Gocator® is integrated into longitudinal road profiling systems to rapidly scan and collect real-time, continuous 3D data of pavement surfaces in order to determine overall Ride Quality.
Pavement Profiling
This feature in Gocator® outputs a single, averaged surface height measurement for tire-to-pavement contact area in order to calculate roughness index—independent of pavement type, tining, or grooving.
Built-In Bridging Algorithm
Delivers 5 kHz maximum profile output with a scan width of 140 mm. By acquiring data from a wide area, measurement accuracy is far superior than results achievable by single point sensors.
High-Speed, Accurate and Wide Scan Width
Gocator® 2342
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Workhorse 3D laser line profilers for high-speed roughness and ride quality inspection.
Vehicle Safety
Low mounting height (< 1 m) and vertical projection minimizes laser safety hazards.
Gocator® is integrated into transverse road profiling systems to scan and help identify the formation of surface depressions within the wheel path.
Rutting Inspection
Built-in scalability allows for easy creation of multi-sensor networks that provide full lane coverage.
Scalable Architecture
To handle variations in pavement surface type, Gocator’s dynamic exposure control automatically adjusts exposure based on laser signal strength to optimize data quality.
Dynamic Exposure
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Gocator® 2375
Specialized 3D laser line profiler for high-speed rut scanning
Searching and Tracking states delivers continuous high speed sensor performance.
Dynamic Windowing
Gocator® scans concrete pavement and generates profiles for use in identifying faulted/uneven sections of the road.
Pavement Joint Flushness
Gocator® provides accurate data on all pavement types, including tined, grooved, or diamond-ground concrete and asphalt.
Handles All Pavement Types
2D and 3D Capability
In addition to 3D shape data, a 2D intensity output is provided at each point for aligning transverse profiles relative to lane markers.
Workhorse 3D laser line profilers for a wide variety of inspection applications
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Gocator® 2300 Series
Gocator’s small footprint and 0.94 k.g. weight make it ideal for fitting into tight spaces and mounting onto vehicles. A full 8 sensor system can mount onto a 2.4 m wide vehicle and weighs under 12 kg.
Compact and Lightweight Design
Gocator® generates cross-sectional 3D profiles to measure rail head size, cant, face angle, vertical head wear, and more.
Rail Profiling
Buffered, real-time processing onboard the sensor head ensures no lost or compromised data and no lag time.
Real-Time Onboard Data Processing
Robust Defect Detection
Gocator® accurately identifies defects in the rail surface such as crushed head, split head, split web, horizontal/transverse cracks and fissures, square breaks, and more.
Cost-effective, robot-ready 3D laser line profile sensors.
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Gocator® 2350
Gocator’s compact, lightweight body and web browser-based architecture allow it to easily integrate into existing rail profiling systems.
Easy System Integration
Gocator® provides high-density 3D measurements of track gauge, curvature, cross-level, surface, alignment, speed, twist, and warp.
Track Geometry
External sync pulse output synchronizes profile data to external accelerometers with microsecond precision—providing technicians with a unified data source for fast and integrated acquisition, analysis, and reporting.
Microsecond Data Synchronization
Proven Gauge Inspection
Gocator® is a proven 3D solution for measuring the spacing of the rails on a railway track, taken between the inner faces of the load-bearing rail.
Cost-effective, robot-ready 3D laser line profile sensors.
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Gocator® 2300 Series
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Gocator® 3D smart sensors provide high-performance, non-contact 3D scanning for an array of applications essential to the road and rail industries—including pavement profiling, rut inspection, rail profiling, and track gauge.
Smart 3D Machine Vision for the Road and Rail Industries
ROAD & RAIL
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Incorporating the success of the RoLine technology, the Gocator 2342 delivers high-density road profile scanning for roughness measurement with superior ambient light handling.
Recommended Solution
Gocator® 2342
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Gocator 2375 scanning systems deliver high-density transverse road profiles for rut measurements, regardless of outdoor conditions and pavement geometry.
Recommended Solution
Gocator® 2375
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ICC’s state-of-the-art vehicle-mounted profiling systems are used to rate pavement Ride Quality (IRI, PI, RN, Rolling Straight-Edge), rutting, texture, and cracking. Gocator® is a key technology in these systems.
Case Study
ICC’s MDR408x Series of Road Profilers
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Surface Systems & Instruments (SSI) inertial profilers are officially DOT certified for road profiling applications in regions across the USA (Auburn, CA, Manhattan, KS). These truck-mounted systems are equipped with Gocator 2342 sensors for robust 3D pavement profiling and ride quality assessment.
Case Study
DOT Certified SSI Road Profilers
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International Cybernetics Corporation's autonomous road profiler (Roadbot) uses Gocator® for high-precision pavement profiling.
Case Study
International Cybernetics Corporation's Roadbot
