Virtual cargo explained: set up freight flights, choose aircraft, load payload, verify deliveries and fix weight-and-balance errors.
Virtual cargo operations are simulated freight deliveries in which a pilot accepts or creates a shipment, selects a suitable aircraft, loads its payload safely, plans fuel and routing, flies the sector and records delivery. They work in general-purpose flight simulators independently, through virtual cargo airlines or with career systems.
This answer covers General civilian flight simulation, including Microsoft Flight Simulator 2024 and 2020, X-Plane, FSX and Prepar3D. Virtual cargo is an operating style rather than one standard feature shared by every simulator.
What does a virtual cargo operation include?
A complete virtual cargo operation covers the shipment from assignment to unloading, not merely a flight in an aircraft wearing a cargo livery.
- Creating or accepting a job with an origin, destination, commodity and gross cargo weight.
- Choosing an aircraft with enough usable payload, range, cargo volume and runway performance.
- Planning the route, fuel, weather alternates and suitable departure and arrival stands.
- Distributing freight among payload stations while keeping the centre of gravity within limits.
- Operating cargo doors and ground equipment where the aircraft or add-on supports them.
- Flying the sector and recording the delivery through a logbook, career system or pilot report.
Most general-purpose simulators interpret cargo as mass assigned to loading stations. The virtual cargo shown on a manifest might be mail, machinery, medical supplies or refrigerated food, but the flight model normally responds only to its weight, distribution and any drag explicitly modelled by the aircraft.
Package dimensions, container compatibility, floor-loading limits and hazardous-goods restrictions are often not enforced. Apply those constraints yourself when the aircraft documentation or job system supplies them; being below maximum take-off weight does not prove that a bulky or concentrated load is physically plausible.
How do you set up a realistic flight simulator delivery?
Set up a flight simulator delivery by defining the shipment first and then working out which aircraft, payload distribution and fuel load can carry it safely.
- Define the job: record the departure and destination airports, gross shipment mass and any time or aircraft restrictions. Use the packed weight, including pallets or containers, when that information is available.
- Select the aircraft: compare usable payload, payload-range capability, runway requirements and loading access. Choose a utility aircraft for small remote deliveries, a regional freighter for feeder work or a jet freighter for larger hub-to-hub loads.
- Enter the payload once: place cargo in the appropriate forward, aft, lower-hold or main-deck stations. Do not add the aircraft's empty weight, and add crew only if the model has not already included them.
- Check weight and balance: verify the centre-of-gravity envelope and the published maximum zero-fuel, take-off and landing weights where the aircraft provides them. Payload and fuel compete for the same available weight, so full tanks and maximum cargo rarely coexist.
- Confirm route feasibility: calculate enough fuel for the planned flight and required reserves without exceeding a limit. Check runway length, elevation, weather and destination handling rather than looking only at map distance.
- Simulate loading: park, secure the aircraft, open the correct doors and request loaders or vehicles if supported. Establish whether those animations also alter payload or are visual only.
- Fly and close the delivery: complete the sector, park at the required airport or stand, unload and submit the flight if a tracking system is being used.
For the older Microsoft simulator, our aircraft-loading workflow for MSFS 2020 covers the simulator-specific process without requiring a career add-on.
Which aircraft suits airline simulator cargo?
The best cargo aircraft is the smallest type that can carry the shipment over the required distance while meeting weight, balance, runway and volume constraints.
| Aircraft category | Suitable virtual operation | Decision points |
|---|---|---|
| Utility aircraft or helicopter | Medical supplies, mail and remote deliveries | Short-field or off-airport access, modest payload and limited range |
| Regional turboprop freighter | Feeder cargo between smaller airports and hubs | Door dimensions, runway performance and payload-range trade-off |
| Passenger or combi aircraft | Belly freight carried alongside passengers | Available hold capacity after baggage and passenger weight |
| Narrow-body freighter | Domestic and regional airline cargo | Main-deck loading, stand size, runway length and sector economics |
| Wide-body freighter | Heavy, oversized or intercontinental shipments | Maximum weights, fuel demand and airport infrastructure |
A dedicated freighter is not mandatory, because passenger aircraft routinely carry freight in their lower holds. It becomes valuable when the simulation includes a main-deck cargo door, freighter-specific payload stations and appropriate loading controls. FSX pilots can inspect those features in this 747-400F freighter package with cargo doors and loading bays.
A cargo paint scheme alone does not convert a passenger model. If the underlying aircraft retains passenger stations, cabin doors and passenger weights, treat it as a cosmetic livery unless its documentation says otherwise.
Which flight simulator is best for cargo operations in 2026?
The best cargo simulator in 2026 depends on whether you want built-in contracts, detailed aircraft systems, an established add-on collection or complete freedom to invent jobs.
| Simulator | Choose it when | Main cargo caveat |
|---|---|---|
| Microsoft Flight Simulator 2024 | You want built-in career cargo work alongside self-planned and add-on operations | Career jobs have their own completion rules, while aircraft loading depth still varies by model |
| Microsoft Flight Simulator 2020 | You prefer self-created flights, virtual airlines or external career systems | It does not provide the same native career structure as MSFS 2024 |
| X-Plane | You prioritise aircraft-specific systems and flexible desktop simulation | Visible cargo, doors and loading logic depend heavily on the chosen aircraft |
| FSX or Prepar3D | You already use an established collection of freighters, scenery and utility add-ons | Compatibility and loading features must be checked for each aircraft and simulator edition |
Microsoft Flight Simulator 2024 was updated through Sim Update 5 in April 2026. It runs on PC, Xbox Series X|S, PlayStation 5 and PS5 Pro; its PlayStation release on 8 December 2025 was the first for the Flight Simulator series, and PSVR2 support is a free 2026 update. Microsoft Flight Simulator 2020 remains limited to PC and Xbox.
None of these is solely a plane-loading simulation. Ground vehicles, pallets and container animations may provide convincing visuals without changing gross weight or centre of gravity. Conversely, a technically accurate payload can affect take-off performance even when no freight is visible in the cabin or hold.
How do virtual cargo airlines and virtual air logistics work?
Virtual cargo airlines organise freight flying through assigned routes, fleets, operating rules and recorded results, while virtual air logistics may also cover dispatch, shipment allocation and feeder connections.
| Operating format | What it provides | Best suited to |
|---|---|---|
| Self-managed cargo | Your own routes, manifests and operating rules | Flexible flying without accounts, ranks or schedules |
| Virtual cargo airline | Published routes, fleet restrictions, pilot ranks and logged flights | Structured airline simulator cargo operations |
| Career or economy system | Generated contracts, deadlines, aircraft costs and persistent results | Pilots who want each delivery to affect a larger operation |
A virtual airline can be entirely freight-focused or operate cargo alongside passenger, charter and regional divisions. Our guide to choosing and joining an MSFS virtual airline explains what to check before installing its tracker or accepting fleet restrictions.
Completed flights are commonly submitted as pilot reports, usually called PIREPs. Depending on the operator, a report may contain the flight number, aircraft, route, block times, fuel figures, payload and landing data; our breakdown of PIREP data and the filing process explains how the credit system works.
What does virtual cargo verification check?
There is no universal virtual cargo verification system; verification can refer either to an account or to evidence that a particular freight flight was completed under the operator's rules.
| Verification type | What it usually establishes | What to check |
|---|---|---|
| Account verification | That the pilot controls the registered account or contact address | Use the code or link supplied inside that service's official account process |
| Flight verification | That the planned aircraft, airports and flight were recorded | Start the required tracker before moving and confirm it has connected to the simulator |
| Delivery verification | That the assigned cargo reached the required destination and completion state | Check the destination identifier, parking condition, shutdown state and payload rules |
If a delivery is rejected, compare the tracker record with the assignment before repeating the flight. Common causes are a wrong airport code, an unapproved aircraft, a tracker started after departure, manual payload entered on top of injected cargo, or ending the session before the system detects parking and shutdown. Exact acceptance rules belong to the virtual airline or career system rather than the simulator itself.
Are ‘My Virtual Cargo’ and ‘Virtual Air Logistics’ built-in simulator features?
Capitalised names such as ‘My Virtual Cargo’, ‘Virtual Cargo’ or ‘Virtual Air Logistics’ may identify a particular operator, account portal or community rather than a standard simulator menu.
Microsoft Flight Simulator, X-Plane, FSX and Prepar3D do not share a common service under those names. If an account page requests verification, use that operator's published process; if the words are being used generically, they describe the freight planning, flying and delivery workflow covered here.
Why is my virtual cargo too heavy, badly balanced or not visible?
Most loading failures come from excessive fuel, incorrect units, duplicated payload or cargo concentrated in the wrong station.
| Problem | Likely cause | Fix |
|---|---|---|
| Aircraft exceeds maximum take-off weight | The combined aircraft, payload and fuel mass is too high | Recalculate the mission, then reduce cargo or fuel within safe range limits, or choose a larger aircraft |
| Centre of gravity is outside limits | Too much freight is loaded forward or aft | Move cargo between stations; simply reducing total mass may not correct the balance |
| Cargo is implausibly heavy or light | Kilograms and pounds have been confused | Confirm the units used by both the manifest and payload interface before converting values |
| Payload appears twice | A career tool injected cargo that was also entered manually | Remove one copy and let a single system control the load |
| Pallets appear but weight does not change | The loading animation is visual only | Check the simulator or aircraft loading manager for actual gross weight and centre of gravity |
| Weight changes but no cargo appears | The aircraft models payload physics without visible freight | Treat the load as valid if the correct mass and stations are recorded |
| Cargo doors will not open | The model lacks a working freighter door or requires aircraft-specific controls | Use the aircraft's documented door command; a cargo livery cannot add missing animations |
| Delivery is not credited | The tracker missed departure, arrival or the required completion state | Check its recorded airports and finish the specified parking and shutdown procedure |
Do virtual cargo operations require add-ons?
No. Native payload, fuel and flight-planning controls are enough to create a credible cargo flight; add-ons are needed only for features such as generated contracts, persistent finances, shipment tracking or animated ground handling.
The crucial decision is which system controls the aircraft's actual mass. We recommend loading the shipment through one source and then confirming gross weight and centre of gravity in the simulator or aircraft instruments. If an advanced aircraft uses a custom loading manager or electronic flight bag, follow its documented method rather than editing the native payload screen afterwards, which can desynchronise the displayed and simulated load.