TailCheckHB-VPO
Free tail pageData current to 31 Jul 2026
Operational record · single airframe

HB-VPO · Embraer Phenom 300 flight activity

1 tracked flights in the 12 months to 31 Jul 2026, on about 1 days a month and an estimated 1 hours in the air.

See a sample report →

Last 12 months

How HB-VPO has been flying

Flights, 12 months
1

Tracked by ADS-B, so a minimum.

Estimated hours, 12 months
≈1 hr

From time in the air. The logbook has the exact total.

Days flown a month
1.0 d

In the months it flew.

Last tracked
Aug 2025

Last tracked in August 2025. Published seven days later, by month only.

Month by month

1 flights over 1 active month

Flights per month

1
–
–
–
–
–
–
–
–
–
–
–
A
S
O
N
D
J
F
M
A
M
J
J
20252026

Its busiest month was August 2025, with 1 flights.

Its busiest month was August 2025, with 1 flights. It did not fly in September 2025. There were no tracking gaps, so the record is close to complete.

Chapter 01

Fatigue

Harsher than the type

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

Utilization isn’t graded for HB-VPO: too few of its flights were tracked to count its use fairly, in the full report too. So its free chapter here is Fatigue, which doesn’t depend on catching every flight.

More landings for its hours. Harsher on fatigue.

Short legs put more pressurization cycles on the structure for the same time in the air. Worth checking its cycle-based inspection limits before a pre-buy.

Hours per landingHarsher
1.0 : 1

Against 1.2 : 1 for the middle Phenom 300 (12th). More landings for its hours.

Trip lengthsContext
In the report

The spread of its trip lengths, against the type.

The data behind it

Against all 851 tracked Phenom 300s, over its record since 1 Jan 2025.
DimensionBelowMedianAboveThis tailPctile
Hours per landingHarsherLead metric
Estimated flight hours per landing
1.0 : 1
middle Phenom 300 1.2 : 1
12th
Short hopsHarsher
Share of legs under 300 nm
55%
middle Phenom 300 46%
80th
Leg lengthContext
Median leg
287 nm
middle Phenom 300 334 nm
23rd
Route shape only. No airports or dates named.

How it travels

One corridor carries most of its flights.

Most-flown pair
100%

1 of 1 flights, both directions.

Top three pairs
100%

Most of its flying on three routes.

International
100%

1 flight crossed a border.

Most of HB-VPO’s flying is on one route: its most-flown pair of airports carries 100% of flights. Its top three pairs make up 100%, so about no flights in ten go somewhere else. Of its 1 tracked flights, 1 (100%) crossed a border.

Chapters 02–04

Corrosion, engines and brakes, and utilization

02 Corrosion

Not graded: not enough data

Where does it spend its nights? Where a jet sleeps shapes how fast it corrodes. Salt and damp overnight are what an inspector looks at first.

Salt air Lead metric
Nights within 2 km of the coast, as a share of nights we can place
middle Phenom 300 5%
In the report

Also graded: damp air, freeze–thaw, near the coast and moisture in the air. See this chapter in the sample report →

03 Engines and brakes

Outside the middle of the fleet

How hard were its airfields? Short, hot and high runways ask for more thrust on every takeoff and harder braking on every landing. That wear doesn’t show in the hours.

Short runways Lead metric
Departures where the longest runway was under 1.25× the takeoff distance

HB-VPO is out here, on one side or the other

middle Phenom 300 2%
In the report

Also graded: hot, high takeoffs; density altitude; dust and dry climate. See this chapter in the sample report →

04 Utilization

Not graded: too few of its flights were tracked

How hard has it been used? Heavy use spends maintenance intervals faster; long spells parked bring their own wear. Both are worth knowing before a pre-buy.

Flights a month Lead metric
In the months it flew
middle Phenom 300 11.2
In the report

Also graded: days flown a month and estimated hours a year. See this chapter in the sample report →

TailCheck report

What the full report adds for HB-VPO

  1. 01 All four chapters graded, with the evidence behind every grade
  2. 02 The operational summary: the whole aircraft in one read
  3. 03 Its longest stay away from base, and what the record does and doesn’t show about it
  4. 04 Its home base pattern and operating rhythm: busiest days and months
  5. 05 PDF, CSV and a share link

Open the sample report →

$395 for HB-VPO, one payment

A fraction of the cost of a pre-buy inspection, before you book one.

Peers

Other Phenom 300s

Tails flown at a similar rate, with their tracked flights in the 12 months to 31 Jul 2026. Each has its own free page.

TailFlights, 12 monthsEstimated hours a year
N322CF29≈101
N322FL50≈85
PP-UGP60≈72
B-9511950≈31
D-CHJD59≈54
Questions

About HB-VPO

How many hours does HB-VPO fly a year?

About 1 estimated hours in the 12 months to 31 Jul 2026, across 1 tracked flights. Hours are estimated from time in the air, so the logbook has the exact figure.

How often is HB-VPO flown?

HB-VPO made 1 tracked flights in the 12 months to 31 Jul 2026, about 0 a month, and flew on about 1 days in each month it flew.

Does HB-VPO fly internationally?

1 of its 1 tracked flights in the 12 months to 31 Jul 2026, 100%, crossed a border.

When did HB-VPO last fly?

It was last tracked in August 2025. We publish an aircraft’s flights seven days after they happen, and show them by month only.

Why don’t you show which airports HB-VPO uses?

We leave out airports, bases and exact dates on purpose. We show how an aircraft has been used, not where it goes.

What’s in the full TailCheck report for HB-VPO?

All four graded chapters (Fatigue, Corrosion, Engines and brakes, and Utilization), each against the tracked Phenom 300s, plus the operational summary and operating rhythm, as a PDF, CSV and share link. It costs $395, or $995 a month for unlimited reports and Spotlight.

Method

How this page is made

Everything here comes from HB-VPO’s ADS-B track, the position signal aircraft broadcast, over the 12 months to 31 Jul 2026. ADS-B misses some flights, so every count is a minimum. Flights appear seven days after they happen, by month only, and hours are estimated from time in the air; the logbook has the real totals. Airports, bases and exact dates are left out on purpose. How grades work: each graded measure is placed among the tracked Phenom 300s against the middle aircraft, the 50th percentile. Between the 25th and 75th it is typical; outside that band it is gentler or harsher. Fatigue is graded here for free; for the other chapters this page shows the middle value of the fleet and whether this aircraft sits inside the middle half or outside it. Their grades and values are in the report, not on this page. Owners and operators can ask us not to publish an aircraft’s activity.

Data policy and opt-out →