Fleet recordGulfstream G280
Data current to 29 Aug 2026Cite
North America · 243 aircraft · 12 months

Gulfstream G280: how 243 jets are really flown

The busiest 5% made more than 21 flights a month and the quietest 5% fewer than 4: over five times as many, on the same type.

Fleet medians, with the middle half of the G280 fleet. Context, not graded: grades compare one aircraft with its type.
Where G280s differ most
Near the coastCorrosion

The harder end, one aircraft in twenty, is at 90% or more; the easier end near none.

Short runwaysEngines and brakes

For the easiest-used 5%, a short runway is rare: 3% of departures or fewer. At the harder end, 49% or more leave from one.

Flights a monthUtilization

The hardest-worked 5% log 21 flights a month or more; the easiest-used, 4 or less. The middle aircraft sits at 9.

Chapter 01

Fatigue

Context, not graded

What each landing and pressurization cycle costs the structure: landings per hour and short hops.

The middle G280 flies 1.6 hours for every landing. One in twenty lands every 1.1 hours or sooner, the most cycles for its time.

Hours per landing
1.6 : 1

Middle half 1.3–1.8 : 1Harder end: 5% at 1.1 : 1 or lessEasier end: 5% at 2.3 : 1 or more

Short hops
34%

Middle half 24–44%Harder end: 5% at 60% or moreEasier end: 5% at 14% or less

Leg length
489 nm

Middle half 352–629 nmLowest 5%: 223 nm or lessHighest 5%: 870 nm or more

Context, not graded: the tint marks the harder and easier end of the fleet.

Spread of trip lengths

All 243 G280s
16%
20%
12%
12%
17%
9%
9%
4%
<150
150–300
300–450
450–600
600–900
900–1,200
1,200–1,800
1,800+
Share of legs by length in nautical miles, 23,659 legs with a known distance from 1 Aug 2025 to 31 Jul 2026. The fleet's trips bunch at 150–300 nm; 36% were under 300 nm and 22% over 900 nm.

The data behind it

Every measure for the 243 North America G280s, 1 Aug 2025 – 31 Jul 2026.
MeasureFleet medianMiddle half
Hours per landing
Each aircraft’s average flight hours per landing
1.6 : 11.3–1.8 : 1
Short hops
Share of legs under 300 nm
34%24–44%
Leg length
Median leg
489 nm352–629 nm
Chapter 02

Corrosion

Context, not graded

What the air around it does overnight: salt, damp and freeze–thaw.

The middle G280 spends 1% of its nights within 2 km of the coast. One in twenty spends 13% or more of them there.

Salt air
1%

Middle half 0–3%Harder end: 5% at 13% or moreEasier end: 5% at 0%

Damp air
6.8 h

Middle half 5.3–8.2 hHarder end: 5% at 11.0 h or moreEasier end: 5% at 2.9 h or less

Freeze–thaw
8%

Middle half 3–17%Harder end: 5% at 29% or moreEasier end: 5% at 0%

Context, not graded: the tint marks the harder and easier end of the fleet.

Salt air across the fleet

171 G280s
61%
24%
8%
4%
1%
2%
<2%
2–5%
5–10%
10–25%
25–50%
50%+
Share of aircraft by the nights they spent within 2 km of the coast, 1 Aug 2025 – 31 Jul 2026. 85% spent under 5% of their nights there; 4% spent a quarter or more.

The data behind it

Every measure for the 171 of the 243 North America G280s with enough nights at known fields, 1 Aug 2025 – 31 Jul 2026 (3 on their record since 1 Jan 2025: too few in the 12 months).
MeasureFleet medianMiddle half
Salt air
Nights within 2 km of the coast
1%0–3%
Near the coast
Nights within 10 km of the coast
8%3–27%
Damp air
Hours a day at 80% humidity or more, above freezing
6.8 h5.3–8.2 h
Freeze–thaw
Nights that froze and thawed within the day
8%3–17%
Moisture in the air
Average absolute humidity overnight
9.2 g/m³7.7–10.9 g/m³
Chapter 03

Engines and brakes

Context, not graded

What departures ask of engines, brakes and tires: heat and height, and runway length.

The middle G280 leaves from a short runway on 13% of its departures. One in twenty does on 49% or more.

Short runways
13%

Middle half 8–21%Harder end: 5% at 49% or moreEasier end: 5% at 3% or less

Hot, high takeoffs
3%

Middle half 1–8%Harder end: 5% at 19% or moreEasier end: 5% at 0%

Density altitude
1,440 ft

Middle half 1,111–1,846 ftHarder end: 5% at 2,902 ft or moreEasier end: 5% at 642 ft or less

Context, not graded: the tint marks the harder and easier end of the fleet.

Runway margin at departure

22,998 departures
2%
14%
26%
23%
33%
2%
below published max-weight distance
1–1.25×
1.25–1.5×
1.5–2×
2–3×
3×+
Longest runway at the departure field divided by the G280's published takeoff distance, for every departure with a known runway, 1 Aug 2025 – 31 Jul 2026. 16% left with less than 1.25× (the short-runway line); 2% from a field whose longest runway was shorter than the published distance, which assumes maximum weight.

The data behind it

Every measure for the 243 North America G280s, 1 Aug 2025 – 31 Jul 2026 (1 on their record since 1 Jan 2025: too few departures in the 12 months).
MeasureFleet medianMiddle half
Short runways
Departures where the longest runway was under 1.25× the takeoff distance
13%8–21%
Hot, high takeoffs
Departures at 5,000 ft density altitude or more
3%1–8%
Density altitude
Typical density altitude at takeoff
1,440 ft1,111–1,846 ft
Chapter 04

Utilization

Context, not graded

How steadily the fleet is used: flights, flying days and estimated hours.

The middle G280 made 9 flights a month. The busiest 5% made 21 or more, the quietest 4 or fewer.

Flights a month
8.8

Middle half 5.9–13.3Harder end: 5% at 21.3 or moreEasier end: 5% at 3.6 or less

Days flown a month
6.0

Middle half 4.3–7.7Harder end: 5% at 12.0 or moreEasier end: 5% at 2.8 or less

Estimated hours a year
≈171 h

Middle half 113–248 hHarder end: 5% at ≈408 h or moreEasier end: 5% at ≈68 h or less

Context, not graded: the tint marks the harder and easier end of the fleet.

Month by month

12 months

Median flights per aircraft that flew that month · darker bar is the busiest month, June 2026

7
8
10
9
7
8
7
10
9
9
12
9
A
S
O
N
D
J
F
M
A
M
J
J
20252026

The data behind it

Every measure for the 175 of the 243 North America G280s with at least 40% of their flights tracked, 1 Aug 2025 – 31 Jul 2026.
MeasureFleet medianMiddle half
Flights a month
In the months it flew
8.85.9–13.3
Days flown a month
Days with at least one flight
6.04.3–7.7
Estimated hours a year
From time in the air
≈171 h113–248 h

Buying, selling or financing a G280?

See where your G280 sits in the fleet.

Enter a tail number to place it against these 243 aircraft. TailCheck grades it on Fatigue, Corrosion, Engines and brakes, and Utilization, with every percentile shown.

Free record for any tracked tail. Full TailCheck report $395. See a sample

05 · Fleet

Where G280s are based and fly

Scottsdale is home to more G280s than any other field, 11 of the 225 with a home base.

Boise Air Terminal–Norman Y. Mineta San Jose is the busiest route: 279 flights by 2 different aircraft.

Where G280s are based

FieldShareAircraft
Scottsdale11
Fort Worth Meacham6
George Bush Intercontinental6
King5
Charlotte Douglas5
William P Hobby5

Busiest G280 routes

BetweenFlights
Boise Air Terminal ⇄ Norman Y. Mineta San Jose279 flights
Hesler-Noble ⇄ Lawrenceville, Gwinnett -Briscoe150
Fort Worth Meacham ⇄ Washington Dulles135
Birmingham-Shuttlesworth ⇄ Dekalb-Peachtree104
Charlotte Douglas ⇄ Washington Dulles90
Arapahoe ⇄ Minneapolis-St Paul83

Longest G280 flights

BetweenDistance · time
Fort Lauderdale-Hollywood → Cascais3,581 nm · 8 h 26 min
Tweed-New Haven → Pisa3,526 nm · 7 h 12 min
Farnborough → Kenosha3,396 nm · 7 h 52 min
Oakland → Farnborough3,243 nm · 6 h 54 min
Norfolk → London Stansted3,241 nm · 8 h 23 min
05 · Fleet

Busiest G280s this year

The busiest G280 made 34 flights a month, three times the middle aircraft.

Even the tenth on this list made 21.

Ranked by flights a month · updated monthly

#TailBaseFlights a monthEstimated hours a yearRecord
1N960DTFort Worth Meacham34751 hCheck this tail →
2N96FTHenderson29492 hCheck this tail →
3N831MTNorman Y. Mineta San Jose28410 hCheck this tail →
4N92FTHenderson28481 hCheck this tail →
5N347NAWashington Dulles25408 hCheck this tail →
6N268PCDekalb-Peachtree24336 hCheck this tail →
7N284PCDekalb-Peachtree23330 hCheck this tail →
8N969WRMcCarran23294 hCheck this tail →
9N704LBDuPage22419 hCheck this tail →
10N282RHPalm Beach21436 hCheck this tail →

Checking several tails? Unlimited for $995 a month →

05 · Fleet

G280 vs other aircraft of its size

Medians for each North America fleet, same window and method.

It ranks 2nd of 5 types in its size group on flights a month.

TypeTrackedFlights a monthHours a yearMedian legHours per landingShort hops
Gulfstream G2802438.8171 h489 nm1.6 : 134%
Bombardier Challenger 300/3507559.8194 h481 nm1.6 : 135%
Bombardier Challenger 600 series5018.2180 h498 nm1.7 : 134%
Gulfstream GIV/G4504958.5189 h560 nm1.9 : 133%
Dassault Falcon 20004096.5135 h523 nm1.7 : 132%

G280 vs Bombardier Challenger 300/350, in full →

Side-by-side comparisons

G280 vs Challenger 300/350 →G280 vs Falcon 2000 →G280 vs Praetor 600 →G280 vs GIV →

05 · Fleet

Do older G280s fly differently?

Age matters: by year built, the median G280 in each band flew between 125 and 167 estimated hours a year.

Show the tableHide the table
Serial blockBuiltTrackedHours a yearMedian legShort hops
2001–20912010–1538125 h575 nm29%
2093–21692016–1853167 h474 nm33%
2170–22352019–2138166 h485 nm34%
2236–721892022–2644152 h469 nm37%

US-registered aircraft only: the FAA registry gives serial number and year of manufacture for 173 of the 243 we track. Built = year of manufacture. Avionics upgrades are fitted by modification and the registry doesn’t show them, so check an aircraft’s records.

06 · On paper

G280 on paper

Certified figures come from the type certificate data sheet; the rest are the manufacturer’s.

MeasureG280Source
Maximum takeoff weight (certified)39,600 lbEASA TCDS EASA.IM.A.348 Issue 6, p.10
Maximum ramp weight (certified)39,750 lbEASA TCDS EASA.IM.A.348 Issue 6, p.10
Fuel capacity (certified)14,620 lbEASA TCDS EASA.IM.A.348 Issue 6, p.9
Range (manufacturer)≈ 3,600 nmManufacturer (spec page, Web page, captured 19 Jan 2026)
Takeoff distance (manufacturer)4,750 ftManufacturer (spec page, Web page, captured 19 Jan 2026)
PassengersUp to 19 certified · manufacturer layouts 8–10EASA TCDS EASA.IM.A.348 Issue 6, p.10; Manufacturer (spec page, Web page, captured 19 Jan 2026)
Fuel capacity, US gallons (approx.)≈ 2,180 US galFrom the certified pounds at 6.7 lb per US gallon of Jet A; actual density varies with temperature
High-speed cruise (manufacturer)Mach 0.84Manufacturer (spec page, Web page, captured 19 Jan 2026)
Length (manufacturer)66 ft 10 inManufacturer (spec page, Web page, captured 19 Jan 2026)
Wingspan (manufacturer)63 ftManufacturer (spec page, Web page, captured 19 Jan 2026)
Height (manufacturer)21 ft 4 inManufacturer (spec page, Web page, captured 19 Jan 2026)
Cabin altitude (manufacturer)6,000 ft at 41,000 ftManufacturer (spec page, Web page, captured 19 Jan 2026)
06 · On paper

What the G280’s certification file says

Regulators publish an operational evaluation for each type: how pilots must be rated and trained, and what training must stress.

Here is what the G280 files say, each item with its source.

Crewing a G280

ItemWhat the file says
Type ratingG280ANAC OER Original, p.13
Minimum crew2 pilotsEASA TCDS EASA.IM.A.348 Issue 6, p.10

Sources

DocumentRevision
EASA TCDS IM.A.348 — Gulfstream G280EASA · Issue 6 · 26 May 2025
ANAC Operational Evaluation Report — Gulfstream G280ANAC · Original · 17 Dec 2014
07 · Charter

Chartering a G280

46 of the 243 North America G280s we track are on our charter list (19%).

Charter aircraft flew a median 183 estimated hours a year on 10 flights a month; the rest flew 164 hours on 9.

Where charter G280s are based

FieldShareAircraft
Lambert-St. Louis4
Henderson3
Jacksonville3
Scottsdale3
McCarran2
Palm Beach2

Charter status is our own list, built from FAA records and public listings of charter aircraft. No charter rates: prices depend on the operator and the trip. Check a specific aircraft’s record with its tail number before you book.

08 · FAQ

G280 questions

How many hours a year does a G280 fly?

The median North America G280 flies about 171 estimated hours a year; the middle half sits between 113 and 248. About 1 in 20 flies more than 408.

How often does a G280 fly?

9 flights a month on 6 flying days at the median. About 1 in 20 makes more than 21 flights a month.

How long is a typical G280 flight?

The median leg is 489 nm. About 1 in 20 aircraft average more than 870 nm a leg.

How often do G280 aircraft use short runways?

At the median, 13% of departures are from fields whose longest runway is under 1.25 times the type’s takeoff distance. About 1 in 20 keep it to 3% or less.

Is a high-hours G280 a bad buy?

Not by itself. High hours on long legs are gentler on the structure than the same hours on short hops. Look at hours per landing and short-hop share alongside hours.

Can a G280 fly across the Atlantic?

Yes. The manufacturer quotes 3,600 nm. In our tracking window, 32 of the 243 North America aircraft flew 79 nonstop crossings between the Americas and Europe or Africa. The busiest were Farnborough–Bangor (6 flights), Farnborough–Burlington (5 flights), Bangor–Paris-Le Bourget (5 flights).

How many gallons of fuel does a G280 hold?

About 2,180 US gallons. The type certificate gives 14,620 lb; we convert at 6.7 lb per gallon of Jet A, so the figure is approximate.

Where are most G280 aircraft based?

In North America, Scottsdale is home to the most, followed by Fort Worth Meacham and George Bush Intercontinental. A base is the field an aircraft touches on most of its flying days, month after month.

Cite this data

The Aircraft Ledger. “Gulfstream G280 fleet statistics.” Data to 31 July 2026. theaircraftledger.com/aircraft/gulfstream/g280

Method: Gulfstream G280 aircraft with most departures in North America and at least 20 tracked flights in the latest twelve full months. Flight measures, bases, routes and rankings use ADS-B tracking 1 Aug 2025 – 31 Jul 2026; corrosion and engines-and-brakes exposure use the same twelve months, or an aircraft’s record since 1 Jan 2025 when it had too few nights or departures in them. Estimated hours from time in the air. Tracking misses some flights, so counts and hours are minimums. ADS-B coverage grew over the window, so we don’t compare one year with the last. Tracking can’t tell one variant from another; the variant split, the busiest table’s variants and the age table use the FAA registry, so they cover US-registered aircraft only. We assume the longest runway at each field, so short-runway figures are conservative. Corrosion measures cover the aircraft we can place on enough nights. Charter status is our own list, built from FAA records and public listings of charter aircraft. About our data