> ## Content Index > Fetch the complete content index at: https://www.acmiworld.com/llms.txt > Use this file to discover other available public pages before exploring further. # 10 Widebody Aircraft Ranked by Maximum Range: Long-Haul Leaders - URL: https://www.acmiworld.com/10-widebody-aircraft-ranked-by-maximum-range/ - Published: 2026-07-29T13:32:37.000Z - Updated: 2026-07-29T13:32:37.000Z - Author: ACMI World Widebody aircraft make the longest nonstop routes possible, linking cities across oceans and continents. **Let’s see which widebody airliners lead commercial aviation by maximum operational range, measured in nautical miles.** Range figures can differ from an airline’s real-world route plans. This ranking looks at certified or published maximum range and explains how passenger load, cargo, weather, and fuel reserves affect [long-haul aircraft flights](https://www.acmiworld.com/7-things-to-check-before-leasing-aircraft-for-repeated-london-dubai-geneva-and-new-york-travel/). You’ll also compare the top four range leaders with ranks five through ten. We’ll look at how airlines use [ultra-long-range jets](https://www.acmiworld.com/ultra-long-range-private-jet-leasing-for-global-travel/) and separate range records from aircraft size records. ## How Maximum Range Is Measured Maximum range depends on the aircraft’s weight, [fuel load](https://www.acmiworld.com/7-costs-frequent-flyers-should-compare-before-moving-from-jet-cards-to-a-private-jet-lease/), [payload](https://www.acmiworld.com/7-signs-your-flight-volume-justifies-a-dedicated-private-jet-lease/), and flight conditions. You have to compare published figures carefully because airlines rarely operate widebody aircraft at ferry-range weight. ### Advertised Range Versus Ferry Range An aircraft maker’s advertised range usually reflects a specific passenger and cargo load, full or near-full fuel, and planned fuel reserves. Think of it as a design benchmark, not a guaranteed route distance. A [**ferry range**](https://www.acmiworld.com/7-supermidsize-jets-worth-leasing-for-transcontinental-routes/) figure measures how far an aircraft can fly with minimal payload. The aircraft might carry only its crew, required equipment, and fuel. This gives a higher number because passengers, baggage, and cargo are left behind. | Range type | Typical loading | Best use | | ---------------- | ----------------------------------- | ------------------------------------ | | Advertised range | Defined passenger and cargo payload | Comparing commercial aircraft models | | Ferry range | Very light payload, often crew only | Aircraft delivery or repositioning | For a passenger aircraft, the useful figure is usually the maker’s [published range](https://www.acmiworld.com/7-reasons-the-bombardier-challenger-650-is-popular-for-private-jet-leasing/) at a stated passenger capacity. A cargo aircraft needs a separate comparison because freight weight can change far more than passenger loads. ### The Roles of Payload, Maximum Fuel, and MTOW You can’t load every widebody with maximum fuel and maximum payload at the same time. The [**maximum takeoff weight**](https://www.acmiworld.com/business-jet-leasing/) **(MTOW)** sets the highest weight allowed at takeoff, including the aircraft, fuel, passengers, baggage, and cargo. If your aircraft reaches MTOW before its tanks are full, you have to choose between fuel and payload. More cargo or more passengers means less fuel, which reduces range. More fuel can extend range, but only if you reduce payload enough to stay within the MTOW limit. **Maximum fuel** describes tank capacity, not always the fuel an airline can carry on a given flight. Aircraft design also matters: efficient engines, low-drag wings, and a lighter structure help an aircraft travel farther with the same fuel load. Weather, routing, alternate-airport fuel, and air traffic restrictions can also reduce the distance you can fly without a fuel stop. ### Why Airline Cabin Layouts Change Real-World Performance Passenger capacity doesn’t mean the same thing for every airline. A widebody with lots of economy seats can carry more people than the same model fitted with big business-class suites and premium-economy seats. A premium-heavy cabin often carries fewer passengers, but each seat, galley, lavatory, and onboard service item adds weight. More seats can also raise baggage weight and catering needs. These changes affect payload, fuel planning, and usable range. You shouldn’t assume that a published range applies equally to every cabin layout. Manufacturers often use a standard seating arrangement for comparison, while airlines select layouts for revenue, comfort, and route demand. A commercial aircraft flying a long route may also limit cargo to protect fuel capacity. On some flights, the airline can sell every passenger seat but leave freight behind to meet weight limits. ## The Four Longest-Range Widebodies These aircraft pair [long-range](https://www.acmiworld.com/bombardier-global-7500-charter/) fuel capacity with efficient twin-engine designs. Published range figures assume specific payload and operating conditions, so your airline’s real route range may differ. ### 1\. Airbus A350-900ULR The **Airbus A350-900ULR** has a published maximum range of **9,700 nautical miles (18,000 km)**. It’s the longest-range passenger widebody in regular airline service. Airbus developed the ULR version for very long nonstop flights. It carries more fuel than the standard A350-900 and limits passenger capacity to support long missions. The aircraft uses two **Rolls-Royce Trent XWB** engines. **Singapore Airlines** uses the A350-900ULR on routes such as Singapore–New York. Its cabins focus on premium seating because these flights can last close to 19 hours. If you fly on this model, you’ll usually find fewer seats and more space than on a standard A350-900. ### 2\. Boeing 777-200LR The **Boeing 777-200LR** has a published maximum range of **8,555 nautical miles (15,843 km)**. Boeing designed it for airlines that needed to link distant cities without a fuel stop. It uses two **General Electric GE90-110B1** engines, which are among the largest and most powerful commercial jet engines built. The 777-200LR also carries a high fuel load and has a strengthened structure for long missions. The aircraft flew a record-setting commercial jet journey from Hong Kong to London in 2005, though that flight didn’t follow a normal passenger route. In airline service, the 777-200LR gives you a large cabin and strong cargo capability, but it burns more fuel than newer Airbus A350 models. ### 3\. Airbus A350-1000 The **Airbus A350-1000** has a published maximum range of **8,700 nautical miles (16,100 km)**. It’s the largest current passenger version of the Airbus A350 family. You get [more seating capacity](https://www.acmiworld.com/bombardier-challenger-3500-charter-2/) than on the A350-900, while still getting a range suitable for many ultra-long-haul routes. The A350-1000 uses more powerful **Rolls-Royce Trent XWB-97** engines and has a longer fuselage, stronger landing gear, and a six-wheel main landing gear arrangement. **Qatar Airways** operates a large A350-1000 fleet on long international routes. **Qantas** has selected a specially configured A350-1000 for its Project Sunrise flights, which are planned to connect Australia with cities such as London and New York nonstop. ### 4\. Airbus A350-900 The standard **Airbus A350-900** has a published maximum range of **8,700 nautical miles (16,100 km)**. This places it alongside the A350-1000 on Airbus’s current range figures, although the -900 carries fewer passengers. The aircraft uses two **Rolls-Royce Trent XWB-84** engines. Its carbon-fiber fuselage and wings help reduce weight, which supports lower fuel use on long routes compared with older widebodies such as early Boeing 777 variants. You’ll find the A350-900 with airlines including **Qatar Airways** and Singapore Airlines. It can serve routes across the Pacific, between Europe and Australia, or from the Middle East to the Americas. The standard model offers more seating flexibility than the specialized A350-900ULR. ## Ranks Five Through Seven These [aircraft](https://www.acmiworld.com/most-popular-aircraft-models-for-leasing/) combine [long range](https://www.acmiworld.com/embraer-praetor-600-charter/) with [different capacity](https://www.acmiworld.com/embraer-phenom-300-charter-2/), engine, and route-planning strengths. Your real-world range will vary with passenger load, cargo, winds, and reserve fuel. ### 5\. Boeing 787-9 The **Boeing 787-9** has a published maximum range of about **7,565 nautical miles** (14,010 km). That distance supports routes such as Perth to London or New York to Auckland without a fuel stop. Two **General Electric GEnx** engines power many 787-9s. The aircraft also uses a composite-heavy structure and efficient wings, which help airlines reduce fuel use on [long routes](https://www.acmiworld.com/gulfstream-g650er-charter/). ANA operates a large 787 fleet and uses the type on domestic and international services. For you as a passenger, the 787-9 usually offers lower cabin altitude and higher humidity than older widebodies. Don’t confuse the 787-9 with the **Boeing Dreamlifter**. The Dreamlifter is a modified 747 cargo aircraft built to carry large 787 parts, not a passenger airliner. ### 6\. Boeing 777-300ER The **Boeing 777-300ER** has a maximum range of about **7,370 nautical miles** (13,650 km). It carries far more passengers than the 787-9, making it useful when your route needs both long range and [high seat capacity](https://www.acmiworld.com/a320-acmi-lease-for-airline-capacity/). The aircraft uses two **General Electric GE90-115B** engines, which are among the largest commercial jet engines built. The GE90-110B1 is related to the GE90 family, but the 777-300ER uses the higher-thrust -115B version. Cathay Pacific has long used the 777-300ER on major long-haul routes. Air France also operates the type, including services where a large premium cabin and substantial cargo space matter. Its range can fall when airlines fill the cargo hold or face strong headwinds. Even so, it’s still a major aircraft for high-demand intercontinental travel. ### 7\. Airbus A340-600 The **Airbus A340-600** has a published maximum range of about **7,500 nautical miles** (13,900 km). Its four-engine design let airlines fly long overwater routes before modern twin-engine rules and engine reliability changed the market. Four Rolls-Royce Trent 556 engines power the A340-600\. The aircraft can carry a large number of passengers and has a long fuselage, but its four engines use more fuel than newer twin-engine aircraft. The **Airbus A340** family served airlines during the 1990s and 2000s, including Air France, although Air France didn’t operate the A340-600 variant. Most airlines have now retired the A340-600 because aircraft such as the 787-9 and 777-300ER cost less to operate. ## Ranks Eight Through Ten These three aircraft balance long range with very different cabin sizes and operating roles. You can see the shift from four-engine jumbo jets to efficient twin-engine designs. ### 8\. Airbus A380-800 The **Airbus A380-800** has a [maximum range](https://www.acmiworld.com/10-fastest-private-jets-in-the-world-in-2026/) of about **8,000 nautical miles** (14,800 km). It remains the largest passenger aircraft ever built, with a typical three-class capacity of about 555 passengers and a certified maximum of 853. You get a true **superjumbo** experience on the A380 because it has two full passenger decks. Its size suits high-demand routes between major airports, where airlines can fill large cabins. The aircraft uses either **Engine Alliance GP7200** or **Rolls-Royce Trent 900** engines. **Emirates** operates the largest A380 fleet. **Lufthansa**, **British Airways**, **Air China**, and **Korean Air** have also flown the type. Its four engines and high [operating costs](https://www.acmiworld.com/boeing-737-lease-cost-in-2026/) limit its appeal for smaller markets. ### 9\. Boeing 747-8 Intercontinental The **Boeing 747-8 Intercontinental** can fly about **7,730 nautical miles** (14,320 km). It’s the final passenger version of the Boeing 747, often called the **Queen of the Skies** and the original modern **jumbo jet**. You can identify the 747-8 by its stretched fuselage, redesigned wing, and raised upper deck. It normally carries about 467 passengers in three classes, although airlines can configure it for more seats. The 747-8 uses four General Electric GEnx-2B engines. **Lufthansa**, **Air China**, and **Korean Air** operate passenger 747-8s. It offers more range and better fuel use than the older **Boeing 747-400**, though it still uses more fuel than newer twin-engine widebodies. ### 10\. Boeing 787-10 The **Boeing 787-10** can fly up to **6,330 nautical miles** (11,730 km). It’s the biggest 787, built for busy long-haul routes but not the absolute longest nonstop flights. Typically, airlines fit about 318 to 336 passengers in two classes. Its composite frame and advanced engines, plus [lower fuel use](https://www.acmiworld.com/6-best-light-jets-to-lease-for-regional-business-travel/), let airlines run thinner routes more efficiently than with a giant like the A380. The 787-10 doesn’t go as far as the 787-9 or 787-8 because it’s stretched to carry more people. You’ll spot it on routes like Europe to Asia, the U.S. West Coast to Europe, and other major long-haul markets. ## How Airlines Use Ultra-Long-Range Aircraft Ultra-long-range jets connect faraway cities without layovers, but just having the range doesn’t guarantee a profitable route. Airlines have to balance demand, cargo, fuel, and [aircraft size](https://www.acmiworld.com/types-of-aircraft-leasing-structures-explained-a-comprehensive-guide-to-industry-models/). ### Long, Thin Routes and Network Planning Ultra-long-range widebodies are perfect for **long, thin routes**—city pairs with enough demand for nonstop flights, but not enough to fill a massive plane every day. Think Singapore–New York or Perth–London. A high-range aircraft lets airlines skip hubs and offer direct flights. That can save hours and attract business travelers who’ll pay extra to avoid connections. When winds, weather, or airport restrictions come up, having extra range gives airlines more options. The Airbus A350-900ULR, with a published range near 9,700 nautical miles, was built for these missions. The Boeing 777X-9 doesn’t go quite as far as the 777-8, but it carries more people, so it fits busier routes. ### Capacity, Cargo Revenue, and Operating Economics You have to match the plane’s size to the market. Flying a big jet with lots of empty seats can wipe out the benefits of a nonstop route. Cargo helps boost revenue on these flights. Belly cargo brings in money, but ultra-long routes burn more fuel, which can limit how much freight you can carry. Sometimes airlines have to cut cargo to make sure there’s enough fuel and passenger weight. | Operating factor | Effect on route planning | | ------------------- | --------------------------------------------------------- | | **Fuel efficiency** | Lowers cost per seat and extends practical route range | | Passenger capacity | Must match local demand and connecting traffic | | Cargo weight | Can add revenue but competes with fuel and passenger bags | | Flight time | Raises crew, catering, and aircraft-use costs | Wide-bodies get compared to narrowbodies, too. Narrowbodies are easier to fill, but usually can’t haul enough people, cargo, or fuel for the longest flights. Wide-bodies offer more space, bigger cargo holds, and better [crew-rest options](https://www.acmiworld.com/wet-lease-vs-dry-lease-explained-key-differences-for-aircraft-operators/)—important for flights that can go 16 hours or more. ### Why Efficient Twinjets Have Replaced Many Four-Engine Jets Modern twinjets have pushed out most four-engine airliners. Two big engines usually burn less fuel and need less maintenance than four smaller ones. Older models like the Airbus A300, A330, and McDonnell Douglas DC-10 helped launch long-haul flying. Newer jets use lighter materials, better wings, and more efficient engines. The Boeing 777X family is a good example. The 777X-9 runs on two **General Electric GE9X** engines—the biggest jet engines flying—instead of four. You get lots of thrust for a full cabin and lower [maintenance costs](https://www.acmiworld.com/aircraft-leasing-explained-for-airlines-and-investors-a-comprehensive-guide-to-financial-structures-and-market-dynamics/). Reliability rules now let twin-engine planes fly far from diversion airports. That opens up [direct routes](https://www.acmiworld.com/6-reasons-private-jet-leasing-appeals-to-international-clients/) over oceans and remote places where four-engine jets once had the edge. ## Size Records Beyond Passenger Range Maximum range is just one way to compare big jets. There’s also [passenger capacity](https://www.acmiworld.com/7-melhores-aeronaves-para-ponte-aerea-executiva/), cargo volume, lift, and wingspan. ### The Largest Passenger and Cargo Aircraft By passenger capacity, the **Airbus A380-800** is still the champ. It can hold up to **853 passengers** in a single-class setup, though airlines almost never cram that many seats in. The Boeing 747-8 is longer than the A380 but doesn’t carry as many people. Both use four engines, unlike most new widebodies, which stick to two. For really oversized cargo, a few specialty planes come to mind: | Aircraft | Main role | | ---------------------- | ---------------------------------- | | **Airbus BelugaXL** | Carries Airbus aircraft sections | | **Airbus Beluga** | Earlier Airbus parts carrier | | **Boeing Dreamlifter** | Moves Boeing 787 sections | | **Antonov An-124** | Carries very heavy and large cargo | The BelugaXL and Dreamlifter have extra-wide cargo bays. They’re built for bulky stuff, not necessarily the heaviest. ### Military Airlift and Historic Heavyweights Military transports handle **strategic airlift**—moving tanks, helicopters, and troops worldwide. The **Lockheed C-5 Galaxy** is one of the biggest still flying, with big cargo doors at both ends for drive-through loading. The **Antonov An-124** also loads heavy vehicles through its nose and rear ramp. It’s still one of the world’s largest cargo jets, flying for both military and [commercial customers](https://www.acmiworld.com/top-20-aircraft-leasing-companies-in-2026/). The **Antonov An-225 Mriya** was even bigger. It had six engines, 32 wheels, and a cargo hold no other plane could match. Sadly, Russian forces destroyed the only completed An-225 in Ukraine in 2022. Older giants include the **Antonov An-22**, the biggest turboprop ever, and the **Hughes H-4 Hercules**—the famous *Spruce Goose*. The H-4 only flew once, back in 1947. ### Wingspan Records and Experimental Launch Platforms The **Stratolaunch** holds the wingspan record at **117 meters (385 feet)**. Scaled Composites built it with twin fuselages and six Boeing 747 engines. Stratolaunch isn’t a typical airliner or freighter. It’s basically a flying launch pad, designed to carry test vehicles under its wing and drop them at altitude. Right now, its main job is **hypersonic flight testing**. Earlier, there were big plans for **air-launch-to-orbit** missions, where it’d drop rockets in mid-air. A huge wingspan doesn’t always mean a plane hauls the most passengers or cargo. The Hughes H-4 Hercules had a 97.5-meter (320-foot) span, but bombers, choppers, and transports all have their own shapes for their jobs. ## Frequently Asked Questions The Airbus [A350-900ULR](https://www.acmiworld.com/aircraft-lease-rates-by-model-in-2026/) tops the charts at **9,700 nautical miles**. Boeing’s 777-8 is listed at **8,745 nautical miles**, and the A350-1000 comes in at **8,700 nautical miles**. ### Which widebody aircraft has the longest maximum range? The Airbus A350-900ULR leads all widebody passenger jets in range. It’s rated for **9,700 nautical miles** (about 17,960 kilometers) on paper. Singapore Airlines flies it on [ultra-long nonstop flights](https://www.acmiworld.com/qual-aeronave-executiva-para-voos-frequentes/), like Singapore to the U.S. Real-world range can drop with more passengers or cargo. ### What are the longest-range widebody passenger aircraft currently in service? The A350-900ULR is at the top with its **9,700 nautical mile** range. The A350-900 and A350-1000 are next, both around **8,700 nautical miles**. Boeing’s 777-200LR follows at **8,555 nautical miles**. The 787-9 can go about **7,565 nautical miles**, and the 777-300ER is close behind at **7,370 nautical miles**. ### How does the Airbus A350-1000 range compare with the Boeing 777-8? The standard A350-1000 is listed at **8,700 nautical miles**. Boeing says the 777-8 can reach **8,745 nautical miles**. That’s about a **45 nautical mile** edge for the 777-8, at least on paper. The 777-8 wasn’t in service as of July 2026, so there’s no real-world comparison yet. ### Which Boeing widebody can fly the farthest without refueling? Boeing’s 777-8 claims the top spot, at **8,745 nautical miles**. But it hadn’t started airline service by July 2026. The longest-range Boeing actually flying is the 777-200LR, with a published max of **8,555 nautical miles**. ### Which Airbus widebody has the greatest maximum range? The A350-900ULR leads Airbus’s lineup, rated at **9,700 nautical miles**. Airbus also built special A350-1000s for Qantas’s Project Sunrise, aiming for routes near **10,000 nautical miles**. Those are custom builds, though, not standard A350-1000s. ### What factors determine a widebody aircraft’s maximum range? You’ve got to look at fuel capacity, aircraft weight, engine efficiency, and how the plane’s shaped. If the aircraft’s lighter and the engines sip fuel, you’re going to get more miles out of the same tank. Passenger count and cargo weight play their part too. Weather, wind direction, and those sometimes-annoying fuel reserve requirements can all chip away at your real-world range. Manufacturers set maximum ranges based on specific, controlled scenarios. In practice, airline flights almost never hit that perfect number.