Inspection robot EYE TRACK

for airportfloor-mountedmobile

Eye Track Detektin Infrastructure Inspection Robot – Autonomous Robotic Digitization – 3D Ground Penetrating Radar – 15,000 m²/h Coverage – 8h Autonomy


Detektin revolutionizes road and airport infrastructure inspection with an autonomous robotic digitization solution designed to ensure safety, optimize maintenance, and extend pavement lifespan. Multi-source data fusion technology detects surface defects and structural degradations up to 3 meters deep.


High-Precision Multi-Level Detection
Robot detects surface defects (cracks, spalling, settlements) and structural degradations up to 3 meters deep (cavities, pipelines, rebar, moisture) with centimeter precision.
3D ground penetrating radar technology.
Longitudinal and transverse resolution 1 mm. Degradation localization precision 10 cm.


High-Performance Autonomous Navigation
Autonomous navigation and positioning with 5 cm centimeter precision and error margin under 10 cm. Automatic trajectory planning for fully robotic inspection.
Digitization efficiency 15,000 m²/h ensuring rapid and comprehensive inspection of road or airport areas.
Maximum speed 20 km/h.


Visual Modeling and AI
2D/3D visual modeling system with intelligent analysis software (DAS) generating digital twins of inspected infrastructures.
Synchronized multi-source data acquisition (2D images, 3D depth, radar data).
Integrated artificial intelligence enabling automatic defect identification.
Data formats: XML, CSV, CAD.


Detection performance
Detects: slab under-cavities, settlements, porosity, excessive moisture, cracks, voids, pipes/ducts, rebar mesh.
Identification of visible defects from 2D and 3D images.
8-hour battery autonomy.
Dimensions 3100 x 1500 x 1580 mm.


Technical specifications

• Instruments: 3D Ground Penetrating Radar
• Maximum detection depth: 3 m
• Longitudinal/transverse resolution: 1 mm
• Navigation/positioning precision: 5 cm centimeter
• Degradation localization precision: 10 cm
• Inspection efficiency: 15,000 m²/h
• Maximum speed: 20 km/h
• Operating mode: Automatic navigation and operation
• Recognition technology: Automatic by AI
• Dimensions: 3100 x 1500 x 1580 mm
• Maximum autonomy: 8 hours

Autonomous robotic solution for international airports, road networks, strategic airport areas requiring periodic inspections, pre-work diagnostics, preventive pavement maintenance with digital twin generation facilitating scientific decision-making and targeted repairs.