WALTERS MARK· ICAO24 a7e9d6· last seen 20d ago

N609MW is a Cirrus Aircraft SR22, a single-engine piston aircraft operated by WALTERS MARK. SkyMeter has tracked 84 flights totalling 42 hours of airtime via ADS-B across 2 callsigns. The most frequent segment is US-1853 to KA34. Service window in our records spans 378 days. The Cirrus Aircraft SR22 has a maximum takeoff weight of 3,600 lb, light wake category.

About the Cirrus Aircraft SR22

The Cirrus SR22 is the world's best-selling single-engine piston aircraft and the first production airplane certified with an airframe parachute as standard equipment. Introduced in 2001 by Cirrus Aircraft of Duluth, Minnesota, the SR22 revolutionized general aviation by combining composite construction, glass-panel avionics, and the Cirrus Airframe Parachute System (CAPS) into a high-performance four-seat design that appealed to both new pilots and experienced aviators seeking modern safety features. The aircraft's side-stick control, spacious cabin, and sleek composite airframe set it apart from traditional aluminum trainers and made it the aspirational choice for owner-flown personal transportation.

Powered by a Continental IO-550 engine producing 310 horsepower, the SR22 cruises at approximately 183 knots and climbs at 1,400 feet per minute, offering performance that rivals or exceeds many twin-engine aircraft while burning less fuel. Its 3,600-pound maximum takeoff weight allows for a useful load around 1,200 pounds, accommodating four adults and baggage with full fuel on most missions. The aircraft's 81-foot wingspan and laminar-flow wing design deliver efficient cruise performance at altitudes up to 17,500 feet, while the CAPS system provides a last-resort safety option that has saved over 100 lives since certification.

The SR22 has become the training aircraft of choice for many professional pilot programs and remains popular among business owners, physicians, and affluent private pilots who value its combination of speed, comfort, and safety technology. Later variants introduced turbocharging, upgraded avionics, and refined aerodynamics, but the fundamental design established with the early G1 and G2 models remains largely unchanged. SkyMeter has tracked flights across airframes and operators, with the largest observed operator.

FLIGHTS
84
all time
FLOWN HOURS
42
tracked time
📍
AIRPORTS VISITED
21
unique
📡
CALLSIGNS
2
32 routes
📅
SERVICE PERIOD
06/21/2025 → 07/05/2026
first → last
INCIDENT RATE
0.0%
0 flagged

Top routes

By flight count

10
2
2Q5 KN58
2
NV60 2Q5
1
KTRK 2Q5
1
1
1
1
2Q5 KTRK
1
2Q5 KM45
1

Flight numbers

Most-flown by this airframe

2

Aircraft specifications

Cirrus Aircraft SR22

Engines
Single Piston
Vref (approach)
80 kt
MTOW
3,600 lb
Wake category
L

Recent flights

Newest 50 operations of N609MW

50
07/05/2026
18m
No alerts
07/03/2026
17m
No alerts
06/23/2026
14m
No alerts
06/22/2026
31m
No alerts
06/21/2026
1h 0m
No alerts
06/21/2026
29m
No alerts
06/20/2026
11m
No alerts
06/20/2026
34m
No alerts
06/19/2026
20m
No alerts
06/02/2026
14m
No alerts
05/31/2026
21m
No alerts
05/23/2026
26m
No alerts
05/23/2026
10m
No alerts
05/21/2026
1h 4m
No alerts
04/24/2026
1h 10m
No alerts
03/24/2026
19m
No alerts
03/23/2026
31m
No alerts
03/09/2026
12m
No alerts
03/07/2026
30m
No alerts
03/06/2026
1h 47m
No alerts
03/06/2026
12m
No alerts
02/04/2026
9m
No alerts
02/04/2026
13m
No alerts
01/21/2026
21m
No alerts
01/17/2026
26m
No alerts
12/23/2025
12m
No alerts
12/23/2025
21m
No alerts
12/23/2025
18m
No alerts
12/10/2025
9m
No alerts
12/10/2025
43m
No alerts
12/10/2025
7m
No alerts
12/04/2025
1h 11m
No alerts
12/04/2025
13m
No alerts
09/30/2025
52m
No alerts
09/21/2025
13m
No alerts
09/21/2025
16m
No alerts
09/20/2025
7m
No alerts
09/20/2025
No alerts
09/20/2025
15m
No alerts
09/19/2025
10m
No alerts
09/18/2025
7m
No alerts
09/18/2025
13m
No alerts
09/18/2025
1h 44m
No alerts
09/18/2025
26m
No alerts
08/31/2025
14m
No alerts
08/31/2025
16m
No alerts
08/27/2025
14m
No alerts
08/26/2025
16m
No alerts
08/25/2025
16m
No alerts
08/25/2025
26m
No alerts
© SkyMeter · All flight data subject to ODbL attribution