Gulfstream G280: Range, Specs, Cabin and Costs

The Gulfstream G280 is a super-midsize business jet built for long-range trips with up to 10 passenger seats. Gulfstream publishes a maximum range of 3,600 nautical miles at Mach 0.80, a maximum operating speed of Mach 0.85, and a maximum cruise altitude of 45,000 feet. Its strongest case is combining transcontinental range, a stand-up cabin, and comparatively short published takeoff performance in an aircraft below Gulfstream’s large-cabin models.

Review basis: This is an independent, desk-based aircraft guide using manufacturer and certification information. AviateAI has not flight-tested this aircraft and does not claim personal ownership or operator experience. Range, runway needs, payload, connectivity, cabin layout, price, and operating cost depend on the individual aircraft and mission.

Gulfstream G280 specifications

These headline figures describe a representative G280, not a dispatch release. Temperature, airport elevation, wind, runway condition, reserves, routing, passenger count, baggage, optional equipment, and regulatory requirements can reduce practical range or increase runway needs.

What class of aircraft is the G280?

The G280 is generally placed in the super-midsize business-jet category. It sits above smaller midsize jets in cabin volume and mission capability but below Gulfstream’s large-cabin aircraft. Gulfstream developed the G280 with Israel Aerospace Industries; the model received U.S. type certification in 2012.

The airplane is not simply a shortened version of a current large-cabin Gulfstream. Its type-certificate lineage, airframe, systems, maintenance program, pilot qualification, and market economics must be evaluated as a G280.

Range: what 3,600 nautical miles really means

Gulfstream’s published 3,600-nautical-mile range is measured at Mach 0.80 under stated NBAA IFR assumptions. It is useful for comparing aircraft on a common basis, but it does not establish that every city pair within a 3,600-nautical-mile circle is nonstop-capable on every day.

A realistic trip analysis should include:

• forecast winds and temperature;
• passengers, baggage, and installed options;
• departure runway length, elevation, slope, and condition;
• air-traffic routing rather than straight-line distance;
• destination and alternate weather;
• required fuel reserves; and
• any payload or landing-weight constraint.

New York-to-London is often used as a marketing illustration for this class, but westbound winter winds can make the reverse trip substantially more demanding. Buyers and charter customers should request a current mission analysis for the routes they actually fly.

Cabin size and passenger experience

The published cabin is 6 feet 3 inches high, 7 feet 2 inches wide, and 25 feet 10 inches long. The G280 can be configured for up to 10 passengers, though seating plans vary. A lower-density arrangement may prioritize legroom, work surfaces, or sleeping positions; a higher-density charter layout makes different tradeoffs.

Gulfstream highlights large windows, a vacuum lavatory, in-flight-accessible baggage space, and a cabin-management system. Connectivity is aircraft-specific. Do not assume that a G280 has a particular satellite-internet system, speed, coverage region, or subscription merely because connectivity was available when the model was marketed.

Before chartering or buying, ask for the exact floor plan and equipment list. Confirm approved passenger capacity, belted lavatory status if relevant, berthable positions, galley equipment, baggage volume, power outlets, connectivity hardware, and refurbishment date.

Cockpit and avionics

The G280 uses the PlaneView280 flight deck. Gulfstream describes an integrated avionics suite with large displays and available vision and guidance capabilities. The exact installed software, navigation approvals, head-up display, enhanced-vision equipment, communications capability, and service-bulletin status can differ by serial number and upgrade history.

A purchaser should review the aircraft’s equipment list and records rather than rely on a generic model description. Operational questions include data-link capability, required navigation performance approvals, automatic dependent surveillance equipment, international communications, database subscriptions, and obsolescence or upgrade exposure.

Runway performance and airport access

Gulfstream publishes a 4,750-foot takeoff distance and a 2,720-foot landing distance under its stated conditions. Those numbers help explain the G280’s appeal for missions involving airports that may be restrictive for some larger jets.

They are not universal minimum runway lengths. A crew or operator must use approved performance data for the actual weight, temperature, elevation, wind, runway slope and condition, obstacles, braking assumptions, and applicable operating rules. A hot, high, wet, contaminated, or obstacle-limited runway can produce a very different result.

Engines and maintenance considerations

Two Honeywell HTF7250G turbofan engines power the G280. For an acquisition decision, the engine model is only the starting point. Review time and cycles, life-limited parts, borescope findings, trend monitoring, damage history, upcoming inspections, service bulletins, airworthiness directives, and enrollment in any engine maintenance program.

Airframe condition and support status matter just as much. A pre-purchase evaluation should examine complete logbooks, maintenance tracking, damage and corrosion history, avionics configuration, cabin systems, landing gear status, calendar-driven items, and the cost of bringing discrepancies current. Have an independent maintenance provider familiar with the model define the inspection scope.

G280 operating cost: why one hourly number is misleading

There is no reliable universal G280 cost per hour. Fuel is only one component. Annual utilization, fuel price, crew staffing, training, insurance, hangar, navigation and communication subscriptions, scheduled inspections, unscheduled maintenance, engine programs, parts, management, financing, and depreciation all affect the result.

Separate costs into three groups:

1. Trip-variable costs: fuel, landing and handling fees, catering, and trip-specific crew expenses.
2. Maintenance reserves: engine, airframe, component, and refurbishment exposure expressed per hour or cycle.
3. Annual fixed costs: crew, training, insurance, hangar, subscriptions, management, and capital costs.

Dividing fixed annual costs by unrealistically high flight hours makes an hourly estimate look artificially low. Use the owner’s expected utilization and request written assumptions from the management company or cost model.

G280 versus Challenger 350/3500 and Citation Longitude

The Bombardier Challenger 3500 and Cessna Citation Longitude are common comparison candidates, but the answer is mission-specific. Compare the exact models and configurations on:

• full-fuel payload and route-specific range;
• runway performance at the airports used most often;
• cabin height, width, length, seating, baggage, and lavatory;
• connectivity and avionics configuration;
• maintenance-program coverage and inspection status;
• local service access, parts support, and crew availability; and
• acquisition price plus near-term maintenance exposure.

A paper range advantage may be irrelevant for an owner flying mostly 1,000-nautical-mile trips. Conversely, a recurring route near one aircraft’s payload-range limit can dominate the decision.

Used G280 inspection checklist

1. Confirm serial number, year, total time, cycles, and current registration.
2. Review complete airframe, engine, and component records for gaps or inconsistencies.
3. Identify damage history and verify approved repairs and continuing inspection requirements.
4. List upcoming inspections, overhaul events, calendar items, and life-limited parts.
5. Verify engine and airframe program enrollment, transfer rules, and any unpaid balance.
6. Document the exact avionics, connectivity, navigation approvals, and upgrade status.
7. Inspect cabin, galley, lavatory, environmental, entertainment, and baggage systems.
8. Run representative mission and runway analyses at realistic payloads.
9. Obtain independent legal, tax, title, lien, and escrow guidance for the transaction.

Frequently asked questions

How far can a Gulfstream G280 fly?

Gulfstream publishes a maximum range of 3,600 nautical miles at Mach 0.80 under stated NBAA IFR conditions. Practical nonstop range varies with payload, weather, routing, reserves, and airport performance.

How many passengers does a G280 carry?

Gulfstream lists seating for up to 10 passengers. The approved and practical capacity depends on the individual aircraft’s installed interior.

Is the G280 a midsize or super-midsize jet?

It is generally categorized as a super-midsize business jet.

What is the G280’s maximum speed?

The published maximum operating speed is Mach 0.85. That is not the same as the Mach 0.80 condition used for the published maximum-range figure.

Where should specifications be verified?

Start with Gulfstream’s official G280 page, then verify the individual aircraft through its approved flight manual, equipment list, maintenance records, and applicable FAA regulatory records.

Specifications reviewed August 1, 2026. Manufacturer performance figures use stated assumptions and do not replace approved aircraft-specific planning data.