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Smart-Pad conceptual material visualization

Reinventy · Materials range

Smart-PadFriction Materials

Brake friction materials built around polymer-derived ceramic binder technology, with separate Road and Race development programmes.

Conceptual visualization

The range

Two operating worlds.
Purpose-built friction.

Smart-Pad separates road-vehicle needs from competition duty. Urban and Cargo address different road applications; the Race programme addresses carbon and ceramic friction systems. The binder is the shared technology foundation.

Where it works

Defined environments.
Specific responsibilities.

Passenger vehicles, light commercial duty and competition braking. Friction stability, wear, particulate emissions and operating conditions are assessed for each application.

Products in this range

Complementary roles.

Products are selected for their operating role. Each has its own application and evidence requirements.

Urban · Cargo

Smart-Pad Road

A dedicated road programme for passenger comfort and low dust, alongside heavy-duty fade resistance for light commercial applications.

Explore Road →APPLICATION CONTEXT
Passenger vehicles · light commercial fleets
Race-C · Race-S · Race-Pulse

Smart-Pad Race

A separate competition programme for carbon and ceramic friction systems, with a sensing-enabled development path for pad temperature and wear.

Explore Race →APPLICATION CONTEXT
Competition vehicles · integrating partners

How it is made

Process follows
the operating role.

A polymer-derived ceramic binder replaces a conventional phenolic binder route. Formulation, curing and conversion are developed together with the friction couple and target application. Emission and friction benefits require measurement.

Development statusIn development

Operating envelopes and performance claims are released against supporting qualification evidence.

What we release under partnership

From a capability view
to a defined integration.

Discuss the environment, mission and interfaces with the Reinventy team.

  • Operating envelopes and mission-duration assumptions
  • Available evidence and qualification scope
  • Material, process and interface specifications
  • Platform integration and evaluation pathway