Sample Aircraft Report · Operating record
N591QX
2016 Cirrus SR22T · based at Centennial, CO
Detected operations 1 Oct 2025 – 26 Sep 2026 · ADS-B coverage on 98% of days
Print-ready, with the same maps, charts and findings. Handy for a pre-buy shop.
143
detected flights
220h
observed flight time
29,210nm
flown, great-circle
25
airports · 13 states + the Bahamas
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The short version
A hard-working high-country traveller that also went island hopping.
N591QX flew 143 detected flights and about 220 hours between 1 Oct 2025 and 26 Sep 2026, mostly from Centennial, CO. Mountain hops make up 46% of flights. The longest leg reached 822 nm to KMRY, 9 legs touched the Bahamas, it sat for one 43-day stretch from 9 Nov 2025.
43days
Ask about itOne parked stretch
No detected flights 9 Nov 2025 to 21 Dec 2025, with source coverage throughout. Ask what the airplane was doing; an annual inspection is the most common reason.
46%of flights
MissionMountain hops lead
66 of 143 flights, to places like Eagle / Vail, Montrose, Aspen; typically 51 min.
9island legs
Ask about itSalt air and open water
Flights to or from the Bahamas. Over-water, salt-air flying is worth a corrosion look.
81%of range
PerformanceLegs get stretched
Longest leg 822 nm, KAPA to KMRY in 4h 59m: about 81% of the SR22T G5 range figure of 1,021 nm (POH range table: 55% power at 25,000 ft).
90%above 10k ft
EngineFlies high
29 flights reached the flight levels (max 22,000 ft). Expect oxygen use and a turbo that works hard.
84%landings
EnvironmentHot, high and short
120 landings at fields above 5,000 ft, up to KTEX at 9,070 ft. Brakes, tires and density-altitude performance matter.
The year in one line
What this means if you're buying it
- Ask about the 43-day parked stretch and what maintenance happened during it.
- Match logbook hours to the observed pace of about 223 hours a year.
- Environments to inspect for: high-altitude, high-power flying, salt-air exposure, hot-and-high airports.
Data behind this report
| Observation window | 360 days |
| Days with ADS-B coverage | 98% |
| Flights with resolved airports | 143 of 143 |
| Type reference | Cirrus SR22T |
Summary written from the figures in the sections below; every number traces to a chart or table.
Where it flies
Colorado-based, with reaches to 13 states and beyond.
25 airports in 13 states and the Bahamas. 56% of takeoffs and landings were at KAPA, the probable home base. Line weight shows how often each route was flown.
5 airports within about 200 nm of home.
Dashed legs had partial ADS-B coverage offshore.
| Airport | City | Elev ft | Moves |
|---|---|---|---|
| KAPA | Denver | 5,885 | 161 |
| KEGE | Eagle / Vail | 6,548 | 24 |
| KJAC | Jackson | 6,451 | 10 |
| KMTJ | Montrose | 5,759 | 10 |
| KASE | Aspen | 7,820 | 10 |
| KDRO | Durango | 6,685 | 8 |
| KTEX | Telluride | 9,070 | 8 |
| KSGU | St George | 2,941 | 6 |
| KSAF | Santa Fe | 6,348 | 6 |
| KFXE | Fort Lauderdale | 13 | 4 |
| MYAT | Abaco | 8 | 4 |
| MYEH | North Eleuthera | 13 | 4 |
| MYES | Staniel Cay | 5 | 4 |
| KSUN | Sun Valley | 5,318 | 4 |
Show 11 more airportsShow fewer
| KHND | Las Vegas | 2,492 | 3 |
| KBZN | Bozeman | 4,473 | 2 |
| KSHV | Shreveport | 258 | 2 |
| MYAM | Abaco | 6 | 2 |
| MYEF | Great Exuma | 9 | 2 |
| KBTR | Baton Rouge | 70 | 2 |
| KAMA | Amarillo | 3,607 | 2 |
| KAUS | Austin | 542 | 2 |
| KSDL | Scottsdale | 1,510 | 2 |
| KOSH | Oshkosh | 808 | 2 |
| KMRY | Monterey | 257 | 2 |
Moves = takeoffs + landings with a resolved airport.
How much it flies
Busy most of the year, with one quiet stretch.
130 flying days out of 360. ADS-B coverage reached 98% of days; missing days are shown as missing, never as zero.
Detected flights by month
Hatched months had ADS-B coverage below 90% of days (Feb 86%). Counts there are a floor.
220 h
observed in the window
1h 11m
median flight
29,210
nautical miles, great-circle
Every day of the window
The 43-day parked stretch
9 Nov 2025 – 21 Dec 2025. ADS-B receivers had coverage throughout, so this is a real absence, not a data gap. Six weeks or so in one block is the classic shape of an annual inspection with some squawks; it could also be avionics work, storage or the owner travelling.
Ask: the annual sign-off date and the squawk list from that visit.
By quarter
| Quarter | Flights | Hours | Distance | Airports |
|---|---|---|---|---|
| Q4 2025 | 26 | 37.6 | 4,512 nm | 7 |
| Q1 2026 | 46 | 60.8 | 7,507 nm | 15 |
| Q2 2026 | 34 | 58.4 | 8,352 nm | 10 |
| Q3 2026 | 37 | 63.5 | 8,839 nm | 10 |
How it's flown
Mostly mountain hops, with local & proficiency mixed in.
Each flight is classified from its distance, its endpoints and their field elevations. Short legs into fields above 5,000 ft count as mountain hops; legs of 450 nm or more count as long cross-country.
Distance and altitude, flight by flight
Each dot is one detected flight: distance flown against the highest altitude observed.
Highest altitude per flight
Leg length
Longest leg vs. range
822 nm
Reading the envelope
Highest altitude observed 22,000 ft (max operating altitude 25,000 ft for the SR22T G5).
Longest leg 822 nm in 4h 59m, 81% of the SR22T G5 range figure.
Cruise speed isn't published for this airframe yet; it needs complete per-flight telemetry.
When it flies · Flight log
Fridays are the busiest day, and it flies almost only in daylight.
Departures by day and hour
Local departure time (Denver time). Darker = more departures.
69%
weekday flights
1%
after dark
1.1
flights per flying day
130
distinct flying days
Flight log · 143 detected flights, newest first
| Date | Route | nm | Time |
|---|---|---|---|
| 23 Sep 2026 | KAPA → KHND | 533 | 3h 00m |
| 21 Sep 2026 | KAPA local | 0 | 49 min |
| 20 Sep 2026 | KSUN → KAPA | 485 | 2h 39m |
| 16 Sep 2026 | KAPA → KSUN | 485 | 2h 55m |
| 15 Sep 2026 | KAPA local | 0 | 53 min |
| 13 Sep 2026 | KMRY → KAPA | 822 | 4h 23m |
| 10 Sep 2026 | KAPA → KMRY | 822 | 4h 59m |
| 6 Sep 2026 | KEGE → KAPA | 96 | 43 min |
| 5 Sep 2026 | KAPA → KEGE | 96 | 47 min |
| 4 Sep 2026 | KEGE → KAPA | 96 | 46 min |
| 4 Sep 2026 | KAPA → KEGE | 96 | 48 min |
| 1 Sep 2026 | KAPA local | 0 | 1h 00m |
| 31 Aug 2026 | KAPA local | 0 | 1h 04m |
| 29 Aug 2026 | KJAC → KAPA | 359 | 2h 03m |
| 26 Aug 2026 | KAPA → KJAC | 359 | 2h 18m |
| 23 Aug 2026 | KAPA local | 0 | 1h 03m |
| 21 Aug 2026 | KEGE → KAPA | 96 | 48 min |
| 21 Aug 2026 | KAPA → KEGE | 96 | 46 min |
| 15 Aug 2026 | KJAC → KAPA | 359 | 2h 25m |
| 12 Aug 2026 | KAPA → KJAC | 359 | 2h 10m |
| 10 Aug 2026 | KASE → KAPA | 96 | 48 min |
| 8 Aug 2026 | KAPA → KASE | 96 | 46 min |
| 7 Aug 2026 | KJAC → KAPA | 359 | 2h 18m |
| 5 Aug 2026 | KAPA → KJAC | 359 | 2h 09m |
| 1 Aug 2026 | KEGE → KAPA | 96 | 48 min |
Show the other 118 flightsShow fewer
| 1 Aug 2026 | KAPA → KEGE | 96 | 50 min |
| 31 Jul 2026 | KEGE → KAPA | 96 | 48 min |
| 31 Jul 2026 | KAPA → KEGE | 96 | 47 min |
| 27 Jul 2026 | KOSH → KAPA | 775 | 5h 11m |
| 22 Jul 2026 | KAPA → KOSH | 775 | 3h 47m |
| 19 Jul 2026 | KAPA local | 0 | 1h 13m |
| 13 Jul 2026 | KAPA local | 0 | 49 min |
| 12 Jul 2026 | KTEX → KAPA | 173 | 1h 11m |
| 10 Jul 2026 | KAPA → KTEX | 173 | 1h 16m |
| 7 Jul 2026 | KAPA local | 0 | 1h 16m |
| 4 Jul 2026 | KSAF → KAPA | 245 | 1h 32m |
| 1 Jul 2026 | KAPA → KSAF | 245 | 1h 42m |
| 29 Jun 2026 | KEGE → KAPA | 96 | 43 min |
| 26 Jun 2026 | KAPA → KEGE | 96 | 49 min |
| 20 Jun 2026 | KSDL → KAPA | 493 | 2h 44m |
| 17 Jun 2026 | KAPA → KSDL | 493 | 3h 00m |
| 16 Jun 2026 | KAPA local | 0 | 44 min |
| 14 Jun 2026 | KSAF → KAPA | 245 | 1h 35m |
| 10 Jun 2026 | KAPA → KSAF | 245 | 1h 40m |
| 8 Jun 2026 | KMTJ → KAPA | 156 | 1h 07m |
| 6 Jun 2026 | KAPA → KMTJ | 156 | 1h 11m |
| 2 Jun 2026 | KEGE → KAPA | 96 | 43 min |
| 30 May 2026 | KAPA → KEGE | 96 | 50 min |
| 29 May 2026 | KSAF → KAPA | 245 | 1h 27m |
| 27 May 2026 | KAPA → KSAF | 245 | 1h 45m |
| 26 May 2026 | KAPA local | 0 | 46 min |
| 23 May 2026 | KSGU → KAPA | 435 | 2h 29m |
| 20 May 2026 | KAPA → KSGU | 435 | 2h 29m |
| 18 May 2026 | KAPA local | 0 | 51 min |
| 16 May 2026 | KSGU → KAPA | 435 | 2h 38m |
| 13 May 2026 | KAPA → KSGU | 435 | 2h 42m |
| 11 May 2026 | KAPA local | 0 | 1h 09m |
| 10 May 2026 | KAPA local | 0 | 1h 13m |
| 9 May 2026 | KSUN → KAPA | 485 | 2h 47m |
| 6 May 2026 | KAPA → KSUN | 485 | 2h 50m |
| 4 May 2026 | KEGE → KAPA | 96 | 48 min |
| 1 May 2026 | KAPA → KEGE | 96 | 48 min |
| 28 Apr 2026 | KAPA local | 0 | 59 min |
| 27 Apr 2026 | KDRO → KAPA | 199 | 1h 18m |
| 24 Apr 2026 | KAPA → KDRO | 199 | 1h 24m |
| 19 Apr 2026 | KAUS → KAPA | 664 | 4h 22m |
| 16 Apr 2026 | KAPA → KAUS | 664 | 3h 32m |
| 12 Apr 2026 | KASE → KAPA | 96 | 47 min |
| 10 Apr 2026 | KAPA → KASE | 96 | 47 min |
| 5 Apr 2026 | KSGU → KAPA | 435 | 2h 36m |
| 1 Apr 2026 | KAPA → KSGU | 435 | 2h 50m |
| 29 Mar 2026 | KMTJ → KAPA | 156 | 1h 07m |
| 27 Mar 2026 | KAPA → KMTJ | 156 | 1h 12m |
| 24 Mar 2026 | KAPA local | 0 | 58 min |
| 22 Mar 2026 | KDRO → KAPA | 199 | 1h 24m |
| 21 Mar 2026 | KAPA → KDRO | 199 | 1h 23m |
| 20 Mar 2026 | KDRO → KAPA | 199 | 1h 22m |
| 20 Mar 2026 | KAPA → KDRO | 199 | 1h 27m |
| 17 Mar 2026 | KAPA local | 0 | 1h 07m |
| 16 Mar 2026 | KTEX → KAPA | 173 | 1h 12m |
| 13 Mar 2026 | KAPA → KTEX | 173 | 1h 19m |
| 10 Mar 2026 | KAPA local | 0 | 1h 03m |
| 1 Mar 2026 | KTEX → KAPA | 173 | 1h 18m |
| 28 Feb 2026 | KAPA → KTEX | 173 | 1h 18m |
| 27 Feb 2026 | KTEX → KAPA | 173 | 1h 14m |
| 27 Feb 2026 | KAPA → KTEX | 173 | 1h 14m |
| 21 Feb 2026 | KAMA → KAPA | 301 | 2h 07m |
| 20 Feb 2026 | KBTR → KAMA | 602 | 4h 04m |
| 20 Feb 2026 | KFXE → KBTR | 635 | 4h 29m |
| 18 Feb 2026 | MYAT → KFXE | 153 | 1h 09m |
| 16 Feb 2026 | MYEH → MYAT | 85 | 46 min |
| 15 Feb 2026 | MYES → MYEH | 80 | 44 min |
| 14 Feb 2026 | MYEF → MYES | 48 | 34 min |
| 13 Feb 2026 | MYES → MYEF | 48 | 31 min |
| 12 Feb 2026 | MYEH → MYES | 80 | 41 min |
| 11 Feb 2026 | MYAM → MYEH | 66 | 41 min |
| 10 Feb 2026 | MYAT → MYAM | 22 | 23 min |
| 9 Feb 2026 | KFXE → MYAT | 153 | 1h 11m |
| 6 Feb 2026 | KSHV → KFXE | 806 | 4h 16m |
| 6 Feb 2026 | KAPA → KSHV | 684 | 3h 16m |
| 3 Feb 2026 | KAPA local | 0 | 1h 04m |
| 1 Feb 2026 | KMTJ → KAPA | 156 | 1h 07m |
| 30 Jan 2026 | KAPA → KMTJ | 156 | 1h 12m |
| 24 Jan 2026 | KDRO → KAPA | 199 | 1h 22m |
| 22 Jan 2026 | KAPA → KDRO | 199 | 1h 29m |
| 19 Jan 2026 | KAPA local | 0 | 1h 09m |
| 19 Jan 2026 | KAPA local | 0 | 52 min |
| 16 Jan 2026 | KMTJ → KAPA | 156 | 1h 07m |
| 16 Jan 2026 | KAPA → KMTJ | 156 | 1h 12m |
| 15 Jan 2026 | KASE → KAPA | 96 | 44 min |
| 15 Jan 2026 | KAPA → KASE | 96 | 50 min |
| 10 Jan 2026 | KASE → KAPA | 96 | 43 min |
| 8 Jan 2026 | KAPA → KASE | 96 | 47 min |
| 5 Jan 2026 | KAPA local | 0 | 1h 17m |
| 4 Jan 2026 | KAPA local | 0 | 47 min |
| 1 Jan 2026 | KEGE → KAPA | 96 | 47 min |
| 1 Jan 2026 | KAPA → KEGE | 96 | 49 min |
| 30 Dec 2025 | KAPA local | 0 | 1h 13m |
| 28 Dec 2025 | KEGE → KAPA | 96 | 44 min |
| 25 Dec 2025 | KAPA → KEGE | 96 | 51 min |
| 23 Dec 2025 | KEGE → KAPA | 96 | 45 min |
| 22 Dec 2025 | KAPA → KEGE | 96 | 49 min |
| 8 Nov 2025 | KBZN → KAPA | 465 | 2h 45m |
| 5 Nov 2025 | KAPA → KBZN | 465 | 3h 00m |
| 4 Nov 2025 | KAPA local | 0 | 50 min |
| 3 Nov 2025 | KEGE → KAPA | 96 | 46 min |
| 1 Nov 2025 | KAPA → KEGE | 96 | 48 min |
| 31 Oct 2025 | KASE → KAPA | 96 | 47 min |
| 31 Oct 2025 | KAPA → KASE | 96 | 48 min |
| 28 Oct 2025 | KAPA local | 0 | 45 min |
| 26 Oct 2025 | KAPA local | 0 | 46 min |
| 24 Oct 2025 | KJAC → KAPA | 359 | 2h 08m |
| 22 Oct 2025 | KAPA → KJAC | 359 | 2h 23m |
| 21 Oct 2025 | KAPA local | 0 | 1h 00m |
| 19 Oct 2025 | KHND → KAPA | 533 | 3h 05m |
| 15 Oct 2025 | KAPA → KHND | 533 | 3h 10m |
| 14 Oct 2025 | KAPA local | 0 | 1h 12m |
| 12 Oct 2025 | KMTJ → KAPA | 156 | 1h 08m |
| 10 Oct 2025 | KAPA → KMTJ | 156 | 1h 05m |
| 7 Oct 2025 | KAPA local | 0 | 1h 03m |
| 6 Oct 2025 | KAPA local | 0 | 1h 17m |
| 5 Oct 2025 | KJAC → KAPA | 359 | 2h 14m |
| 1 Oct 2025 | KAPA → KJAC | 359 | 2h 12m |
Operating environment
What the flying says about wear, and what to check.
These link how the airplane is flown with public, model-level reference data. They're prompts for an inspection, not findings about this airplane's condition.
| What we observed | Why it matters | Ask or inspect |
|---|---|---|
| About 223 observed hours a year | FAA records list a TSIO-550-K; verify the installed engine and its serial number from the data plate and logbooks. Continental SIL98-9E: 2,000 h (2,200 h for engines S/N 1006000 and later), or 12 calendar years. Pace sets how quickly a mid-time engine reaches it. | Engine model and serial from the data plate; time since new or overhaul, and whether the last overhaul was a factory rebuild, factory overhaul or field overhaul (it changes the TBO); oil analysis and compression history. |
| 29 flights in the flight levels | Sustained high-altitude cruise works the turbocharger, exhaust and oxygen system. | Turbo and exhaust inspection records; oxygen bottle hydrostatic test date. |
| 120 landings above 5,000 ft | Higher true airspeed at touchdown means more brake and tire wear and longer takeoff rolls. | Brake and tire replacement history. |
| 9 island legs | Salt exposure can start corrosion in landing gear, flap tracks and fasteners if the airplane isn't washed afterward. | Post-trip washing; corrosion findings at the last annual; where it's hangared. |
| International legs (the Bahamas) | Border crossings require eAPIS filings and a current CBP decal. | CBP user-fee decal; eAPIS records; any maintenance done outside the U.S. |
| 43-day parked stretch from 9 Nov 2025 | Long idle periods and major maintenance both show up this way. | What happened during the stretch; annual sign-off date and squawk list. |
| 2016 airframe with a ballistic parachute | CAPS canopy repack and rocket motor each run on a 10-year life from their own manufacture dates. For this airframe the first service falls around 2026. | Date of the last parachute repack and rocket replacement. A pending one is a large bill. |
About 223 observed hours a year
FAA records list a TSIO-550-K; verify the installed engine and its serial number from the data plate and logbooks. Continental SIL98-9E: 2,000 h (2,200 h for engines S/N 1006000 and later), or 12 calendar years. Pace sets how quickly a mid-time engine reaches it.
Ask: Engine model and serial from the data plate; time since new or overhaul, and whether the last overhaul was a factory rebuild, factory overhaul or field overhaul (it changes the TBO); oil analysis and compression history.
29 flights in the flight levels
Sustained high-altitude cruise works the turbocharger, exhaust and oxygen system.
Ask: Turbo and exhaust inspection records; oxygen bottle hydrostatic test date.
120 landings above 5,000 ft
Higher true airspeed at touchdown means more brake and tire wear and longer takeoff rolls.
Ask: Brake and tire replacement history.
9 island legs
Salt exposure can start corrosion in landing gear, flap tracks and fasteners if the airplane isn't washed afterward.
Ask: Post-trip washing; corrosion findings at the last annual; where it's hangared.
International legs (the Bahamas)
Border crossings require eAPIS filings and a current CBP decal.
Ask: CBP user-fee decal; eAPIS records; any maintenance done outside the U.S.
43-day parked stretch from 9 Nov 2025
Long idle periods and major maintenance both show up this way.
Ask: What happened during the stretch; annual sign-off date and squawk list.
2016 airframe with a ballistic parachute
CAPS canopy repack and rocket motor each run on a 10-year life from their own manufacture dates. For this airframe the first service falls around 2026.
Ask: Date of the last parachute repack and rocket replacement. A pending one is a large bill.
Type reference · public data
| Model | Cirrus SR22T |
| Engine (FAA records) | TSIO-550-K |
| Manufacturer TBO | 2,000 h (2,200 h for engines S/N 1006000 and later), or 12 calendar years |
| Performance figures | SR22T G5 |
| Max cruise | 213 KTAS |
| Max operating altitude | 25,000 ft |
| Range | 1,021 nm |
Reference card rev. 2026.9.3. Performance is for the SR22T G5; range basis: POH range table: 55% power at 25,000 ft. Engine is as FAA records list it; the data plate and logbooks govern. TBO is a manufacturer recommendation; see the method page.
Not in this report
Engine and airframe total time, damage history and maintenance come from logbooks, not ADS-B. Pair this report with a pre-buy inspection by a shop that knows the type.
The Aircraft History Report adds the airframe's whole registry story: every registrant, every tail number, where it has lived, and a question list to take to the seller.
Registration and safety
No matched NTSB records for this airframe.
Current FAA registration
| Status | Valid |
| Certificate issued | 9 May 2023 |
| Registered owner | HIGH MESA FLIGHT LLC |
| Location | CENTENNIAL, CO |
| Registrant type | 3 |
Current FAA registration only. This report doesn't reconstruct prior owners; the History Report does.
Safety
No matched NTSB accident or incident records were linked to this physical airframe in Stabilator's current index. Records are matched to the airframe, not only the tail number.
Method, limits and next step
How this report was built.
Sources
ADS-B observations from community receiver networks, matched to this airframe's Mode S code. Positions are split into flights at takeoff and landing; each keeps its distance, duration, endpoints and highest altitude. FAA Aircraft Registry for identity and registrant. Airport reference (OurAirports) for names, coordinates and field elevations.
Coverage
ADS-B coverage is measured per day. Days without coverage are shown as missing, never as "not flown". Parked stretches are only reported when coverage was present throughout.
Classification
Flight types come from distance, endpoints and field elevation. Endpoints are only named when a track starts or ends close enough to an airport to be confident.
Limits
Observed flight time is not tach or Hobbs time. This report doesn't establish airworthiness, maintenance status, damage history, title or value. Stabilator is informational only; verify independently before any transaction.
Type reference
Performance comes from a generation-specific profile (model and years), with its range basis stated, and is shown only when it matches this airframe. TBO uses the engine model FAA records list for this airframe. TBO figures are manufacturer recommendations for the engine model FAA records list, which may not match what is installed (engine changes and STC conversions don't always reach the registry); the data plate and logbooks govern. For a Part 91 operator they are not regulatory limits unless an AD or an airworthiness limitation makes them one. Lycoming SI 1009BF lets qualified maintenance allow Part 91 non-commercial operation past the 12-year calendar limit after a thorough inspection. Frequent-use extensions (Lycoming note 11, Continental's 40+ hours a month provision) and factory-overhaul extensions are not applied here.
Registration: FAA Aircraft Registry. Safety: NTSB, matched to the airframe. Flight observations: community ADS-B network data under the Open Database License (ODbL) 1.0. Full credits are on the data sources page.
Aircraft History Report
This report covers the last 12 months. The History Report covers the airframe's whole life.
- Every registrant on file, with dates and places
- Every tail number the airframe has carried
- Where it has lived, and what that environment wears
- A question list to take to the seller
Data freshness · this report
| ADS-B observations | 1 Oct 2025 – 26 Sep 2026 |
| Days with coverage | 98% |
| Airport reference | OurAirports, with FAA identifiers |
| Type reference card | rev. 2026.9.3 |
| Report generated | 12 Oct 2026 |
Owners can correct public information at stabilatorops.com/corrections.
Download the PDF reportAircraft History Report is a separate $29 product← Back to N591QX's free profile