Private jet range calculator

Private jet range: what the calculator is really telling you

Private jet range is the distance an aircraft can fly without stopping for fuel, and it's the first filter for any long trip. The calculator above checks a specific aircraft against a specific pair of places, and the "Range by aircraft" table shows how many of the city pairs we cover each model can typically fly nonstop. This guide explains what sits behind those answers: why published range is not the whole story, what shrinks it on a real day, which category of jet you need for the distances people actually fly, and when a fuel stop is a perfectly sensible choice.

We are a charter broker. We don't own or operate aircraft; we compare aircraft from licensed operators for your trip, and the operator's flight planning has the final word on every route. You can read about how we work on the JetPriceCheck home page.

Published range versus practical range

Every business jet has a published range, usually quoted by the manufacturer in nautical miles under defined conditions: a certain number of passengers, standard temperatures, no wind, and a set fuel reserve on landing (range in aeronautics). It's a useful way to compare aircraft, but it isn't a promise for your flight.

That's why our checks use a practical figure: 85% of published range. When the routed distance (the great-circle distance plus a 5% allowance for airways) fits within that, we mark the trip nonstop. When it only fits within the full published range, we mark it nonstop in good conditions, which means an operator may be able to do it but could need a stop on a bad day. Beyond published range, a fuel stop is likely.

The 85% rule is a screening tool, not flight planning. It's deliberately cautious on long flights and it gives you a realistic starting point before you ask for a quote.

What reduces private jet range on the day

Several factors eat into range, and they tend to stack up on exactly the trips where range matters most.

Headwinds. Winds at cruise altitude can be strong, especially where the jet stream blows from west to east across the North Atlantic and the North Pacific. A westbound flight from Europe to North America in winter can face long stretches of headwind, which cuts the distance an aircraft covers on the same fuel. The same flight eastbound can be noticeably faster. That's why a route can be nonstop in one direction and marginal in the other.

Payload. Passengers, baggage and catering all add weight. Most aircraft can't fill every seat, fill every tank and carry the maximum baggage at the same time. On a long flight, the operator may limit passengers or baggage to carry enough fuel.

Fuel reserves and alternates. Commercial flights must plan to arrive with fuel to reach an alternate airport where required, plus a reserve. In the United States, the rules for on-demand charter set out those requirements for instrument flights (14 CFR 135.223). If the destination's weather is poor and the nearest suitable alternate is far away, the fuel needed rises and the usable range falls.

Runway, elevation and heat. A short runway, a high-elevation airport or a hot day limits the weight an aircraft can take off with. Less take-off weight can mean less fuel, and so less range. Mountain resorts in summer are the classic case. Our calculator flags runways that are shorter than a typical requirement for the category, but the full performance calculation is the operator's.

Routing. Airways, restricted airspace and oceanic track systems add distance. Our 5% allowance is an average; some routes need more.

A category ladder built from real corridors

The simplest way to understand private jet range is to see which category our screening puts as the smallest that flies nonstop on the corridors we cover. The distances below are great-circle figures for those corridors.

Typical trip	Example corridors (distance)	Smallest category that flies nonstop in our screening
Short hops and regional flights	Boston to New York (158 nm), London to Paris (186 nm), Dubai to Doha (195 nm)	Turboprop
Medium sectors	New York to Miami (949 nm), Singapore to Hong Kong (1,385 nm), New York to Aspen (1,503 nm)	Turboprop; light jet for Aspen
Coast to coast in the US	New York to Los Angeles (2,129 nm), Miami to Los Angeles (2,035 nm)	Midsize jet
Europe to the Gulf, shorter transatlantic	London to Dubai (2,986 nm), London to New York (2,986 nm), Paris to New York (3,150 nm)	Super midsize jet
Longer transatlantic and long regional	Geneva to New York (3,352 nm), London to Miami (3,823 nm), Hong Kong to Sydney (3,993 nm), New York to São Paulo (4,162 nm)	Heavy jet
Intercontinental	London to Los Angeles (4,718 nm), Geneva to Aspen (4,543 nm), New York to Dubai (5,951 nm)	Ultra long range jet

Three things stand out. First, small aircraft cover far more of the corridor list than most people expect: most trips within Europe, the US East Coast and the Gulf fall inside the practical range of a turboprop, and so of a light jet, in our screening. Second, the jump from coast-to-coast to transatlantic is where the category ladder moves fastest, because a few hundred extra miles cross the threshold between midsize, super midsize and heavy. Third, only the longest city pairs (US West Coast to Europe, New York to the Gulf) truly need an ultra long range jet.

Our aircraft guide explains the cabin, passenger count and typical use of each category, so you can weigh range against comfort.

Reading the "Range by aircraft" table

The table above lists every aircraft model in our dataset, sorted from shortest to longest published range, with a count of how many of the city pairs we cover it can typically fly nonstop. A few tips help you read it.

Look at the jumps, not the rows. Counts rise in steps. A model with a little more range than the one above it may clear no extra pairs, because no corridor sits in the gap. A bigger step in range can unlock a whole group of transatlantic or Gulf pairs at once. Those jumps show where extra private jet range actually buys you new trips.

Compare within a category. Models in the same category can differ by several hundred nautical miles. If a route you care about sits near the edge, the specific model matters, and it's worth asking for that model by name.

Treat "Not verified" as unknown. Where we don't hold a checked range figure, the table says so and the model isn't counted. We don't guess.

Remember the figures are screening values. The published ranges in our dataset are manufacturer or public figures, not independently verified, and the count uses the 85% practical figure. An operator's own flight plan for your date, load and weather is the real answer.

Planning long-range trips by season and direction

Range margins change through the year, so it helps to plan with the season in mind.

Winter, westbound. The strongest headwinds on the North Atlantic usually come in the colder months. A trip that clears the practical-range test only narrowly is most likely to need a stop when flying west in winter.

Summer, hot and high. Hot weather and high elevation reduce the weight an aircraft can lift off the runway. Departures from mountain resorts in summer, and daytime departures from very hot airports, can be limited even when the distance is modest. Early-morning departures sometimes help.

Holiday peaks. In peak weeks the long-range fleet is in high demand. If your trip needs a heavy or ultra long range jet, ask early, and be open to a smaller aircraft with a planned stop as a fallback.

Range is only one reason to choose a bigger jet

Range sets the minimum. It doesn't set the right choice. Plenty of travellers pick a larger category than range alone requires:

• Cabin height and space. On flights of five hours or more, a stand-up cabin, a proper galley and room to sleep can change how you feel on arrival.
• Passengers and baggage. A group of eight with ski bags may not fit a smaller jet even when the distance is easy.
• Headroom for bad days. Choosing an aircraft that clears the 85% test comfortably makes a winter westbound flight far less likely to need an unplanned stop.

The opposite is also true. Booking an ultra long range jet for a 400 nm hop means paying for capability you won't use. Our private jet cost guide explains how hourly rates rise with category.

Range and flight time go together

Longer-range jets are usually faster too, but the difference in speed between categories is smaller than the difference in range. On a two-hour trip, stepping up from a light jet to a heavy jet saves only minutes in the air. On a nine-hour trip, a faster cruise and no fuel stop can save well over an hour door to door. So the value of extra private jet range grows with distance: it matters little on short sectors and a great deal on intercontinental ones. The route pages show estimated flight times by category, which makes this trade-off easy to see for any corridor we cover.

When a fuel stop is the better answer

A fuel stop isn't a failure. On some trips it's the sensible trade.

The case for a stop. A smaller category has a lower hourly rate. If a super midsize jet can fly a route with one short stop and a heavy jet can do it nonstop, the smaller aircraft may still cost less overall, even after the stop. For two or three passengers, that can be the better value.

The cost of a stop. A technical stop usually adds somewhere between 45 minutes and over an hour on the ground, plus the time spent descending and climbing again. It adds landing and handling fees, and on some routes customs formalities. Traditional transatlantic stops include airports in Atlantic Canada, Iceland and Ireland; Gander International in Newfoundland is a well-known example. Crew duty limits can also come into play on very long days.

How to decide. Ask for both options. We can put a nonstop quote on a larger aircraft next to a one-stop quote on a smaller one, with total journey time and total price side by side.

How to use the calculator well

1. Pick the aircraft you're considering and the two places. The tool uses the airports we cover for each place.
2. Read the fit label. Nonstop means comfortable in our screening. Nonstop in good conditions means ask the operator about the season and direction. Fuel stop likely means compare a stop against a larger aircraft.
3. Check the runway note. If a runway is flagged, the aircraft may still be able to use it, but ask about weight limits.
4. Look at the route page. Our route directory shows every corridor we cover, with flight times and estimate ranges for each category.
5. Consider one-way economics. On long flights, positioning is expensive. If you only need one direction, empty leg flights on a long-range aircraft can occasionally be worth watching.

When you have a shortlist, send us your dates and passenger count from the JetPriceCheck home page and we'll return options from licensed operators.

Frequently asked questions about private jet range

What is the longest private jet range?

The longest-range business jets in our dataset are ultra long range models, which can link cities such as New York and Dubai nonstop in our screening. Exact figures vary by model and conditions, and the table above shows the published values we hold.

Why is a route nonstop one way but not the other?

Mostly winds. Westbound flights across the North Atlantic often face headwinds, so the same aircraft covers less ground on the same fuel.

Does private jet range change with passengers?

Yes. More passengers and baggage mean more weight, and on long flights the operator may need to limit payload to carry enough fuel.

Can a light jet fly across the Atlantic?

Not nonstop on the corridors we cover. Our screening puts super midsize as the smallest category that flies London to New York nonstop, and heavy jets for longer transatlantic trips.

Is a fuel stop safe?

Yes. Technical stops are a normal part of long-range flying and are planned in advance at airports equipped for them. They add time and fees, and operators treat them as routine.