Brake discs rotors Honda CB1300 Super Four Final Ed / SP 2025 - 2026 | made by Galfer Spain

#DF070FLQ

Rotor made of stainless steel with high carbon content.

General features:
- Lower weight of unsprung masses.
- High braking power.
- Better heat dissipation.
- Low tendency to warp.
- Excellent corrosion resistance.
- Carrier made of stainless steel.

#DF070JCW

Rotor made of stainless steel with high carbon content.

General features:
- Lower weight of unsprung masses.
- High braking power.
- Better heat dissipation.
- Low tendency to warp.
- Excellent corrosion resistance.
- Carrier made of anodized aluminum.

TUV approved.

Diameter 12.20 in | 310 mm
Thickness 0.20 in | 5 mm

#DF070JCW1G03

Rotor made of stainless steel with high carbon content.

General features:
- Lower weight of unsprung masses.
- High braking power.
- Better heat dissipation.
- Low tendency to warp.
- Excellent corrosion resistance.
- Carrier made of anodized aluminum.

For racing use only.
Road not approved.

Diameter 12.20 in | 310 mm

#DF070JCW1HI

Rotor made of stainless steel with high carbon content.

General features:
- Lower weight of unsprung masses.
- High braking power.
- Better heat dissipation.
- Low tendency to warp.
- Excellent corrosion resistance.
- Carrier made of anodized aluminum.
- The hub design is optimized to get a better rigidity / weight ratio.

For racing use only.
Road not approved.

Diameter 12.20 in | 310 mm
Thickness 0.22 in | 5.50 mm
Weight 2.623 lb | 1.190 kg

#DF070JCW160HI

Rotor made of stainless steel with high carbon content.

General features:
- Lower weight of unsprung masses.
- High braking power.
- Better heat dissipation.
- Low tendency to warp.
- Excellent corrosion resistance.
- Carrier made of anodized aluminum.
- The hub design is optimized to get a better rigidity / weight ratio.

For racing use only.
Road not approved.

Diameter 12.20 in | 310 mm
Thickness 0.24 in | 6 mm
Weight 2.873 lb | 1.303 kg

#DF028W

Rotor made of stainless steel with high carbon content.

General features:
- Lower weight of unsprung masses.
- High braking power.
- Better heat dissipation.
- Low tendency to warp.
- Excellent corrosion resistance.

TUV approved.