Vehicle Fitment

  • 2013–2022 Honda Accord (All trims, 2.0L I4 Hybrid, 2.4L I4, 3.5L V6) – Front axle
  • 2016–2018 Honda HR‑V (LX/EX/Touring, 1.5L I4) – Front axle

Features

  • High‑friction aramid Yellowstuff compound — excellent cold‑bite & hot‑braking performance
  • Stable friction up to ~900 °C; ideal for street and light track use
  • R90/ECE‑approved — fully legal for road use
  • Centre‑line slotting to prevent thermal cracking and evacuate debris
  • Chamfered pad edges and anti‑squeal shims reduce noise
  • Copper‑free formula protects against rotor wear
  • Brake‑In™ surface coating speeds bedding‑in process
  • Powder‑coated backing plates resist corrosion

Specifications

  • FMSI D1832; pad dimensions approx. 148.8 × 62.2 × 16.9 mm
  • Front axle application; OEM 5‑bolt calipers, vented 312 mm rotors
  • Weight per set ~0.9 kg
  • Copper‑free, aramid fiber construction; emissions‑legal (R90)

Included Components

  • 4x front brake pads (2 pads per wheel)
  • 4x anti‑squeal shims
  • 4x pad spring clips

Product Description

The EBC Yellowstuff DP43014R front brake pads deliver a dramatic improvement in braking performance for Honda drivers. Crafted from a high‑friction aramid compound, these pads provide strong cold‑bite and maintain consistent braking up to approximately 900 °C, making them well‑suited for daily driving, spirited road use, and occasional track runs. With copper‑free formulation and R90 approval, they offer enhanced stopping power without compromising rotor longevity or street legality.

These pads install as a direct OE replacement for 5‑bolt calipers and vented 312 mm front rotors found on 2013–2022 Accord (I4, Hybrid, V6) and 2016–2018 HR‑V (1.5L I4) models. Center‑line slotting helps manage heat and reduce wear, while chamfered edges and included shims minimize noise during operation. Powder‑coated backing plates resist corrosion, and the Brake‑In™ coating speeds up the bedding‑in process. Supplied with all necessary hardware, the DP43014R kit is the perfect upgrade for drivers seeking reliable, high‑temperature braking performance without sacrificing daily comfort.



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