TRUSTED WORLDWIDE FOR OVER 75 YEARS
VTPMS™ DEPLOYMENT

Built for Modern Railways

Seamless, Future-Proof Infrastructure Integration

VTPMS™ combines non-invasive rail sensing, synchronized wheel detection, automatic car identification, visual capture, communications, and AI-powered analytics in one rugged wayside platform.

24/7 AUTOMATED OPERATION
ALL-WEATHER PERFORMANCE
CLOUD OR ON-PREMISES
PROVEN IN THE FIELD

Actual VTPMS™ Installations

Real field deployments demonstrate that the system is installed, operating, and adaptable to different railway environments.

Complete Wayside Installation

Complete Wayside Installation

Solar power, communications, field electronics, and trackside sensing installed beside an active railway.

Live Railway Environment

Live Railway Environment

Field Electronics Cabinet

Field Electronics Cabinet

SYSTEM HARDWARE

Integrated Wayside Intelligence

A modular field architecture designed for rapid installation, continuous monitoring, and enterprise deployment.

01

Approved Rail Clamp

Non-invasive rail-mounted sensing without drilling, welding, or permanent rail modification.

02

Integrated Wheel Detector

High-speed synchronized wheel passage tracking for accurate train and axle event timing.

03

AEI Reader

Automatic car identification for linking measured events to specific rolling-stock assets.

04

Visual Capture

Trackside cameras provide synchronized train, car, and running-gear imagery for review.

05

Power Architecture

Solar, battery, or AC configurations support autonomous and site-specific operation.

06

Enterprise Connectivity

Remote communications, cloud or on-premises processing, and direct integration with railway systems.

SYSTEM ARCHITECTURE

From Trackside Sensor to Enterprise Data

The technical layout is integrated directly into the field environment, connecting the schematic design to the actual installed hardware.

One Synchronized Wayside System

Rail-mounted sensing, wheel detection, automatic car identification, field electronics, power, and communications operate together as one coordinated monitoring platform.

Rail-Clamp SensorsNon-invasive track sensing without drilling or welding.
Wheel DetectorsPrecise axle and wheel timing for every train pass.
AEI / Car ReaderLinks measured events to identified rolling-stock assets.
Field Control PanelsLocal acquisition, power conditioning, and communications.
Enterprise ConnectivityDelivers alerts and condition information to railway systems.
From Trackside Sensor to Enterprise Data
CONTROL PANEL
WHEEL DETECTORS
RAIL-CLAMP SENSOR
AEI / CAR READER
REAL HARDWARE

Field Components and Installations

Solar Power System

Solar Power System

Autonomous field operation with protected electronics and local power storage.

Compatible with Existing Infrastructure

Compatible with Existing Infrastructure

VTPMS can be deployed alongside existing hot-box and wayside systems.

Trackside Cabinet

Trackside Cabinet

Rugged enclosure for communications, acquisition, and local system electronics.

Operational Railway Site

Operational Railway Site

Designed for continuous use in active freight and passenger environments.

DEPLOYMENT WORKFLOW

From Site Survey to Live Monitoring

A practical, repeatable process designed to minimize track disruption and accelerate commissioning.

01Site SurveyReview track, power, communications, and installation conditions.
02Install MastPlace field hardware and protective cabinet outside the operating envelope.
03Install SensorsAttach approved rail clamps, wheel detectors, cameras, and AEI equipment.
04CommissionVerify synchronization, identification, communications, and data integrity.
05AI CalibrationEstablish operating baselines and project-specific analytics.
06Live MonitoringBegin continuous automated pass-by assessment and reporting.
BUILT FOR EVERY RAILWAY

One Platform. Multiple Rail Systems.

Freight
Passenger
Metro
Commuter
High-Speed
Heavy Haul
From One Track to Enterprise Networks
NETWORK SCALE

From One Track to Enterprise Networks

VTPMS can scale from a single monitoring location to complex yards, multiple corridors, and distributed railway networks.

MULTIPLE MONITORING LOCATIONS
CENTRALIZED REPORTING
CONTINUOUS OPERATION
From Detection to Inspection
FIELD VALIDATION

From Detection to Inspection

Condition intelligence is most valuable when it leads to focused field inspection and maintenance action. VTPMS helps railway teams identify which asset to inspect and why.

01AI identifies an abnormal mechanical-wave event.
02The alert is linked to the train, car, axle, wheel, side, and event time.
03Railway personnel perform a targeted inspection and document the observed condition.
04Inspection findings support maintenance planning and future trend interpretation.
OPERATIONAL VALUE

Designed for Railway Performance

Prevent Major Failures

Identify developing conditions early enough to support inspection and corrective action.

Optimize Track Windows

Use condition information to plan maintenance before defects disrupt operations.

Maximize Fleet Availability

Keep lines open and rolling stock available through prioritized maintenance intelligence.

Reduce Installation Impact

Use non-invasive sensing methods without drilling or welding the running rail.

Scale Across Networks

Deploy from one monitoring site to multi-location enterprise systems.

Support Asset Management

Integrate condition intelligence with maintenance planning and lifecycle decision-making.

Non-Invasive Deployment. Continuous Protection.

Bring VTPMS™ wayside intelligence to your railway network.

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