Infrasense utilizes advanced aerial platforms including fixed-wing aircraft equipped with Infrared Thermography (IR) and high-resolution visual imaging systems to assess infrastructure conditions. Since 2019, Infrasense has analyzed thousands of bridge decks across six states: Wisconsin, Rhode Island, Indiana, Texas, Alaska, and North Dakota.
Aerial IR offers significant advantages over traditional chain-dragging: safer data collection with no traffic disruption, efficient coverage of multiple structures per day, and access to difficult-to-reach areas. Unlike subjective chain-drag methods prone to inconsistency, Aerial-IR provides objective, verifiable results with complete underlying data records. What you see is what you get—no guesswork.
Thermal and visual data are analyzed using proprietary algorithms and geo-referenced with high-precision GPS to accurately identify and locate areas of concern across entire project corridors.
In addition to comprehensive aerial assessment, the processed imaging data provides the following:
Consult with our experienced team today to discuss your aerial mapping needs for your infrastructure assessment project.
Aerial IR can assess hundreds of bridge decks per day compared to the weeks required for manual chain-drag methods, with results accurate within 4% of traditional methods. This eliminates traffic disruption entirely while reducing inspection costs by 70-80% for network-wide assessments, making comprehensive condition surveys economically feasible.
Yes, our fixed-wing aircraft can safely assess bridges over waterways, high-traffic corridors, and remote locations where ground access is restricted or hazardous. This capability eliminates the need for costly traffic control, lane closures, or specialized access equipment while maintaining inspection quality and regulatory compliance.
Our combined thermal and high-resolution visual imaging systems provide comprehensive delamination mapping with GPS-referenced condition data that integrates directly into GIS and CADD systems. The detailed thermal analysis and surface documentation enable accurate repair quantity estimates and targeted rehabilitation planning without requiring follow-up ground inspections.