01 / Cover

Drone Delivery: autonomous cargo delivery

Cargo drones, docking stations and one piece of software — delivery where vehicles cannot go.
Payloads up to 30 kg, scheduled flights and a full record of every consignment.

Delivery speed
×10 against the road route

A cargo drone carrying a container over a mountain gorge

PAYLOAD: 30 KG
ROUTE: BVLOS
MODE: AUTO

02 / The problem

The last mile costs more than the whole route

A drone flying above a river in a mountain valley

Terrain

Mountains, canyons and rivers: the detour takes hours instead of minutes.

Weather

Fog, snow and mud close the road for days at a time.

A remote mountain site with no access roads

Remoteness

Sites without roads are supplied by helicopter or all-terrain vehicle.

A cargo drone above the terraces of an industrial site

Cost

A dedicated vehicle run for 20 kg of cargo is expensive and slow.

03 / Architecture

Three layers of the delivery system

The drone flies the run, the dock services it without a person, and the platform plans routes and keeps track of the cargo. All three layers are supplied and configured as one solution.

Cargo drone

Up to 30 kg of payload, case or winch, operation in rain and wind.

Docking station

Automatic landing, charging and preparation for the next run without an operator.

Controllers and tablets running the flight management interface

Platform

Routes, dispatch, statuses and reports for every run.

04 / Autonomy

Docking stations:
scheduled runs 24/7

01No pilot required: take-off, landing, charging and data offload all run to schedule.

02Climate protection: battery heating and cooling, IP55+ ingress rating, operation from −20 °C to +50 °C.

03Remote control: runs are managed from a central office anywhere in the world.

04Mobile option: a pickup-mounted station deploys at a new site in minutes.

A drone landing in an automated docking station

A mobile docking station in the bed of a pickup truck

05 / Routes

BVLOS routes
and flight safety

01Beyond visual line of sight: the route follows terrain and altitudes, not a straight line on the map.

02Corridor check: obstacles, restricted zones and alternate pads are verified before departure.

03Cargo monitoring in flight: weight, sling position and swing are visible to the operator in real time.

04Contingency scenarios: return to the pad or land at a backup point on failure or low battery.

A delivery route being executed on the map

Flight telemetry: cargo weight and descent parameters

06 / Management

Fleet management
and ERP integration

01One dispatch screen: every aircraft, pad and run in a single window.

02Request queue: a delivery order becomes a run automatically — by priority, weight and departure window.

03ERP/WMS integration: run statuses flow back into the client's system over an API.

04Reporting: flight hours, kilograms delivered and cost per run for every route.

A dispatch screen with routes and aircraft

An operator running flights from a laptop and controller

07 / Use cases

Where drone delivery pays off first

A cargo drone on a landing pad at an industrial facility

Construction and industrial sites

Tools, spare parts and concrete samples between sections — past the access gate and the traffic.

Healthcare and remote settlements

Samples, vaccines and medicines to mountain areas cut off by mud and snow.

Cargo delivered by drone to a vessel in port

Ports and energy

Delivery to vessels, rigs and substations without a boat or special transport.

08 / Impact

The economics of a route

What changes once drone delivery goes live

×10

Delivery speed. A direct run instead of a detour by road.

−70%

Cost per run. No driver, no fuel, no vehicle depreciation.

24/7

Availability. Night, weekends and mud do not stop the run.

0

People in the danger zone. The cargo goes by air, not along a mountain road.

We calculate the economics of your route before deployment: distance, weight, run frequency and what delivery costs you today