A useful first aircraft is one you can test repeatedly and land with its intended cargo. This guide turns the build-and-deliver loop into a small sequence of checks, using current engine, wheel and campaign updates rather than invented mission names or a universal upgrade order.
- Begin with a small flight test, not a shopping list
- Read the job before changing the aircraft
- Test the loaded configuration
- Match the engine to the speed you can sustain
- Check ground handling separately from flight handling
- Use short experiments to choose an upgrade
- Treat helicopters as a separate design task
- Plan the next stage once the basic loop is reliable
1. Begin with a small flight test, not a shopping list
Before chasing a distant job, save a straightforward design and make a short flight that ends with a landing. This is a testing method, not a claim that the game forces a particular tutorial aircraft. Learn which controls change throttle, pitch, roll and the view on your setup. Keep a copy of the design that works; a recognizable baseline makes later failures much easier to diagnose than repeatedly rebuilding a machine whose previous behavior you never recorded.
Sources: Steam store
2. Read the job before changing the aircraft
Cargo types have different transport requirements in the official description. Check what the selected delivery asks for, how much you must carry and where you intend to go. Compare those requirements with the craft you have actually flown. Fuel capacity, cargo space, mass and speed are trade-offs, so adding a larger tank or more cargo capacity is not automatically a complete solution. The practical goal is a craft fitted to this journey, rather than a single ideal aircraft for every job.
Sources: Steam store
3. Test the loaded configuration
An empty-aircraft success does not demonstrate that a cargo configuration has been tested. Use the intended load when judging whether the mission build is comfortable to handle, and note where the flight starts to differ from your baseline. Update 6 says aircraft weight and control surfaces contribute subtle differences in responsiveness while keeping designs accessible to control. Treat that as a reason to compare loaded behavior, not as an excuse to prescribe an exact real-world center-of-mass formula the game documentation does not establish.
Sources: Update 6
4. Match the engine to the speed you can sustain
Since Update 6, engines have an airspeed-efficiency curve and an optimal-speed statistic. Read that statistic instead of choosing solely by how imposing an engine looks. For a fair comparison, keep the rest of the aircraft similar and observe the speed range you actually use during a delivery. An engine designed around a different speed may change the result, but the notes do not provide one universally best engine. Let the mission and your observed flight inform the next research purchase.
Sources: Update 6
5. Check ground handling separately from flight handling
Update 6 introduced a friction statistic on wheels. That gives landing-gear selection a specific ground-handling consideration that a generic advice page can miss. If an aircraft flies acceptably but is awkward on the ground, compare wheel choice and the takeoff or landing sequence before replacing the entire airframe. Record the symptom in plain terms, such as difficulty slowing or changing direction; the statistic alone does not prove the cause of every runway problem.
Sources: Update 6
6. Use short experiments to choose an upgrade
Keep one change per comparison when possible. For example, compare engine choice on the same route, then compare fuel capacity only after that engine test is understood. Write down whether the change helped with the requirement that prompted it. Creative mode offers unlimited resources, so it can help with unfamiliar parts before you depend on them in the campaign. This process does not assume refunds, crash penalties or a particular mission payout; it simply keeps your test results interpretable.
Sources: Steam store
7. Treat helicopters as a separate design task
Update 5 added helicopter cockpits, engines and optional boat landing locations with very small landing strips. The announcement says those new airports require starting a new game, a detail worth checking if a long-running save does not match a fresh guide. Do not erase a campaign save just to chase a location before checking current notes and keeping a backup. A helicopter build asks different questions from a runway plane; learn the vertical controls on a separate saved design.
Sources: Update 5: Helicopters
8. Plan the next stage once the basic loop is reliable
After you can launch, carry the selected load and land predictably, research parts that address the next delivery requirement. New airports and islands expand the campaign rather than imposing the fictional mission names sometimes repeated in old guides. Beyond campaign completion, Update 9 supplies generated quests; their requirements may vary. Keep an adaptable transport baseline and alter only what a job needs. Update 10 cameras can help you choose a useful viewpoint, but a new camera is not a substitute for a tested aircraft.
Sources: Update 9
| Test | What to record |
|---|---|
| Short flight | Takeoff, response and landing |
| Loaded flight | Differences from the unloaded baseline |
| Upgrade comparison | One part changed and the resulting behavior |
A test is useful only if you can repeat it. Save the baseline and describe the problem before adding parts.
Related guides
Read the job, test with its load, compare engine speed and ground handling separately, and research for a specific requirement. A small repeatable design teaches more than an aircraft rebuilt after every uncertain flight.
Sources checked October 11, 2026. Published facts are linked beside their explanations; testing and teamwork suggestions are editorial advice, not verified optimal builds.
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