Shimano N03A organic MTB brake pads - EBPN03ARFA

Shimano ’s N03A EBPN03ARFA brake pads are designed for mountain bikers seeking powerful, quiet and perfectly modulated braking. Featuring a latest-generation organic (resin) lining and integrated Ice-Tech cooling fins, they offer excellent braking control whilst minimising heat build-up during long descents. Their design promotes a progressive bite, reduces unwanted noise and improves riding comfort on all terrains. Compatible with 4-piston Shimano s from the XTR, XT and SLX ranges, they offer a high-end solution for trail, enduro and all-mountain riding.

Key features

• Organic (resin) pads for progressive and quiet braking.
• Ice-Tech cooling fins to prevent overheating.
• Excellent modulation for better bike control.
• Reduced noise compared to metal pads.
• Compatible with the latest generation of 4-piston Shimano calipers.
• Good performance in both dry and wet conditions.
• Supplied with retaining spring.

Main compatibility

• XTR: BR-M9120
• Deore XT: BR-M8120
• SLX: BR-M7120
• CUES: BR-U8020

N-type (Narrow) brake pads for compatible 4-piston Shimano s.

FAQ

What is the difference between the N03A and the N04C?

The N03A uses an organic (resin) pad compound that prioritises quiet operation and modulation, whilst the N04C are metal pads offering greater resistance to wear and heat.

Are the Ice-Tech fins really useful?

Yes. They improve heat dissipation, reduce fade and help maintain more consistent braking performance during long descents.

Are the N03A brake pads quiet?

Yes. This is one of their main advantages. Users appreciate their low noise level and progressive braking compared to metal models.

Are they suitable for enduro?

Yes, particularly for riders who prioritise control and progressive braking. However, for very intensive use in the mountains or at bike parks, some cyclists prefer more durable metal pads.

Are they compatible with all Shimano discs?

They are compatible with discs that accept resin pads. It is recommended that you check your disc’s specifications before fitting.