Best suited to
Where this solution fits.
- Overhead line condition
- Substations and switchyards
- Thermal anomaly screening
- Vegetation and clearance
- Storm and event response
UTL / PWR
Condition / thermal / corridor
Powerline & substation inspection
Drone visual, thermal and corridor inspection for power lines, substations and electrical infrastructure in Namibia.
Discuss a project ↗
The decision
Connect each observation to the correct structure, component and location so maintenance teams can move directly from evidence to action.
Deliverables
What your team receives.
- Structure-linked condition register
- RGB and radiometric thermal imagery
- GPS and component reference
- Corridor maps and clearance data
- Priority and recommended next action
Scope inputs
What we define first.
- Asset register and route
- Inspection standard
- RGB, thermal and/or LiDAR
- Access and operating constraints
- Required reporting integration
See the deliverable
The detail behind
a better decision.
Look inside the reporting and technology before you scope your next inspection.
OHL / TECHNOLOGY PARTNERSHIP
From power-line imagery to maintenance priorities.
Explore the Sky-Futures Africa × Hepta Insights workflow: visual, thermal and LiDAR capture, AI-assisted analysis and reviewed findings.
PDF · Capability brochure · 24 pages
Explore this use case Common questions
Before mobilisation.
Can findings be linked to individual poles or structures?
Yes. The reporting structure is agreed around the client asset hierarchy, route or supplied identifiers.
Is thermal capture radiometric?
Where thermal is required, we confirm the sensor, operating conditions and need for radiometric data during scoping.
Start with the decision
Tell us what the evidence must support.
We will help define the appropriate method, scope, limitations and delivery format.
Contact us ↗