Solar panels
Moving panels from the staging area to rooftops, slopes or work zones far from access roads.
Drone 360
DRONE LIFTING / AERIAL LOGISTICSLift the right load.
Lift the right load.
Place it exactly.
Lifting, lowering and moving solar panels, equipment and materials where cranes struggle to reach — with a fleet configured specifically for suspended loads.
DRONE LIFTING ≠ DRONE CLEANINGTwo separate aircraft systems, payloads and safety procedures.
01 / APPLICATIONSTurn a vertical gap
Turn a vertical gap
into a flight path.
The right fit when manual transport is slow, the terrain is steep or there is nowhere to place a crane. Every plan is confirmed only after the payload, flight path and safety zone survey.
Equipment & tools
Transporting installation equipment, accessories and materials in standardised packages.
Difficult terrain
Supporting mountain sites, isolated areas or long ground transport routes.
Construction & MEP
Lifting HVAC modules, compact steel frames and building services equipment into place.
SDS / COMMERCIAL REEL / 00:06From the ground.
From the ground.
To the exact spot.
Solar · Construction · Equipment · Difficult terrain
02 / CONSTRUCTION & MEPLift the equipment.
Lift the equipment.
Skip the crane wait.
For compact loads with a known centre of gravity and lifting points, a drone can move HVAC modules, building services equipment or small components from the staging area to installation height.
- Four-point rigging matched to load geometry
- Tag lines controlling rotation
- Exclusion zone beneath the suspended load
- Sending and receiving crews in direct coordination
02 / THE SYSTEMThe aircraft is only
The aircraft is only
part of the equation.
The lift drone is selected for weight, altitude, distance and wind conditions.
Slings, frames and balance points are designed around the geometry of the load.
Receiving and sending teams work under a single command channel.
Flight corridors and exclusion zones are set before every lift cycle.
03 / PROCESSFrom the package
From the package
to the placement point.
Each step answers a specific risk before the load leaves the ground.
Payload survey
Recording dimensions, weight, lifting points and surface protection needs for each package.
↗Route survey
Assessing terrain, altitude, obstacles, wind and staging areas at both ends of the route.
↗Rigging design
Selecting slings, frames, release mechanisms and anti-rotation setups suited to the panels.
↗Unloaded test flight
Confirming the route, inter-position comms and emergency stop drills before carrying a load.
↗Lift & handover
Moving in controlled cycles, confirming each run and recording the mission log.
↗04 / MISSION GO / NO-GONot every load
Not every load
should be flown.
The decision to deploy is based on real payload weight, aerodynamic stability, weather, airspace, populated areas and the ability to set up safe pick-up and set-down points.
- Verified weight and centre of gravity
- Rigging checked before every run
- Wind limits based on the actual configuration
- No personnel beneath a suspended load
- Load-release and emergency stop procedures
REQUEST A PAYLOAD SURVEYShow us the path
Show us the path
your load has to travel.
Send photos of the packages, their weight, pick-up point, set-down point and the site address for a first assessment.