Aerospace Garage

PRODUCT PROFILE

SmartWheel

AIRCRAFT LANDING GEAR SENSING

SmartWheel

United States · verified

COUNTRY
United States
PROGRAMME STATUS
verified

Specifications

Function
Provides real-time digital monitoring of tyre pressure and brake temperature to flight and ground crews.
Platform fit
Engineered for integration into commercial narrow-body and wide-body airframes using Collins braking systems.
Data interface
Utilises wireless protocols to transmit landing gear health data to cockpit displays or mobile maintenance devices.
Commercial model
Typically sold as an integrated component of a landing gear shipset or as part of a structured fleet modernisation package.
Deployment status
The system is currently in active production and operational service within the global commercial aviation sector.
Evidence to demand
Adoption is driven by the industry shift toward predictive maintenance and the reduction of manual line maintenance tasks.

Description

SmartWheel is an integrated sensing suite designed for aircraft main landing gear, developed by the American manufacturer Collins Aerospace. It functions as a digital health monitoring system that embeds sensors directly into the wheel and brake assemblies. This technology evolved from traditional tyre pressure and brake temperature indicators into a unified, wireless-capable platform that eliminates the need for complex external wiring in the landing gear bay. Commercial airlines and maintenance, repair, and overhaul providers are the primary buyers, seeking to reduce manual inspections and prevent dispatch delays. The system is featured as an option or standard fitment on modern narrow-body and wide-body commercial platforms. While specific fleet-wide contracts vary by operator, the product is positioned as a key component of the manufacturer's wider digital flight deck and connected aircraft ecosystems. Potential buyers should assess the compatibility of the wireless data transmission with existing ground-based maintenance software. The Aerospace Garage desk would verify the specific sensor redundancy levels and the longevity of the internal power sources under extreme thermal cycles. Reliability data regarding sensor durability during high-energy braking events remains a primary verification point for long-term cost-of-ownership models.

Linked stories

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LAST VERIFIED

6 Sept 2026

SOURCE CITATION

Maker website on record

Connected across the platform

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