Stringing the grid from the air.

Powerline operations enhanced by aerial robotics and intelligent software — boosting grid capacity and automating line construction across terrain that stops conventional crews.

0

Core Line Operations

0kg

Tool & Plant Lift

Zero

Helicopter Hours

None

Scaffold Required

[Applications / Stringing]

Pull the first cable across anything

Every transmission line starts with a pilot rope, and the pilot rope has always been the hard part — dragged on foot through forest, winched across a river, or flown in by helicopter where neither is possible.

EndureAir deploys it in a single pass. The drone crosses the span while the crew stays on the ground, and the tools, plant, and hardware that follow go up to the tower rather than up the tower.

Conventional Method

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[Manual & Winch Pulling]

The pilot rope on foot

Conventional stringing walks the rope across the span. Through forest that has to be cut, across rivers that have to be boated, and over highways that have to be closed — slow, weather-bound, and the single longest item on the construction path.

Right-of-Way CuttingRiver CrossingsRoad ClosuresCrew on Foot
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Manual & Winch Pulling

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[Helicopter Stringing]

The aircraft that needs a corridor

Where the ground route fails, a helicopter flies the rope — at a mobilisation cost, an hourly rate, and a weather minimum that few projects can schedule around. The machine also needs clearance the corridor often does not have.

Mobilisation CostHourly RateWeather MinimumsClearance
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Helicopter Stringing

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Drone Method

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[Pilot Cable Deployment]

Pilot cable, first pass

Lightweight drones deploy the pilot cable across the span in a single pass, guiding it over rivers, forests, highways, and ravines. Eliminates the helicopter, the scaffold, and the manual climb from the critical path of line construction.

Pilot CableRiver CrossingsForest SpansLive Line Adjacent
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Pilot Cable Deployment

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[Tools & Plants Transportation]

Lift to the tower, not up it

Heavy-lift drones move tools, plants, and hardware directly to tower tops and remote structures. Replaces porters, cranes, and helicopter lifts on sites where road access ends well short of the asset.

Tower-Top DeliveryRemote StructuresCrane ReplacementPorter-Free
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Tools & Plants Transportation

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[Corridor Survey & Planning]

Corridor planning, before the crew

LiDAR and photogrammetry deliver corridor survey data faster and more accurately than a survey team on foot. Route planning, terrain profiling, and clearance checks happen before anyone mobilises.

LiDARPhotogrammetryRoute PlanningClearance Check
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Corridor Survey & Planning

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[Solutions]

Solutions

Aircraft, mission software, and certified crews delivered as one service — corridor survey through to the conductor in the sheave.

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Pilot Cable Stringing

The pilot cable across the span in a single pass — over rivers, forest and highways — with the helicopter, the scaffold and the manual climb off the critical path.

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Tool & Plant Lifting

Heavy-lift delivery of tools, plant and hardware straight to tower tops and remote structures, where road access ends well short of the asset.

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Corridor Survey

LiDAR and photogrammetry along the route, so terrain profiling, clearance checks and route planning are done before a crew mobilises.

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Linear Asset Inspection

Long-endurance observation passes over the built corridor, grading conductor, fitting and structure condition without a patrol on foot.

[Recommended Platforms]

Choose the right system for your corridor.

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Drone Image

Heavy-Lift Logistics

SABAL 20

Heavy-lift tandem-rotor platform for tool and plant transport to tower tops, remote structures, and high-altitude sections of the corridor.

20 kg

Payload

100 km

Ceiling

40 min

Endurance

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Drone Image

Micro FPV Drone

ALAKH

Micro FPV platform for close-range inspection of fittings, insulators, and tower structures where a larger airframe cannot safely approach.

400 g

Payload

4000 m AMSL

Ceiling

Rapid deploy

Endurance

[Why EndureAir]

Why utilities and EPCs fly with us.

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Access Without Roads

Reach forests, river crossings, and mountain sections where ground equipment simply cannot be positioned.

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Safety by Removal

Minimises human exposure to working at height and near live conductors — the hazard is designed out, not managed.

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EM-Shielded Airframes

Designed to operate reliably in the high-voltage electromagnetic environment around energised transmission lines.

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Cost-Effectiveness

Cuts the requirement for cranes, porters, and helicopter hours across the full construction and maintenance cycle.

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Speed & Reliability

Quick deployment and regular inspection cycles provide uninterrupted fault detection across the network.

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Sustainability

Low environmental impact — no access roads cut through forest, and no ground disturbance in sensitive terrain.

[Ready to Deploy]

Build the line faster, and safer.

Our team works with you from corridor survey to commissioning. Talk to a solutions engineer about your next transmission project.

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