TENNESSEE VALLEY AUTHORITY· ICAO24 a76a27· last seen 2d ago

N577TV is a Partenavia P.68, a twin-engine piston aircraft operated by TENNESSEE VALLEY AUTHORITY. SkyMeter has tracked 506 flights totalling 297 hours of airtime via ADS-B across 2 callsigns. The most frequent segment is KMSL to KMSL. Service window in our records spans 437 days. Of those flights, 12 (2.4%) carry at least one detected incident: a go-around, unstable approach, stall warning, or runway excursion. The Partenavia P.68 has a maximum takeoff weight of 4,387 lb, light wake category.

About the Partenavia P.68

The Partenavia P.68 is an Italian light twin-engine aircraft that carved out a niche in short-haul commuter and cargo operations where larger twins would be uneconomical. Built by Partenavia (later Vulcanair) starting in 1970, the high-wing design seats up to six passengers and features a distinctive glazed nose section in the Observer variant, originally developed for aerial surveillance and patrol work. Its rugged construction, good short-field performance, and relatively low operating costs made it a favorite among island-hopping services, air taxi operators, and small cargo carriers, particularly in Europe and North America.

The P.68's twin Lycoming piston engines deliver modest cruise speeds around 165 knots, but the aircraft's real strength lies in its versatility and reliability on routes where passenger loads are light and runways are short. The type has been produced in several variants including the standard passenger version, the Observer with its panoramic nose glazing, and the turbocharged Victor model for improved high-altitude performance. While never a commercial blockbuster, the P.68 remains in production today under the Vulcanair brand, a testament to its enduring utility in specialized roles.

In North America, the type found particular success with Cape Cod commuter services and small cargo operators who valued its twin-engine safety margins on overwater routes without the fuel burn of larger aircraft. The P.68's operating envelope is typical of light piston twins: never-exceed speed of 174 knots, maximum structural cruise of 152 knots, and stall speeds in the high 50s with full flaps. SkyMeter has tracked flights across airframes and operators, with the largest observed operator.

FLIGHTS
506
all time
FLOWN HOURS
297
tracked time
📍
AIRPORTS VISITED
117
unique
📡
CALLSIGNS
2
155 routes
📅
SERVICE PERIOD
6/2/2025 → 8/13/2026
first → last
INCIDENT RATE
2.4%
12 flagged

Top routes

By flight count

10
15
6
4
4
4
3
3
3
3
2

Flight numbers

Most-flown by this airframe

2

Aircraft specifications

Partenavia P.68

Engines
Twin Piston
Vref (approach)
80 kt
MTOW
4,387 lb
Wake category
L

Recent flights

Newest 50 operations of N577TV

50
8/13/2026
1h 0m
No alerts
8/13/2026
14m
No alerts
8/13/2026
13m
No alerts
8/12/2026
1h 36m
No alerts
8/12/2026
20m
No alerts
8/12/2026
1h 8m
No alerts
8/12/2026
26m
No alerts
8/12/2026
52m
No alerts
7/22/2026
1h 43m
No alerts
7/21/2026
23m
No alerts
7/21/2026
2m
No alerts
7/21/2026
15m
No alerts
7/21/2026
1h 52m
No alerts
7/21/2026
21m
No alerts
7/17/2026
14m
No alerts
7/17/2026
3m
No alerts
7/17/2026
54m
No alerts
7/17/2026
10m
No alerts
7/17/2026
18m
No alerts
7/17/2026
10m
No alerts
7/17/2026
13m
No alerts
7/17/2026
14m
No alerts
7/16/2026
31m
No alerts
7/16/2026
7m
No alerts
7/16/2026
2h 29m
No alerts
7/16/2026
23m
No alerts
7/16/2026
1h 40m
No alerts
7/15/2026
1h 6m
No alerts
7/15/2026
2h 13m
No alerts
7/15/2026
1h 46m
No alerts
7/15/2026
15m
No alerts
7/14/2026
2h 34m
No alerts
7/14/2026
3h 42m
△ Low approach-stability score
7/13/2026
1h 38m
No alerts
7/13/2026
42m
No alerts
7/13/2026
6m
No alerts
7/13/2026
43m
No alerts
7/9/2026
30m
No alerts
7/9/2026
3m
No alerts
6/25/2026
53m
No alerts
6/25/2026
42m
No alerts
6/24/2026
57m
△ Low approach-stability score
6/24/2026
6m
No alerts
6/24/2026
59m
No alerts
6/24/2026
1h 28m
No alerts
6/24/2026
31m
No alerts
6/23/2026
1h 34m
No alerts
6/23/2026
2h 17m
No alerts
6/20/2026
1h 5m
No alerts
6/20/2026
1h 49m
No alerts
© SkyMeter · All flight data subject to ODbL attribution