Visual, thermal and LiDAR capture for power lines, utility poles and infrastructure across the United States. Give maintenance and engineering teams an organized record of asset conditions.
Inspect utility poles, towers and exposed components with detailed aerial imagery.
Locate unusual heating on exposed electrical assets under suitable operating conditions.
Capture the three-dimensional geometry of utility corridors and surrounding terrain.
Move from a broad corridor view to the specific conditions your field teams need to review.
Locate vegetation near conductors and structures. Use imagery and agreed LiDAR deliverables to help vegetation management teams prioritize field checks and clearance work.
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Document visible damage and access conditions after severe weather. Give response teams a shared asset record to prioritize further assessment and repairs; capture timing depends on weather, access and authorization.
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Review visible deterioration, leaning structures and damaged components from multiple perspectives. Aerial findings help crews target closer checks and do not replace an engineering assessment of structural capacity.
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Inspect exposed insulators, crossarms, mounts and attachments for visible defects. Keep location context with the imagery so maintenance teams can identify the asset and plan follow-up work.
Discuss your projectWhat teams ask before their first capture.
Talk to our teamThe scope can cover power lines, utility poles, towers, substations and other accessible infrastructure. We select visual, thermal or LiDAR capture around the asset and the question your team needs answered.
Yes. Asteon coordinates inspection programs across the United States, including multi-site and multi-region work. Coverage, permissions and timing are confirmed for each program.
Depending on the agreed scope, deliverables can include detailed imagery, asset-linked observations, thermal records and LiDAR outputs. Confirm required file formats, coordinate systems and reporting fields before capture.
Unusual heating can indicate a condition that needs investigation. Load, weather, reflections and surface properties affect the observations. Qualified electrical teams should confirm the cause and determine the appropriate action.
LiDAR can capture corridor geometry, conductor position and nearby vegetation. Required accuracy, classification, control and engineering checks are established with your team for the intended clearance workflow.
Work is coordinated with the asset owner around operating conditions, safe access and flight restrictions. We agree the method and site requirements before capture.
Share the affected locations and priorities. We confirm a feasible response window based on weather, airspace, safe access and authorizations rather than promising a fixed arrival time for every event.
Provide asset types, locations or corridor length, approximate asset count, required outputs and timing. Include site restrictions, coordinate standards and any existing asset register.
