Solar
Module defects, bypass diodes and disconnected strings, located down to the module (hot spots in thermal imaging).
Autonomous inspection
On the ground.
In the data.
Horus inspects solar farms, pipelines and mining sites in autonomous flight. Your teams get a precise report, not hours of video.
Horus I
- Payload
- Interchangeable
- Target endurance
- 85 min
- Flight
- Autonomous
- Max payload
- 6.5 kg
Interactive 3D modelDrag to rotate
Three sites. One drone.
Pipelines
Leaks and insulation defects spotted along long routes, with no crew exposed.
Mining
Conveyors, motors and electrical equipment monitored to catch anomalies, such as overheating, before they cause downtime.
Photo: Canadian Malartic
From planning to repair
Plan
Flight path generated from the site plan, compliant with Transport Canada rules.
Fly
Horus I covers the site autonomously and continuously records data from its payload.
Repair
Anomalies classified and georeferenced: your teams know where to go.
Key figures
- Solar inspected per flight
- ≈ 8–11 MW
- Pipeline covered per flight
- ≈ 15 km
- Target endurance
- 85 min
Theoretical per-flight estimates with the thermal payload, based on the 85 min target endurance and ideal conditions.
- Incubated at
- Supported by
