BrakeMAP-Shoe units imaging the brake rigging of a passing freight car from both sides of the track
Wayside brake inspection

BrakeMAP-Shoe

Brake shoe wear and rigging faults measured in motion, on every car of every train.

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Max speed
Up to 140 km/h (90 mph)
Key measurement range
Brake conditions confirmed on  every passing car
Power
Under 1 kW peak
What it detects

Brake conditions confirmed on every passing car

The brake rigging is imaged as the car passes and reduced to five conditions, the same ones a walking inspection looks for, on every shoe rather than on a sample.

Two trackside BrakeMAP-Shoe units imaging the brake rigging of a passing truck from both sides
01

Brake shoe thickness, top and bottom

Remaining shoe material read at both ends, so uneven wear is visible rather than averaged.

02

Brake shoe key presence and security

Confirms the key that retains the shoe is fitted and still seated in the head.

03

Brake shoe alignment

Flags a shoe sitting skewed against the tread rather than square to it.

04

Missing brake shoe

Identifies a brake head running with no shoe fitted as the car passes.

05

Broken brake head

Detects a head that is cracked or no longer holding its shoe in place.

Specifications

System Specifications

Train speed
Up to 140 km/h (90 mph)
Train length
More than 1,200 axles per pass
Measurement method
Machine vision, optical inspection
Analytics
Configurable image-analysis models
Operating ambient
-40 to 60 °C (-40 to 140 °F)
Power
Under 1 kW peak
Communications
Ethernet, GSM or other supported interfaces
Alarms
Real-time radio talker alerts
Installation

From bare track to live data

Stage 01

Site preparation

Stage 02

Mount and calibrate

Stage 03

Integrate with DataMAP

Outcomes

Operational Benefits

Monitored during normal operation

Inspect every passing car without interrupting operations.

Safer, more effective brake systems

Identify conditions that may affect braking performance.

Efficiencies gained by planned maintenance

Prioritize maintenance based on actual brake condition.

Improved fleet availability and reliability

Identify developing conditions before they cause service interruptions.

Every BrakeMAP-Shoe reading lands in DataMAP, the application every Infravis system reports into.

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Related

Other systems on the same wayside

BearingMAP thermal detector mounted on mainline track

BearingMAP

Accurate, reliable assessment at regular frequency.

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WheelMAP wheel profile measurement unit installed between the ties

WheelMAP

Precise measurements to inform and prolong.

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DataMAP console showing wayside detection data

DataMAP

The application every Infravis system reports into

See details →
Next step

Bring BrakeMAP-Shoe to your track

Talk directly with our wayside team about your site, requirements and deployment schedule.

Contact us