Cessna 337 Aircraft in South Africa

The Cessna 337 Skymaster is the centerline-thrust push-pull twin — one engine in the nose, one in the tail, no asymmetric-thrust problem on engine failure. Produced 1963-1982 with a twin-tail-boom layout and four-to-six seats, cruise ~170 knots. The pressurised P337 is the rare pressurised variant. Unique handling (no critical engine), and a favourite of pilots who want twin redundancy without conventional twin handling.

Cessna 337 aircraft for sale

1 used Cessna 337 aircraft for sale in South Africa · 6-seat · Used median asking $132,000 · updated 2 days ago

Cessna 337 Specifications

Model spec

The Cessna 337 is a 6-seat multi engine piston with a cruise speed of 170–185 kt (315–343 km/h), a range of 900–1,000 nm (1,667–1,852 km), and a useful load of 1,400 lbs (635 kg).

Performance
Cruise170–185 kt (315–343 km/h)
Max Speed175–193 kt (324–357 km/h)
Range900–1,000 nm (1,667–1,852 km)
Service Ceiling19,500–26,000 ft (5,944–7,925 m)
Engine & Fuel
EngineCONTINENTAL IO-360-C
Horsepower210–225 HP
Fuel Capacity90.0 gal (341 L)
Fuel Burn18.0–22.0 GPH (68–83 L/h)
TBO1,400–1,500 hrs
Weights & Seats
Seats6
Max Gross Weight4,400–4,700 lbs (1,996–2,132 kg)
Useful Load1,400 lbs (635 kg)
Production1965–1980

Cessna 337 for Sale

Cessna 337 asking prices range from $99,000 to $144,900, with a median of $132,000 (market reference $170,000).

Contact for Price
On Request
Total Time 2,950
Location Johannesburg, Gauteng, South Africa

Cessna 337 Variants

Variant Years Seats Cruise Range Useful load Price range Best for Listings for sale
337B 1967–1968 6 170 kts (315 km/h) 900 nm (1,667 km) 1,400 lbs (635 kg) A push-pull centerline-thrust twin — for a buyer who wants twin redundancy with far easier engine-out handling than a conventional twin. 3
337G 1973–1976 6 175 kts (324 km/h) 900 nm (1,667 km) 1,400 lbs (635 kg) $110K – $174K A late push-pull centerline-thrust twin — for a buyer who wants twin redundancy with far easier engine-out handling than a conventional twin. 5
P337H 1979–1984 6 185 kts (343 km/h) 1,000 nm (1,852 km) 1,400 lbs (635 kg) A pressurised push-pull centerline-thrust twin — for a buyer who wants a pressurised cabin with the Skymaster's easier engine-out handling. 1

Compare Cessna 337

See how the Cessna 337 stacks up against similar aircraft in specs, price, and operating costs.

Cessna 337 Price & Cost

How much does a Cessna 337 cost? Used 337 prices: $99K – $144K, average $132K (median $132K); market reference $170K, across 8 priced of 1 active listings.

Cessna 337 Price Guide

Key price factors: engine time to overhaul, year and airframe hours, avionics, damage history and logbook completeness — see the buying guide below for the full pre-purchase checklist.

Cessna 337 Cost of Ownership estimate
Fuel (22.0 GPH × $6.20, 100 hrs)$13,640/yr
Annual Fixed (hangar, insurance, annual)$25,000/yr
Variable (per hour)$260/hr
Engine Overhaul (every 1,500 hrs)$30,000
Estimates at 100 flight hours/year. Actual costs vary by usage, location and insurance.

The 337's two IO-360 engines burn approximately 22 gph combined - twin-engine fuel cost at light-twin efficiency. The annual covers both engines and the aft (pusher) engine's installation, including its cooling and air-intake considerations. IO-360 parts are available and well-supported. Retractable gear adds a system inspection item. Two-engine operating cost is the primary premium over single-engine alternatives - the 337's trade for its asymmetric-thrust safety benefit.

Buying a Used Cessna 337

Buying a Cessna 337 comes down to a focused pre-purchase checklist — here is what matters most on this model:

What to check before buying

The Cessna 337 Skymaster is a six-seat, twin-engine, push-pull aircraft - two Continental IO-360 engines (about 210 hp each, one fore and one aft on the centerline), retractable gear, approximately 170 knots cruise, 900 nm range, and a ceiling near 19,500 feet. Its centerline-thrust configuration is its defining characteristic: with both engines on the fuselage centerline, neither produces asymmetric thrust on failure, eliminating the Vmc demands that make conventional-twin engine-failure management so critical.

The push-pull centerline-thrust concept. In a conventional light twin, failure of a wing-mounted engine generates strong yaw toward the dead engine and demands immediate, correct rudder input at a critical moment. The Skymaster places both engines on the centerline - losing either produces no yaw, and the aircraft remains easily controllable on one engine. This was the Skymaster's design rationale and remains its primary operational argument.

337 versus the pressurized P337 and military O-2. The civilian 337 family ran from the mid-1960s into the late 1970s across several letter variants. The pressurized, turbocharged P337 adds high-altitude capability; the O-2 is the militarized Forward Air Control variant. The base 337 is the normally aspirated, unpressurized entry to the Skymaster family.

Buy it if you want twin-engine centerline-thrust safety in a six-seat retractable piston twin at lower acquisition cost than pressurized alternatives - particularly for single-pilot IFR, where the Skymaster's benign engine-failure behavior is the key benefit.

Frequently Asked Questions — Cessna 337

About the Cessna 337 Skymaster
The Cessna 337 Skymaster is a unique centerline-thrust twin — one Continental IO-360 (210 hp) in the nose and one in a pusher configuration at the rear. Produced 1965–1982, the Skymaster was designed to eliminate the asymmetric-thrust handling challenges of conventional twins: if one engine fails, there is no yaw — the aircraft flies straight. It seats six, cruises approximately 160–175 kt, and is IFR-capable in twin configuration.
Why did Cessna design a push-pull twin?
The greatest risk in conventional twin-engine flying was engine-out handling — many fatal twin accidents occurred when a pilot couldn't manage the asymmetric thrust after an engine failure. The Skymaster's centerline-thrust design eliminates this: both engines are on the aircraft centerline, so either engine can be shut down without yaw. The trade-off is an unusual pusher installation with different maintenance characteristics.
What should I inspect on a used Cessna 337?
Both Continental IO-360 engines (compression, TBO, magnetos — the rear pusher engine runs hotter and may accumulate more heat cycles), the rear engine cooling (a known maintenance consideration on the pusher installation), the exhaust system on both engines, the gear system, and airframe corrosion. The boom-and-pod airframe configuration has its own inspection-access challenges versus a conventional twin.
337 vs a conventional twin — which makes more sense?
For a multi-engine rating or twin-engine IFR, the Skymaster's engine-out handling is genuinely more benign for lower-time multi-engine pilots. The trade-off is a more complex maintenance proposition (rear engine cooling, pusher exhaust), lower parts commonality than more numerous twins, and a niche market that can be harder to insure and sell. For experienced twin pilots, a conventional twin such as the Cessna 310 may offer more speed and capability; for pilots who want twin redundancy with more forgiving engine-out characteristics, the Skymaster makes a strong case.
Is the Cessna 337 still flying?
Yes — in private hands and some utility operations. The military O-2 variant (the USAF version) gave the Skymaster type a large production run; civilian 337s have good parts support from the established community. Specialized maintenance for the rear engine installation is the primary operational consideration.

Cessna 337 Inventory by Country

United States17
Australia1
Canada1
France1
Slovakia1
South Africa1

Cessna 337 Inventory by State

Florida3
California2
South Carolina2

Cessna 337 by Price

Under $100k3
Under $200k19
Under $300k19
Under $500k20

Cessna 337 by Decade

1960s1

Recently Sold Cessna 337

1970 337E$99,900

Cessna 337 Safety Record

Across all 337 variants, 122 NTSB-recorded events are on file from 1982–2024. As with any aircraft, most outcomes depend on pilot training, maintenance and operating conditions rather than the airframe itself.

122

Total Events

49

Incidents

18

Serious

38

Fatal

Most Recent Events

Date Location Severity Probable Cause
Aug 09, 2024 Deer Lake, OF Fatal (1)
Feb 28, 2023 Itzehoe, Incident
Jun 09, 2022 Greenbrier, AR Incident The pilot’s improper landing flare, which resulted in a bounced landing and the nose landing gear collapsing.
Apr 20, 2022 Sylmar, CA Fatal (1) The pilot’s loss of airplane control while troubleshooting a landing gear issue, which resulted in an aerodynamic stall/…
Aug 03, 2021 Pozo Perdido, OF Incident

NTSB records 1982–2024. Includes all Cessna 337 variants. Events ≠ aircraft fault.

Disclaimer: All prices, cost estimates, and market values shown are based on asking prices from third-party sources and are provided for informational purposes only. AeroGurus is not an appraiser, broker, or financial advisor. Always obtain a professional appraisal and independent inspection before making a purchase decision.
Listings last refreshed 2 days ago · Data: FAA Registry, NTSB · About our data