to normal half-metal plates due to higher friction coefficient.
These brake pads provide 1,5 to 2 times the braking force compared to normal half-metal plates due to higher friction coefficient.
These brake pads provide 1,5 to 2 times the braking force compared to normal half-metal plates due to higher friction coefficient.
These brake pads provide 1,5 to 2 times the braking force compared to normal half-metal plates due to higher friction coefficient.
These brake pads provide 1,5 to 2 times the braking force compared to normal half-metal plates due to higher friction coefficient.
These brake pads provide 1,5 to 2 times the braking force compared to normal half-metal plates due to higher friction coefficient.