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Wide view of an offshore wind farm standing in calm ocean waters under a clear blue sky, highlighting a wind turbine hub for VectaCore VC-35G inspection and cargo maintenance missions.

Offshore Cargo Delivery

The Challenges at Sea

2–3 hours
are lost by crews waiting on a spare part or missing tool.
30+ kg
payloads are too big for electric UAVs, but too small to justify a manned helicopter.
Draining climbs
for manually retrieving a forgotten tool are inefficient and tedious.
20–35 days/year
is the average downtime of an offshore turbine.
Charter + crew
for a helicopter run means high risk of life for crew members.
€200k–525k
of estimated sunk revenue due to downtime, annually.

The VC-35 System as a Solution

THE RIGHT SIZE GETS THE JOB DONE

  • Carries weight, not batteries.

    Unless a battery is the payload. The VC-35G carries up to 35 kg of parts and tools, making it the heavy lifter of its weight class. Offshore, where dead weight eats your margins, this capacity works in your favor.

  • No Time to Waste

    Offshore windows close fast. The VC-35 System needs a significantly smaller crew than manned alternatives. When a tool is missing or a turbine goes down, automated mission cycles cut costs and shorten response time.

A comparative chart illustrating 'THE GAP' in the aerial vehicle market. The chart has a lower-left 'Electric UAV zone' for smaller, short-range craft and an upper-right 'Helicopter Zone' for larger, crewed aircraft. A prominent teal-shaded central region labeled 'THE GAP' indicates a market opportunity, positioned just above a label for the 'VC-35G System' and its comparison metrics. The data below argues that the VectaCore C-35G (with its ~35kg, 200km range, and moderate cost) provides capability not met by current electric UAVs (30kg, 16km, low cost) and crewed helicopters (1,500kg, 650km, very high cost).

SAFE BEYOND THE HORIZON

  • Double Down Against the Wind.

    Maritime conditions are harsh and unpredictable. That is why the VC-35G runs synchronized Flettner double-rotors, which hold steady in winds up to 40 km/h that would otherwise keep you grounded.

  • You Command Automation

    Set the target, monitor live telemetry, and maintain absolute authority to override or abort at any moment. All commands are safeguarded by the system’s mesh-redundant network.

Direct top-down aerial shot of the VectaCore VC-35G helicopter drone flying above crashing white ocean waves and rugged dark coastal rocks.

PRECISE DROPS, SAFE RETURNS

3D topographic digital visualization with contour lines depicting a coastal mountain range, featuring the VectaCore VC-35G unmanned helicopter stationed on a elevated circular helipad.

  • Plan

    Set your mission target and payload with the planning software.

  • Launch

    Autonomous takeoff, transit, and navigation are closely monitored by the Ground Station.

  • Drop

    On arrival, drop mode is triggered and the payload is safely lowered to your technician at the turbine.

  • Return & Log

    The VC-35G returns home, writes the mission logs and is cleared for the next operation window.

Set your mission target and payload with the planning software.

Command the Airspace With the VC-35 System

Automate your most demanding missions with unmanned helicopters.

Key Specs

35 kg
Payload
3-6 h
Flight Endurance
200 km
Transmission Range
108 km/h
Max. Flight Speed

Find your operation

Industry

Offshore Cargo Delivery

Lift efficiency and safety to the next level: automate your offshore supply chain and let the VC-35G deliver critical parts with pinpoint precision.

Firefighting

Unmanned Wildfire Response

Keeping cool when situations get heated: find out how the VC-35 System automates detection to keep your firefighters safe.

Get in touch

Talk with one of our experts