DILLON AERO INC· ICAO24 ac76a4· last seen 4d ago

N902AK is a Pilatus Aircraft PC-7 Turbo Trainer, a single-engine turboprop operated by DILLON AERO INC. SkyMeter has tracked 96 flights totalling 78 hours of airtime via ADS-B. The most frequent segment is KDVT to KDVT. Service window in our records spans 376 days. Of those flights, 22 (22.9%) carry at least one detected incident: a go-around, unstable approach, stall warning, or runway excursion. The Pilatus Aircraft PC-7 Turbo Trainer has a maximum takeoff weight of 5,952 lb, light wake category.

About the Pilatus Aircraft PC-7 Turbo Trainer

The Pilatus PC-7 Turbo Trainer is a Swiss-built single-engine turboprop that became one of the world's most successful basic military trainers after its introduction in 1978. Developed from the piston-powered PC-3, the PC-7 married a Pratt & Whitney Canada PT6A-25A turboprop to a rugged tandem-seat airframe optimized for ab-initio pilot training and light attack roles. Its combination of docile handling, economical operation, and surprising performance made it a favorite among air forces seeking an affordable alternative to jet trainers for primary instruction.

More than 600 PC-7s were delivered to over 20 countries, including Switzerland, Austria, Malaysia, and numerous African and South American nations, where the type remains in frontline service decades after first delivery. The aircraft's rugged construction and simple systems allow operation from unprepared strips, while its 6g aerobatic capability and underwing hardpoints enable weapons training and light close-air-support missions. The PC-7 can reach altitudes above 30,000 feet and cruise at 180 knots, offering jet-like endurance with turboprop economics.

Its success spawned the more powerful PC-9 and eventually the PC-21, but the original PC-7 remains prized for its reliability and low operating costs. Many retired military examples have found second lives in civilian hands as warbird aerobatic platforms and formation trainers, prized for their responsive handling and distinctive whistle. SkyMeter has tracked flights across airframes and operators over routes, with the largest observed operator.

FLIGHTS
96
all time
FLOWN HOURS
78
tracked time
📍
AIRPORTS VISITED
24
unique
📡
CALLSIGNS
1
31 routes
📅
SERVICE PERIOD
06/25/2025 → 07/07/2026
first → last
INCIDENT RATE
22.9%
22 flagged

Top routes

By flight count

10
5
3
3
2
2
1
1
1
1
1

Flight numbers

Most-flown by this airframe

1

Aircraft specifications

Pilatus Aircraft PC-7 Turbo Trainer

Engines
Single Turboprop
Vref (approach)
85 kt
Vmo
270 kt
MTOW
5,952 lb
Wake category
L

Recent flights

Newest 50 operations of N902AK

50
07/07/2026
56m
△ Unstable approach
06/30/2026
35m
△ Unstable approach
06/25/2026
6m
No alerts
06/24/2026
1h 44m
No alerts
06/24/2026
1h 50m
No alerts
06/24/2026
28m
No alerts
06/24/2026
28m
△ Unstable approach
04/29/2026
29m
No alerts
04/29/2026
1h 16m
△ Unstable approach
04/28/2026
11m
No alerts
04/28/2026
23m
No alerts
04/28/2026
1h 18m
No alerts
04/23/2026
25m
No alerts
04/20/2026
29m
No alerts
04/13/2026
2m
No alerts
04/13/2026
8m
No alerts
04/13/2026
7m
No alerts
04/02/2026
13m
No alerts
03/24/2026
54m
△ Unstable approach
03/18/2026
36m
No alerts
03/03/2026
23m
No alerts
12/23/2025
29m
No alerts
12/09/2025
8m
△ Unstable approach
12/08/2025
1h 40m
No alerts
12/08/2025
24m
△ Unstable approach
12/08/2025
1h 36m
No alerts
11/17/2025
27m
No alerts
11/14/2025
27m
No alerts
11/04/2025
3m
No alerts
11/04/2025
12m
No alerts
11/03/2025
8m
No alerts
11/03/2025
6m
No alerts
08/20/2025
1h 18m
△ Unstable approach
08/19/2025
1h 12m
No alerts
08/15/2025
31m
△ Unstable approach
08/15/2025
34m
No alerts
08/14/2025
32m
△ Unstable approach
08/13/2025
30m
No alerts
08/13/2025
10m
No alerts
07/23/2025
1h 17m
No alerts
07/23/2025
1h 20m
No alerts
07/22/2025
34m
No alerts
07/15/2025
24m
No alerts
07/15/2025
10m
No alerts
07/15/2025
40m
No alerts
07/15/2025
4h 0m
No alerts
07/14/2025
52m
△ Unstable approach
07/14/2025
1h 31m
No alerts
07/14/2025
3h 41m
△ Unstable approach
07/10/2025
29m
No alerts
© SkyMeter · All flight data subject to ODbL attribution