How do I simulate cargo operations in MSFS 2020?

To simulate cargo operations in Microsoft Flight Simulator 2020, choose a suitable aircraft, create a freight route from the World Map, enter cargo through the aircraft’s payload stations, keep the centre of gravity and weight limits legal, load route fuel, then operate from cargo ramps using the doors and ground services the model supports.

Does MSFS 2020 have cargo missions?

Microsoft Flight Simulator 2020 does not turn an ordinary flight into a managed cargo contract; the standard workflow is self-directed. You choose the route, aircraft and load, while the simulator models the resulting weight and balance.

Third-party aircraft and mission or economy add-ons can add contracts, income, loading screens and persistent fleets. That administrative layer is separate from the flight model, so always confirm that the assigned freight has actually appeared in the aircraft’s Weight and Balance system.

Which aircraft should I use for cargo flights?

Choose the aircraft for the load, runway and operating conditions, not merely for its cargo paint scheme.

Our breakdown of the aircraft included with MSFS 2020 helps establish what is already available. For a dedicated heavy-lift scenario, the library includes a downloadable Antonov An-225 cargo aircraft; we also host additional civil jets and liveries suitable for freight routes.

How do I load cargo correctly in MSFS 2020?

Cargo affects the flight model only when its mass is entered into active payload stations or an add-on’s linked load manager. Visible pallets, containers and cargo liveries are cosmetic unless the aircraft specifically connects them to its payload system.

1. Define the shipment. Choose a cargo mass and confirm whether the interface is displaying kg or lb. A unit mismatch can make a plausible load dangerously heavy or unrealistically light.
2. Select one loading method. For a basic aircraft, use the simulator’s Weight and Balance or Fuel panel. For a complex add-on, follow its electronic flight bag or payload manager and use its option to apply or synchronise the load if provided. Do not load the same freight in both systems unless the aircraft documentation explicitly requires it.
3. Distribute the load. Split the freight between forward and aft cargo stations while watching the centre-of-gravity indication. Loading everything into one compartment can put the aircraft outside its approved CG envelope even when total weight is legal.
4. Add route fuel separately. Load enough for the planned flight, contingencies and reserve rather than filling every tank automatically. If the aircraft is overweight, reduce cargo or fuel according to the operation instead of ignoring the warning.
5. Check every limiting weight. Verify zero-fuel, ramp, take-off and expected landing weights against the aircraft’s own limits. A short sector can leave a heavily fuelled freighter above its maximum landing weight.
6. Set performance data for the final load. Recalculate trim, take-off speeds, flap setting and runway requirements after changing cargo or fuel. Use the aircraft’s own documentation, flight computer or performance tool rather than borrowing figures from another model.

The simulator calculates CG from the payload stations defined by the aircraft developer. A poorly configured model may have simplified or inaccurate stations, while a passenger aircraft may offer only seats and baggage compartments. Those can approximate belly freight, but they do not create a true freighter conversion.

How can I simulate cargo loading and unloading?

A convincing turnaround starts from a parking position and uses only the services that the selected aircraft and airport support.

1. Begin on a ramp or cargo stand. Starting on the runway skips the loading phase and may leave no room for service vehicles.
2. Secure the aircraft. Set the parking brake, shut down as appropriate and connect ground power if the model provides it.
3. Open the correct cargo doors. Door controls may be in the cockpit, an aircraft tablet or a custom menu. The standard toolbar cannot animate a door that the aircraft developer did not model.
4. Request available services. Ground vehicles depend on the airport parking spot and aircraft configuration. If a loader does not appear or align, try a suitable cargo stand; some aircraft-airport combinations simply lack compatible visual equipment.
5. Apply the load. Enter the freight through the same payload system chosen before departure. After arrival, reduce those stations to represent unloading.

An open cargo door or attached loader does not prove that weight has been added. Check the displayed aircraft weight and CG before starting engines.

What makes an MSFS cargo flight realistic?

A realistic freight flight needs a basic load sheet, valid performance data and a plausible operating constraint.

• Record the origin, destination, cargo mass, fuel, zero-fuel weight, take-off weight and estimated landing weight.
• Choose airports with suitable runways and parking stands rather than sending a heavy freighter to an unsuitable regional apron.
• Plan weather, routing, an alternate and fuel reserve as you would for an airline flight.
• Use a cargo callsign or flight number and allow sensible time for loading, paperwork and unloading.
• Account for the load during taxi, take-off, climb and landing; a heavy aircraft accelerates more slowly and requires different performance figures.

MSFS 2020 primarily understands cargo as mass located at defined stations. It does not inherently distinguish machinery from flowers, nor does it model pallet restraint, dangerous goods, temperature control or usable cargo volume unless a particular add-on supplies those features.

Common cargo simulation mistakes

Most cargo simulations go wrong because the visual setup and the aircraft’s actual mass do not match.

• Treating a cargo livery as a functional freighter conversion.
• Maximising both payload and fuel without checking structural limits.
• Confusing pounds with kilograms.
• Entering the same payload through both the simulator and an aircraft tablet.
• Ignoring fore-and-aft distribution because total weight appears legal.
• Using generic take-off speeds after changing the payload.
• Expecting every cargo door, loader and parking stand to work with every aircraft.