Industrial Drones for Lifting in 4 Hard Environments

Cargo, firefighting, rescue and power grid construction. Each imposes a different constraint — and each points to a different airframe in the range.

Four Environments

Industrial drones for lifting, in the places that break weaker platforms

Each of these applications imposes a different constraint. Cargo is about cost per kilogram. Firefighting is about response time. Rescue is about access. Grid work is about altitude and precision.

01
Cargo Transport
320 kg
Typical Working Load

Mountain logistics and construction hauling

The economics are simple: if a route takes four hours by mule and eight minutes by drone, the drone wins as soon as the payload justifies the airframe. Construction material, fuel, water, food, tools and generators all fall into this category.

Constraint: cost per kilogram per kilometre. This is where the 6-axis LY300 often beats a larger airframe — less battery mass per kilogram delivered.

LY300LY400LY500
02
Firefighting
220 kg
Rapid Response Load

High-rise and wildland equipment delivery

Firefighting support is rarely about water. It is about getting hose, nozzles, breathing apparatus and communication gear to a position that engines cannot reach and crews should not climb to under load.

Constraint: response time and precision release. The 4-axis LY200 is the compact rapid-response option; the 8-axis version is preferred when flying over structures.

LY200LY200-H13LY100-H13
03
Search & Rescue
120 kg
Medical Supply Drop

Medical and equipment delivery to inaccessible terrain

In rescue the payload is usually small and the access problem is total. A 100 kg airframe that launches from a road head in two minutes is worth more than a 450 kg platform that needs a crane to unload.

Constraint: deployment speed and crew size. The LY100-H13 runs on a two-person crew and folds for vehicle transport.

LY100-H132-Person CrewVehicle Portable
04
Power Grid
410 kg
Delivered @ 2,788 m

Tower erection, conductor stringing, insulator transport

Grid construction is our most demanding application and the one where we have the most field data. Towers are built on ridgelines and across valleys, at altitude, in wind, with no road access. This is precisely where payload derating hurts most.

Constraint: altitude and precision. The LY400 is the reference platform: 410 kg delivered at 2,788 m on a live project, with operations at 4,200 m and 4,300 m.

LY4002,788 m ProvenPlateau
FAQ

Application questions

Cargo transport on a defined route. It has the clearest economics, the most predictable operating pattern, and it builds the crew experience you will need before attempting grid or rescue work.
Yes. The LY400 in particular is used for cargo, grid and rescue work with different payload interfaces. Battery configuration is what usually changes between applications: fast-charge for continuous duty, solid-state for long endurance.
Yes. Operating procedures and on-site training are provided with delivery, tailored to the application you are buying for. Grid work in particular benefits from application-specific training before the first live job.

Tell us the payload. We will tell you the airframe.

Send your payload, altitude and route distance. You get a model recommendation, a battery configuration and a delivered price.

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