**The Green Revolution of Brake Pads: From Braking Component to Environmental Pioneer**
Among the many components of an automobile, brake pads are perhaps the least visible yet the most critical to safety. But in 2026, this small friction material is undergoing a profound transformation. The rise of electrification and the upcoming Euro 7 emissions regulation are forcing brake pads to evolve from simple deceleration devices into sophisticated parts that deliver low emissions, long service life, and high performance.
**Industry Direction: The Consensus at EuroBrake 2026**
In June 2026, the 14th annual EuroBrake conference was held in Mainz, Germany, bringing together more than 1,100 engineers and industry leaders. A key consensus emerged: braking systems must be redesigned as integrated, intelligent systems. As the core consumable component, brake pads have become the focal point of efforts to improve friction materials, reduce noise and vibration, and control particulate emissions.
**Three Major Technology Paths: Ceramic, Semi‑Metallic, and NAO**
Today’s brake pads fall into three main categories.
– **Semi‑metallic** compounds offer high thermal conductivity and heat resistance, making them suitable for heavy loads and aggressive driving. However, they produce higher dust emissions and may accelerate disc wear at low temperatures.
– **Ceramic** formulations are known for low dust, low noise, and extended life. A leading example is the **EURO series by Akebono**, which uses proprietary advanced ceramic friction materials. Designed specifically for European premium brands – Audi, BMW, Jaguar, Land Rover, Mercedes‑Benz, Porsche, and Volkswagen – these pads virtually eliminate unsightly black brake dust while significantly reducing NVH (noise, vibration, harshness). Akebono claims its EURO pads are original equipment on more than 90 vehicle models, and in 2025–2026 it expanded coverage to include MINI Cooper, Jaguar E‑Pace, Land Rover, and BMW 5/7/X3/X5 series.
– **Non‑asbestos organic (NAO)** ceramic blends represent another important route. **Brembo**, for instance, applies NAO ceramic pads on several electric vehicles, emphasizing excellent quietness and very low dust generation, while balancing wear resistance and ride comfort. Meanwhile, **Endless** offers the MX72 and MX87 series for high‑performance semi‑metallic applications, catering to track and spirited driving.
In the aftermarket, **PowerStop**’s Euro‑Stop pads are tailored for European luxury vehicle owners and comply with the ECE‑R90 standard, which requires that all replacement pads stay within 15% of OEM tolerances and performance. **Ferodo**, with over 125 years of history, has introduced its Eco‑Friction line, covering the vast majority of European import models. An independent brand named **EUROBRAKE** also supplies brake disc and pad kits for passenger cars and commercial vehicles.
**The Euro 7 Challenge: A Defining Test for Brake Pads**
The real driver of technological change is the **Euro 7 emissions regulation**, which takes effect in November 2026. For the first time, it sets strict limits on non‑exhaust particulate matter (PM) from braking – passenger cars must keep brake emissions between 3 and 7 mg per kilometre. Studies show that friction braking contributes 16‑55% of urban non‑exhaust PM10 and 39‑63% of PM2.5, making brake pads a key target for emission reduction.
In response, global players have rolled out solutions. **Brembo**’s Greentell kit already meets Euro 7 standards, using a special aluminium brake disc combined with low‑dust pads to cut emissions by more than 80%. **Bosch** has developed advanced test rigs to accurately measure particulate emissions from pads and discs, helping OEMs with compliance validation. **TMD Friction** invested €1.5 million in a new test bench dedicated to Euro 7‑related R&D. In addition, established braking giants such as **Federal‑Mogul** and **Nisshinbo** are actively adjusting their formulations to introduce low‑copper, antimony‑free, and other environmentally friendly materials to meet the new requirements.
**Conclusion**
From the industry stage in Mainz to the brake pads in drivers’ hands, the evolution from traditional semi‑metallic to ceramic and NAO materials, and from a single braking function to combined demands for low emissions, low dust, and long life – brake pads have become a microcosm of the automotive industry’s green transition. Driven by Euro 7, the brake pads of the future must not only “stop well” but also “shed little.” That is the most profound consensus and direction for the global braking industry in 2026.