Brake-friction, engineered. Material first. Performance follows.

• STOPPING POWER

  Consistent brake response across operating conditions. The friction material delivers predictable braking performance whether the pad is cold, fully warmed, or after sustained heavy-braking cycles. The driver experiences uniform pedal feel.

• FADE RESISTANCE

  Performance retention under thermal load. Repeated heavy braking — descending mountain passes, towed-load braking, spirited driving — does not produce the progressive performance degradation characteristic of commodity friction materials. The thermal envelope of the XHT material family supports stable behaviour where commodity organic and semi-metallic formulations transition into fade regime.

• WEAR LIFE

  Extended service life through optimized wear behaviour. The friction material is engineered to deliver service intervals beyond the commodity envelope, reducing replacement frequency and lifetime cost-per-mile for the vehicle owner.

• NVH COMFORT

  Low noise / vibration / harshness profile during daily driving. Brake-friction-induced squeal, judder, and vibration are engineered out of the material at formulation rather than masked through dampening shims. The driver experiences the quiet, refined brake feel expected of premium passenger vehicles.

Smart-Pad is built on Reinventy's proprietary XHT ultra-high-temperature ceramic matrix composite material family — the same material platform that anchors Reinventy's aerospace- grade thermal-protection technologies. The XHT material's refractory ceramic skeleton, polymer-derived matrix, and embedded conductive networks support a thermal and mechanical performance envelope that brake-friction applications can leverage where the operating conditions reach beyond what commodity organic and semi-metallic friction materials sustain. Smart-Pad configures the XHT material family for the specific operating envelope of automotive brake-friction: temperature cycling between cold-start and heavy-duty heat regimes, mechanical abrasion patterns from rotor interaction, and the NVH characteristics that automotive market acceptance requires.

• XHT

  Parent material platform. The ultra-high-temperature ceramic matrix composite material family that provides the foundation for Smart-Pad.

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• RARE-EARTH REDUCTION

  Material formulation engineered to reduce dependency on rare-earth-heavy commodity supply chains characteristic of conventional high-performance brake-friction. Smart- Pad sits within Reinventy's broader material-platform approach — alongside SMC-Core soft magnetic composites — to enabling industrial-scale technologies without exposure to rare-earth supply concentration.

• BRAKE-DUST PROFILE

  Brake-dust emission characteristics calibrated to incoming particulate-matter regulatory frameworks affecting passenger vehicle operation. The friction material is engineered to manage particulate emission as a design priority rather than as a post-hoc mitigation, positioning Smart-Pad for the operational compliance horizon facing OEMs in major regulatory jurisdictions.

No quantitative sustainability claims are made on this page. Specific brake-dust emission characterisation, rare-earth content reduction percentages, and lifecycle assessment data are released under non-disclosure agreement.

• PASSENGER VEHICLES

  Daily driving applications across the passenger vehicle market — sedan, hatchback, SUV, crossover. Engineered for the brake-friction profile expected of OEM-original and premium aftermarket installations. Primary audience for Smart-Pad.

• LIGHT COMMERCIAL

  Van, light-commercial truck, delivery-class vehicle applications. Engineered for the higher duty cycle and weight envelope of commercial use while preserving the NVH and wear characteristics valued by the operator.

• HIGH PERFORMANCE

  Spirited driving and high-performance street applications. Engineered for the elevated thermal load and brake-feel responsiveness expected in performance-oriented passenger vehicles. Secondary positioning within the V1 Smart-Pad scope.

Smart-Pad is engineered for compliance with the applicable regional brake-friction regulatory frameworks governing the specific market, vehicle class, and OEM qualification pathway. The material and manufacturing process are configured to support certification under the framework applicable to each transaction — the certification pathway is released under partnership between Reinventy and the integrating OEM or aftermarket distributor. This approach aligns with Reinventy's broader regulatory posture: each engagement is evaluated case-by-case under the framework applicable to the specific counterparty, jurisdiction, and end-use rather than declaring auto-subjection to a categorical list of regimes.

For the broader regulatory and compliance posture disclosure regime, see /compliance.

Smart-Pad sits within Reinventy's foundational materials patent roadmap. Coverage is engineered to span the friction material formulation, manufacturing routes, and operational characteristics that define the technology — within the XHT material family and adjacent filings, in the company's 2026-2027 high-priority filing window. Specific application metadata, claim language, and jurisdictional extension scope are released under non- disclosure agreement. For the broader IP posture disclosure regime, see /ip-posture.