BRAKE PADS SINTERED METAL HD, DELTA BRAKING MX-D EXTREME, DELTA DB2260-D
Delta Braking DB2260.OR-D sintered metal brake pads are made with MX-D extreme heavy-duty compound. These pads provide consistent and durable high-friction braking for motocross, enduro, and ATV applications. They are ideal for demanding off-road environments and deliver strong stopping power, outstanding fade resistance, and long pad life under repeated hard use. Direct OEM replacement fitment. Features MX-D heavy-duty sintered compound for long-lasting and robust braking. Designed for consistent and dependable performance in harsh, off-road use. Superior resistance to fade under repeated or sustained braking. Manufactured for direct OEM fitment. Specifications: Application Front, or front right as required by model. Compound Heavy-duty sintered metal (HD).
- SKU
- 39-349.H.DEL.HD
- Brand
- Delta
- Availability
- In Stock (34)
FULL DESCRIPTION
Delta Braking MX-D Extreme Sintered Metal Brake Pads
The Delta Braking -D brake pads are engineered with an MX-D extreme heavy-duty compound for exceptional braking performance in demanding motocross, enduro, and ATV applications. These sintered metal pads are designed to provide consistent, high-friction stopping power that endures through rigorous off-road use.
Experience superior fade resistance and extended pad life even under repeated hard braking. Manufactured for a direct OEM fit, these pads ensure reliable performance in challenging environments.
Key Features:
- Heavy-Duty Sintered Metal Compound: Utilizes the MX-D extreme compound for long-lasting and robust braking power.
- Consistent Off-Road Performance: Delivers dependable stopping power in harsh, off-road conditions.
- Superior Fade Resistance: Maintains effective braking performance during sustained or repeated use.
- Direct OEM Replacement: Designed for straightforward installation as a direct replacement for original equipment.
Specifications:
- Compound Type: Heavy-duty sintered metal (HD)
- Application: Front or front right, as specified by vehicle model.
