I have worked with ultra-long-range charter for more than a decade, and more recently that has included missions involving aircraft such as the Global 7500 and G700. One thing I have learned is not to start with the aircraft. I start with the route. A client may call asking specifically for a Global 7500 or G700. Usually they have already checked the published range and concluded that the aircraft can do the trip. Sometimes they are right. But the questions that can actually change the booking come next.
How many passengers are travelling? How much baggage? Where is the aircraft positioned? What does the real routing look like? And what happens if the winds are not in our favour? These are simple questions, but on a 12- or 14-hour sector they matter much more than they do on a short charter. That is where an apparently straightforward aircraft choice can become a very different mission.
Start With the Route, Not the Aircraft
The Global 7500 has a published maximum range of 7,700 nm. Gulfstream publishes 7,750 nm for the G700 at Mach 0.85. Those are impressive numbers, but they are still reference figures based on defined conditions. An actual charter does not fly a line drawn on a manufacturer range map.
Published range is only the starting point
Take New York to Dubai. The great-circle distance is roughly 6,000 nm, which makes the route look relatively straightforward for an ultra-long-range aircraft. But the actual flight will depend on ATC routing, weather, winds, payload, reserves and airspace availability.
The same applies to London–Singapore or other long intercontinental sectors. That does not mean the aircraft cannot perform the mission. It means I do not like telling a client that a flight will definitely be nonstop simply because the published range is greater than the distance between two airports.
There is another side to this as well. Los Angeles to Tokyo, for example, can be within the capability of several large-cabin long-range aircraft. A client may come to us asking for an ultra-long-range jet when the mission does not necessarily require one. That matters because aircraft selection affects availability, positioning and price.
Direction matters more than the map suggests
Another thing clients sometimes underestimate is how different the same city pair can look depending on the direction of travel. On a map, Dubai–New York and New York–Dubai are the same distance. Operationally, they are not necessarily the same mission.
Seasonal winds can change flight time and fuel requirements significantly. A sector that looks comfortable in one direction may have much less margin in the other. This is one of the reasons I prefer to discuss routing before presenting aircraft options.
Mapping actual routing before presenting aircraft options is the baseline. Hogani Jets approaches ultra-long-range enquiries this way from the first call, partly because route analysis determines whether a client actually needs the aircraft category they are asking for. Range is not one fixed number that applies to every flight.
Payload Can Change the Answer
The second question I ask is simple: how many people are actually travelling, and what are they bringing with them? Published range figures use specific assumptions. Real charter passengers rarely travel according to a manufacturer test profile.
Twelve passengers with baggage are not the same mission as eight passengers with light luggage. Catering adds weight. Additional equipment adds weight. Headwinds affect the amount of fuel required. None of this is unusual. It is simply part of flight planning. But it is better to understand it before an aircraft is presented to the client.
Ask about the real load early
I ask for the real passenger count and baggage estimate on an ultra-long-range enquiry before presenting an aircraft, not afterwards. It takes a couple of minutes. Finding out later that the mission cannot be operated as originally discussed creates a much more difficult conversation.
If the client can give us passenger numbers, an approximate baggage load and any unusual catering or equipment requirements at the enquiry stage, we can evaluate the mission much more realistically. For me, that is where the headline range figure stops being useful on its own.
G700 or Global 7500? It Is Not Always a Technical Decision
Once both aircraft can perform the mission comfortably, the conversation changes. Now we are talking about cabin preference, operator availability, positioning, aircraft age and, sometimes, simply what the client likes.
I have had clients prefer one manufacturer because it feels more familiar. Others want the newest aircraft available regardless of whether the practical difference matters for their flight. That may not appear on a comparison chart, but it is part of charter brokerage.
Cabin comfort matters more as the flight gets longer
The G700 has a finished cabin approximately 56 ft 11 in long, 8 ft 2 in wide and 6 ft 3 in high. Gulfstream also publishes a cabin altitude of 2,840 ft while the aircraft is flying at 41,000 ft. That number does not mean much to most clients when they first see it.
After 12 or 14 hours in the air, cabin environment matters more. Passengers start paying attention to things they would barely notice on a three-hour flight: where they can sleep, how much privacy they have, how the cabin is divided and how they feel after landing.
The Global 7500 takes a somewhat different approach to the cabin. Bombardier designed it around four full-size living spaces, and configurations can provide a dedicated area for sleeping on long overnight missions.
I would not describe one as simply “better” than the other. For one client, lower cabin altitude may be important. Another may prefer the layout and separation of the living areas. A third may already know exactly which aircraft they want before we have the first conversation. That happens more often than people think.
Crew rest is part of the cabin discussion too
Passengers naturally look at the passenger cabin. On very long sectors, I also want to know how the operator handles crew rest. Augmented crews may be required depending on the length and structure of the operation, and the way the aircraft is configured for crew rest can affect the passenger cabin as well.
The Global 7500 was designed with a dedicated crew suite. G700 layouts can also include dedicated crew accommodation depending on configuration. For a very long mission, I think this is worth asking about directly. It is not usually the first thing a client thinks about, but rested crews matter a lot more at the end of a 14-hour flight than they do at the beginning.
Model year can influence the decision
Aircraft age is another factor that is easy to underestimate. I have seen clients choose the newer of two aircraft even when the practical specification difference was minimal.
Sometimes the model year itself is enough. From a purely operational perspective that may not change the mission. From the client's perspective, however, a newer cabin, newer interior or simply seeing “2025” instead of “2024” can influence the decision. Charter is not always a spreadsheet exercise.
The Costs That Do Not Appear in the Hourly Rate
Indicative hourly charter pricing for aircraft in this category can be around $15,500 to $17,000, depending on the operator, market, location and mission. But I would never use the hourly rate alone to estimate an ultra-long-range charter. The aircraft may cost $16,000 an hour while it is carrying the client. That does not tell you how much it costs to get the aircraft to the client in the first place.
Positioning can change the quotation quickly
Suppose an aircraft is based in Los Angeles and the client wants to depart from New York. That aircraft has to reach New York first. Those positioning hours may be charged differently from the passenger sector, but they are not free. On some missions, positioning becomes a substantial part of the final price.
It is one of the first things I discuss because new charter clients do not always expect it. I would rather explain the positioning before sending the quote than explain a much larger number afterwards.
Permits, handling and crew costs also matter
Ultra-long-range missions can cross several jurisdictions. Depending on the route, overflight permissions and operational planning can require more lead time than a client accustomed to European or domestic US charter expects.
Then there is ground handling, catering, passenger transportation and potentially accommodation for the crew. On a short flight these items may be relatively small compared with the charter price. On a complex long-haul mission, they can add up.
Sometimes Ground Operations Decide Before the Cabin Does
There is another side of ultra-long-range charter that rarely appears in aircraft comparisons: what happens on the ground. An aircraft may have enough range. The cabin may be perfect. The price may work.
But can the destination airport support that particular aircraft and operation? Ground handling equipment, towing capability, fuel availability, parking restrictions and local procedures can all become relevant.
I have seen operational details become more important than the difference between two aircraft specifications. These are the things that usually surface only when somebody has actually operated the route before. That experience is difficult to replace with a specification sheet.
The Question I Wish More Clients Asked
Before confirming an operator for a genuinely long sector, especially one crossing remote regions or areas with limited alternate-airport coverage, I think there is one useful question to ask:
How do you plan for a diversion on this route?
The answer can tell you quite a lot.
Diversion planning shows route experience
On a transatlantic flight, there is a relatively well-developed network of alternates. Remote routing can be different.
If a large-cabin business jet has to divert, the crew needs more than a runway. The airport may need suitable fuel, ground handling capability, parking, passenger transport and potentially accommodation.
An operator that regularly flies a particular corridor will normally be familiar with those issues. An operator flying it for the first time may still be perfectly capable of performing the mission, but the conversation will be different. I pay attention to how specific the answer is. If somebody can immediately discuss realistic alternates and the limitations around them, that usually tells me they know the route.
What Actually Decides an Ultra-Long-Range Charter?
After years of working with these enquiries, I do not think the difficult part is finding an aircraft with enough range on paper. The difficult part is knowing which details matter before they become problems.
For me, aircraft type comes after route, payload, positioning and operator capability. Get those right and the G700-versus-Global-7500 conversation becomes much easier. Sometimes the answer really is the G700. Sometimes it is the Global 7500. And sometimes the most useful thing a broker can tell a client is that they do not need either of them.
Frequently Asked Questions
How much does it cost to charter a Global 7500 or G700?
Indicative charter rates for aircraft in this category can be around $15,500 to $17,000 per flight hour, although actual pricing varies substantially by aircraft location, operator, date and mission. On a 14-hour flight, that could put the airborne portion of the trip roughly in the 217,000–238,000 range before positioning and additional costs. The final quotation may also include positioning, permits, ground handling, catering and crew-related costs.
What is the published range of the G700 and Global 7500?
Gulfstream publishes a maximum range of 7,750 nm for the G700 at Mach 0.85 under NBAA IFR theoretical range conditions. Bombardier publishes 7,700 nm for the Global 7500 under comparable theoretical conditions. Actual range depends on factors including routing, weather, operating speed, payload and aircraft configuration.
What is the main cabin difference between the G700 and Global 7500?
The G700 offers a very large cabin with up to five living areas and Gulfstream's low cabin-altitude environment. The Global 7500 is designed around four full-size living spaces and can provide dedicated areas for dining, working and sleeping. For a charter client, the more useful comparison is usually not which cabin is “better,” but which layout fits the way they plan to use a 10-, 12- or 14-hour flight.
Can both aircraft fly New York to Dubai nonstop?
Both aircraft have published range figures that make many New York–Dubai missions possible nonstop, but a charter broker or operator should not guarantee nonstop capability based on distance alone. Payload, winds, routing, reserves, weather and operating conditions all affect the final flight plan.
