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MAGURA DownHill Brake Pads

MAGURA braking systems, particularly the 4-piston MT series, are renowned for their high oil volume and sheer stopping force. However, during sustained downhill descents, they face two primary challenges: thermal saturation and abrupt bite.

How to Select Downhill Brake Pads for MAGURA

The high leverage of Magura calipers can cause standard pads to glaze quickly, leading to “brake fade” where the lever feel remains firm but stopping distance increases dangerously. Additionally, the aggressive “on/off” feel of some metallic pads can make it difficult to maintain traction on loose, steep terrain.

  • Heat Dissipation: Choose Graphene-infused composites to prevent thermal fade and fluid overheating during long, steep descents.

  • Braking Control: Prioritize a Graphene matrix for refined modulation to prevent wheel lock-up on technical, loose terrain.

  • Durability: Select a Ceramic and Reinforced Copper matrix for maximum longevity against the high abrasion of downhill riding.

  • Quiet Performance: Use Graphene blends to ensure vibration-free silence in both wet and dry conditions.

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This product has multiple variants. The options may be chosen on the product page
Price range: $ 30.98 through $ 55.98
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This product has multiple variants. The options may be chosen on the product page
Price range: $ 27.98 through $ 49.98
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This product has multiple variants. The options may be chosen on the product page

Compatible DownHill Brake Pads for MAGURA

Supported MAGURA Models Compatibility Chart
Part Info Riding Style Compatible Models
BD04

30.0 x 33.6 x 4.0 mm
Gravel, Cross Country (XC), Trail MT MT2 / MT Sport/ MT4 / MT4e / MT4 Flatmount, MT6, MT8 / MT8 Pro / MT8 SL / MT8 SL Flatmount, MT Trail Rear
BD05

19.0 x 29.6 x 3.6 mm
 Trail, DownHill, Enduro MT MT5 / MT5e / MT7 / MT7 Pro/ MT Thirty/ , MT Trail Front
BD19

43.6 x 29.3 x 3.4 mm
 Trail, DownHill, Enduro MT MT5 / MT5e / MT7/ MT Thirty

Downhill Brake Pads: Premium E+ vs GraphEx Series

The Premium E+ excels in durability and linear modulation, making it ideal for consistent e-bike commuting. Alternatively, the GraphEx series leverages graphene for superior heat dissipation and shorter bed-in times. Choose Premium E+ for longevity, or GraphEx for ultimate thermal stability and performance during aggressive, high-temperature descents.
Version / Series PREMIUM E+ GRAPHEX
Friction Material KEVLAR®, Ceramic, and Reinforced Copper Graphene and Composite
Initial Brake Power ●●●●◐ ●●●●◐
Bed In ●●●○○ ●●●●◐
Modulation ●●●● ●●●●●
Durability ●●●●● ●●●●◐
Heat Tolerance (Fading) ●●●●◐ ●●●●●
Silence – DRY ●●●● ●●●●●
Silence – WET ●●●○○ ●●●●◐

Questions on DownHill Brake Pads for MAGURA Models

FAQ: MAGURA Gravity & Downhill Performance

1. How does GraphEx technology prevent “Heat Soak” in MAGURA’s Carbotecture calipers?

MAGURA calipers use Carbotecture (carbon-reinforced polymer) which is lightweight but can retain heat during high-speed DH descents. GraphEx pads use Graphene’s ultra-high thermal conductivity to pull heat away from the pistons and dissipate it through the backplate 50% faster, preventing the “Royal Blood” mineral oil from overheating.

2. Does Top Brake offer pads for both 4-piston and 2-piston Magura systems?

Yes. Top Brake provides high-performance compounds for the entire Magura range, including 2-piston models (MT8/MT4) and 4-piston models (MT7/MT5). Our specialized backplate design ensures optimal structural rigidity and even pad wear, delivering superior heat dissipation during aggressive Downhill riding. Explore the full range of Magura-compatible brake pads.

3. Will Top Brake pads solve the noise and vibration issues common in MAGURA MT-series brakes?

MAGURA systems are powerful but can be sensitive to harmonic vibration. TheGraphEx compounds incorporate graphene that act as a structural dampener. This neutralizes the high-frequency vibrations that cause “squeal,” providing a silent yet powerful braking interface.

4. Can Top Brake pads handle the extreme bite of MAGURA’s 2-finger HC levers?

Yes. MAGURA’s master cylinder design provides massive mechanical advantage. Our Premium E+ and GraphEx series are reinforced to resist the compressive “squish” that occurs under high clamping forces, ensuring the lever remains firm and the bite point stays consistent throughout the race.

5. Are these pads compatible with MAGURA MDR-P and MDR-C heavy-duty rotors?

Absolutely. Our pads are engineered to work with MAGURA’s specific rotor thicknesses (2.0mm). The Graphene-Composite matrix creates a stable transfer layer on the steel surface, maximizing the friction coefficient without increasing the abrasive wear on premium floating rotors.