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HOPE E-Bike Brake Pads

The Top Brake Premium E+ series features a high-density matrix of KEVLAR®, Ceramic, and Reinforced Copper. Optimized for the high mass and velocities of HOPE E-Bikes, this compound delivers a specialized endurance solution for heavy-duty applications.

  • High-Torque Deceleration: Delivers the robust stopping power necessary for heavy-chassis e-bikes at high velocities.

  • Maximum Durability: The high-density matrix resists rapid abrasive wear caused by mid-drive motor torque.

  • Caliper Thermal Isolation: Acts as a heat barrier to protect HOPE’s DOT fluid from boiling during sustained descents.

  • Wide-Track Consistency: Optimized for HOPE’s wide-surface rotors to ensure even wear and noise-free modulation.

BD17-ebike Compound for Hope-Top Brake
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 This product has multiple variants. The options may be chosen on the product page

Hope Tech 3 E4 Stealth Race Evo E4 RX4-SH RX4+ Lewis LV4 LH4 LHP-S4 E-bike compound E-MTB Disc Brake Pad BD17-E+

Price range: $ 26.98 through $ 28.98
top brake disc brake pad for Trickstuff Maxima
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Hope Tech 3 V4 GR4 TR4 Lewis LHT LHP-U4 Trickstuff Maxima E-bike compound E-bike Disc Brake Pad BD11-E+

$ 26.98

HOPE Compatible E-bike Brake Pads

Supported HOPE Models Compatibility Chart
Part Info Riding Style Compatible Models
BD17

36.9 x 28.9 x 3.9 mm

 Trail, Enduro, Downhill, Road/Gravel Tech 3 E4, Stealth Race Evo E4, RX4-SH (Shimano), RX4+
BD11

40.0 x 25.9 x 4.0 mm

 Enduro, Downhill, Gravel Tech 3 V4, GR4, TR4

Top Brake E-Bike Brake Pads: Premium E+ Series

The Premium E+ Series utilizes a high-density matrix of KEVLAR®, Ceramic, and Reinforced Copper, engineered to provide a significantly quieter and more linear braking experience compared to standard metallic original brand brake pads.
Characteristic PREMIUM E+ Original Brand
Friction Material high-density matrix of KEVLAR®, Ceramic, and Reinforced Copper Sinter / Metal
Initial Brake Power ●●●●◐ ●●●○○
Bed In ●●●○○ ●●○○○
Modulation ●●●●○ ●●●○○
Durability ●●●●● ●●●○○
Heat Tolerance (Fading) ●●●●◐ ●●●●○
Silence – DRY ●●●●○ ●●●◐○
Silence – WET ●●●○○ ●●○○○

Want Better Noise or Heat Resistance?

If your riding style demands more thermal stability or raw stopping power, explore our specialized series:

GraphEx Series: Graphene Compound delivers maximum grip and exceptional fade resistance, ideal for competitive downhill, enduro, and high-speed aggressive racing.

Looking for a high-performance entry?

Performance Series : A balanced pad with excellent overall performance, suitable for most trail conditions.

Questions on E-Bike Brake Pads for HOPE Models

FAQ: HOPE e-Bike Braking Performance

1. How do Top Brake pads manage the high temperatures of HOPE DOT fluid systems?

HOPE systems use DOT 5.1 fluid, which has a high boiling point but is sensitive to heat soak. Our Premium E+ ceramic matrix acts as a thermal insulator, blocking heat transfer from the friction surface to the CNC-machined caliper. This prevents fluid expansion and maintains a consistent, “firm” lever feel even under heavy e-bike payloads.

2. Are these pads compatible with HOPE’s floating and ventilated rotors?

Yes. The Premium E+ and GraphEx series are designed to work seamlessly with HOPE’s stainless steel braking surfaces. The KEVLAR®-reinforced matrix establishes a smooth transfer layer on the rotor, ensuring that the cooling properties of ventilated designs are complemented by high-stability friction material.

3. Why is the “Linear Response” of Premium E+ beneficial for HOPE Tech 4 levers?

The Tech 4 lever offers significantly higher mechanical leverage than previous versions. The Premium E+ compound provides a progressive friction coefficient, allowing riders to utilize HOPE’s famous modulation to precisely control heavy e-bikes without unintended wheel lock-up or aggressive “on/off” sensations.

4. Does the large surface area of HOPE V4 pads lead to more noise?

Large pad profiles can be prone to resonance. Our compounds incorporate KEVLAR® fibers that serve as a structural dampener. By absorbing the high-frequency vibrations generated at the interface of the V4 caliper and rotor, these pads ensure silent operation across a wider temperature range.

5. How does the longevity of Premium E+ compare to HOPE’s standard “All-Round” pads?

Standard organic pads can wear rapidly under the high-torque loads of e-bike motors. The Premium E+ is a high-density endurance compound formulated to resist the abrasive forces of 85Nm+ motors, resulting in significantly fewer pad changes for e-bike commuters and trail riders.

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