Precision
Structural Health Sensors
Embedded Multi-Depth Concrete Corrosion Monitoring Ladder Probe
Concreteintel - Intelligence Inside Concrete
Precision Concrete Corrosion Monitoring
Embedded Concrete Corrosion Monitoring Ladder Probe for long-term structural protection
The ConcreteIntel Ladder Probe is a specialised concrete corrosion monitoring ladder probe, engineered for installation during the construction phase of concrete structures. Designed specifically for new builds, it enables multi-depth assessment of corrosion risk, providing early insights that support smarter maintenance planning and proactive asset management.
Installed during the concrete pour, the Ladder Probe continuously monitors the condition of steel reinforcement across multiple layers, helping you build a long-term picture of corrosion progression. This detailed data allows for informed decision-making that protects structural integrity and extends service life.
Whether for bridges, marine structures, industrial facilities, or critical infrastructure, the ConcreteIntel ladder probe delivers reliable performance, integrates seamlessly with the DAUintel data acquisition unit, and supports third-party monitoring systems for complete structural health management.
Two Ladder Probe Options for Complete Flexibility: P4 and P6
The ConcreteIntel Ladder Probe is embedded within the concrete matrix at construction, positioning multiple measurement electrodes at varied depths corresponding to the layers of steel reinforcement. Available in two configurations to suit the specific demands of your project:
- P4 Ladder Probe — Ideal for standard-depth corrosion monitoring applications, providing reliable data across key reinforcement layers.
- P6 Ladder Probe — Designed for more complex structures requiring extended depth monitoring, delivering enhanced visibility into corrosion conditions at multiple concrete levels.
Both probes deliver accurate, real-time data directly to your monitoring system, ensuring you have the insights needed to manage corrosion risks effectively from day one
Monitor your concrete structures with confidence
Contact us today to discuss how our multi-depth laddder probe can protect your assets and extend their lifespan.
Key Features & Benefits
Construction-phase embedded installation — integrates directly into the concrete during pouring for lifetime monitoring.
Multi-depth corrosion assessment — measures corrosion activity across multiple reinforcement layers for comprehensive risk profiling.
Detailed data capture — enables precise analysis of corrosion activity and the environmental conditions affecting reinforcement.
Supports proactive maintenance strategies — enables early detection and targeted interventions to reduce long-term repair costs.
Seamless data integration — fully compatible with third-party monitoring systems and the DAUintel data acquisition unit.
Durable, long-term performance — engineered for continuous monitoring throughout the life of the structure.
Ideal for high-risk environments — proven performance in harsh conditions such as marine, coastal, and industrial sites.
Reduces lifecycle costs — supports informed decision-making to extend asset lifespan and optimise maintenance budgets.
Applications Across Infrastructure
- Bridges and elevated roadways
- Marine and offshore structures
- Tunnels and underground concrete structures
- Ports, harbours, and coastal defences
- Industrial plants and critical manufacturing facilities
- Power generation and energy infrastructure
- Water and wastewater treatment plants
- Multi-storey car parks and commercial buildings
- Airports and transportation hubs
- Stadiums and public venues with reinforced concrete elements
- High-value civil engineering projects
- New concrete installations in high-corrosion environments
The DAUintel functions as the data acquisition unit, processing data collected from the Concreteintel probe series.
Capable of capturing corrosion data at multiple depths, it enables comprehensive analysis and can be programmed to perform LPR, resistivity, Ecorr, and Icorr measurements with various electrode combinations.