Elevate Your Projects with Our Drone Solutions
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Inspect solar farm installations of up to 150 MW in a single day* compared to 500 kw per day on foot using handheld sensors – an efficiency boost of up to 300X. Document 65 ha (161 ac) of sub-module level anomalies in a single 42 m (138 ft) flight –double the coverage of multi-rotor systems. Achieve 5X faster drone inspections thanks toRaptorMaps’ first-of-its-kind software solution.
Capture radiometric thermal and visual RGBimagery — no piloting experience required. Raptor Maps generates a detailed & actionable inspection report - identifying, classifying, and localising anomalies automatically. The eBee X is an inherently safe, end-to-end integrated solution.
Raptor Maps users report average annual savings of US $2,000/MW Break even on your senseFly Solar 360investment after just one flight! Use the eBee X’s RGB camera data to generate a geo-accurate digital terrain model, useful for optimising a farm’s design Perform more frequent PV solar farm inspections, allowing problems at the string, module and cell level to be detected early
Define the farm (or farms) to inspectSet the ground resolution required
Throw the eBee X fixed-wing drone into the airCapture high-res thermal and radiometric RGB imageryDocument 65 ha (161 ac) of sub-module level anomaliesin a single 42 m (138 ft) flightAfter launch, the eBee X flies, takes photos, and lands itself
Upload the drone’s thermal and RGB images to Raptor Maps
Raptor Maps uses AI to analyse each aerial image – identifying, classifying, and localising anomalies automaticallyRaptor Maps automatically generates a detailed actionable inspection report
Put Raptor Maps’ data to work – scheduling maintenance or detailed ground assessments as required, and providing asset owners with required documentation and status updatesShare Raptor Maps reports and outputs quickly and easily in enterprise-compatible formats
Define the farm (or farms) to inspectSet the ground resolution required
Throw the eBee X fixed-wing drone into the airCapture high-res thermal and radiometric RGB imageryDocument 65 ha (161 ac) of sub-module level anomaliesin a single 42 m (138 ft) flightAfter launch, the eBee X flies, takes photos, and lands itself
Upload the drone’s thermal and RGB images to Raptor Maps
Raptor Maps uses AI to analyse each aerial image – identifying, classifying, and localising anomalies automaticallyRaptor Maps automatically generates a detailed actionable inspection report
Put Raptor Maps’ data to work – scheduling maintenance or detailed ground assessments as required, and providing asset owners with required documentation and status updatesShare Raptor Maps reports and outputs quickly and easily in enterprise-compatible formats