Solutions

Smart Inspection System
for Bridge Deck

ICC developed multi-tier (NDE) smart inspection system for detecting surface and subsurface defects (e.g., cracks, leakage, delamination, spelling, corrosion) in concrete bridge decks. Compared with traditional NDE, our system has benefits on accuracy and cost.

Smart bridge inspection robot
Bridge pavement deterioration costs the economy billions of dollars every year, with a significant portion attributed to bridge pavement damage. This caused millions of hours of traffic delays, translating to $14 billion annually in lost productivity and fuel costs.
-- The American Society of Civil Engineers (ASCE)

Challenges in Bridge Deck Detection

Concrete defects
Detection Icon

Single detection means

Single means of detection caused the results scattered. And complex damage patterns(cracks, leakage, delamination, spalling, corrosion) can overlap or occur simultaneously. Single means of detection is not sufficient.

Manual data interpretation
Automation Icon

Low automation

Most of bridge deck detection systems still rely heavily on manual data interpretation, which is time consuming and prone to human error.

Traffic on bridge
Cost Icon

High traffic costs

Traditional NDE requires consideration of road closures. And these closures will cause huge costs. Our GPR with multiple sensors can capture data at highway speeds, thereby minimizing traffic management costs.

Solving approach

CV for Crack Detection | Drone & IRT for Leakage & Spalling | GPR for Corrosion & Delamination
CV for Crack Detection Diagram

CV for Crack Detection

We presents an AI-powered crack detection and measurement system, leveraging advanced YOLOv8-based models and a customized dataset.

  • 90.7% Ultra-high precision
  • Pixel-level measurement
  • Fully automatic detection
Drone and IRT Diagram

Drone & IRT for Leakage & Spalling

By integrating of drones and IRT, we can take advantage of both technologies.

  • Rapid Large - Area Coverage
  • 70% Reduction in Detection Costs
  • Early Intervention
GPR Diagram

GPR for Corrosion & Delamination

GPR is an efficient and versatile tool for corrosion and delamination detection.

  • Real-time High-Resolution Imaging
  • Multi-Material Adaptability
  • Cost-Effectiveness

Application Scenarios

Robotic Ground Penetrating Radar System (RGPR)

Case Study Robot System
Comprehensive corrosion map
Inspection Robot

Successful Case

3000
Total area of
Case Study Details