Learn how virtual cargo operations in flight simulators work, from aircraft choice and payload loading to weight, balance and ground handling.
Virtual cargo operations are simulated freight flights in which a pilot plans a shipment, chooses a suitable aircraft, loads payload, checks weight and balance, flies the route, and unloads at the destination. They can be flown independently, through a virtual airline, or with career and ground-service add-ons in most civilian flight simulators.
What does a virtual cargo operation include?
A virtual cargo operation covers the complete movement of freight rather than just flying a cargo-liveried aircraft. In general-purpose simulators such as Microsoft Flight Simulator 2020 and 2024, FSX, Prepar3D and X-Plane, that normally involves:
- Accepting or creating a shipment with an origin, destination and cargo weight.
- Selecting an aircraft with suitable payload, range, runway and loading capabilities.
- Planning the route, fuel and alternates.
- Loading freight into the correct payload stations while keeping the centre of gravity within limits.
- Operating cargo doors, loaders, tugs and other ground equipment where supported.
- Flying the sector and recording delivery, fuel use, damage or delay.
The simulator usually understands cargo as mass assigned to loading stations, not as individual parcels or pallets. A manifest may identify machinery, mail or medical supplies, but the commodity itself affects the aircraft only if a career or cargo system explicitly models it. The core flight model primarily responds to weight, balance and drag.
How are virtual freight jobs organised?
Cargo flights can be self-managed, assigned by a virtual airline or generated by a career system.
| Format | What it adds | Best suited to |
|---|---|---|
| Self-managed | You choose the route, shipment and operating rules | Flexible flying without schedules or account management |
| Virtual airline | Published routes, fleet restrictions, ranks and logged flights | Pilots who want organised airline procedures and progression |
| Career or economy system | Generated contracts, deadlines, aircraft costs and financial results | Pilots who want each freight flight to affect a persistent operation |
A virtual airline may operate a dedicated freight division or mix cargo assignments with passenger work. Our explanation of virtual airline assignments, ranks and flight logging covers how that wider structure works.
How do you set up a realistic cargo flight?
Set up a cargo flight by working from the shipment backwards: establish what must be carried, then choose the aircraft, payload distribution and fuel required to move it safely.
- Create the job: specify the airports, shipment weight and any delivery conditions. A small urgent consignment may suit a utility aircraft, while palletised freight between major hubs calls for a dedicated freighter.
- Choose the aircraft: compare usable payload, range, runway requirements and cargo-door access. Simulators rarely enforce cargo volume, pallet dimensions or floor-loading limits, so apply those constraints yourself when the aircraft documentation provides them.
- Enter the payload: distribute the shipment among cargo stations rather than placing all its weight in one compartment. Include crew, loading equipment and pallet or container tare weight when modelling a detailed manifest.
- Add fuel and verify limits: check maximum zero-fuel weight where published, maximum take-off weight, maximum landing weight and the centre-of-gravity envelope. Do not automatically fill the tanks; payload and fuel compete for the aircraft's available weight.
- Complete ground handling: park correctly, secure the aircraft, open the appropriate doors and simulate loading before departure. A ground-service package may animate loaders and vehicles; our guide to using GSX for loading, refuelling and pushback explains the distinction between visual services and aircraft payload.
- Fly and close the job: operate the sector, unload at the assigned stand and record the result if using a virtual airline or career system.
Microsoft Flight Simulator 2020 users can follow our step-by-step MSFS 2020 cargo workflow for simulator-specific aircraft selection, loading and unloading.
Which aircraft should you use for virtual cargo flights?
Choose the smallest aircraft that can carry the freight over the required distance while remaining within runway, weight and balance limits.
| Aircraft type | Typical virtual operation | Main considerations |
|---|---|---|
| Utility aircraft or regional turboprop | Mail, supplies and feeder cargo to smaller airports | Short-field performance, limited payload and weather exposure |
| Narrow-body or medium freighter | Domestic and regional hub-to-hub freight | Payload-range trade-off, runway length and stand size |
| Wide-body freighter | Heavy or intercontinental cargo | Maximum weights, long-range fuel planning and suitable airport infrastructure |
A dedicated freighter is not mandatory. Passenger aircraft routinely carry freight in their lower holds, while bush aircraft and helicopters can deliver supplies to places without conventional runways. Dedicated models become useful when you want a main-deck cargo door, freighter-specific loading stations and appropriate handling characteristics; the FSX/P3D 747-400F freighter package is one example for those simulators.
Why is the aircraft too heavy or badly balanced?
Most failed virtual cargo flights result from double-loaded payload, excessive fuel, incorrect units or freight concentrated in the wrong loading station.
- Over maximum take-off weight: reduce fuel if the route allows it, reduce cargo, or use a larger aircraft. Removing weight randomly without recalculating range can create a fuel shortage.
- Centre of gravity outside limits: move cargo between forward and aft stations. Reducing total payload does not necessarily correct poor distribution.
- Implausibly large load: check whether the interface expects kilograms or pounds. A unit mismatch can nearly double or halve the intended mass.
- Weight appears twice: some career or loading systems inject payload into the simulator. Do not also enter the same shipment manually unless the add-on instructions require it.
- Pallets appear but weight does not change: cargo animations may be purely visual. Confirm the simulator's payload value and centre of gravity rather than trusting what is shown outside the aircraft.
- Weight changes but no cargo appears: the aircraft may model payload physics without visible freight. This does not prevent a valid operation.
- Cargo doors do not open: door controls and animations are aircraft-specific. A cargo livery applied to a passenger model does not turn it into a functional freighter.
Do virtual cargo operations require add-ons?
No; a simulator's native payload, fuel and flight-planning controls are enough to create a credible cargo operation. Add-ons become useful when you want generated contracts, persistent finances, visible ground equipment, shipment tracking or automated flight validation.
The key is to know which system controls the aircraft's actual mass. Treat the simulator's weight-and-balance display as the final authority, then use manifests, animations and career records to add operational context without accidentally loading the freight twice.