Cessna 335

Piston • twin engine • Low Wing • Retractable gear

Range Visualization

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Payload vs. Range

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Default: 190 lbs (FAA standard)

Default: 30 lbs

Passengers
lbs @ lbs / pax
0 lbs
Fuel on board
gal
+ Weight
Range
Available Range / nm
Mission capable — Aircraft can handle the current load with full fuel tanks.
Fuel tradeoff required — You'll need to leave gallons of fuel behind ( gal usable for nm range).
Over max gross weight — Reduce payload by lbs to safely operate this aircraft.

Mission Profile

Endorsements & ratings:
  • High-Performance
  • Complex
  • High-Altitude
  • Multi-Engine
211
KTAS
Cruise Speed
6
Occupants
1088
nm
Max Range
1415
lbs
Wet Payload

Estimated Ownership Costs

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About the Cessna 335

Overview

The Cessna 335 is an unpressurised, lighter-weight version of the Cessna 340. Marketed briefly between 1979 and 1980, it was intended as a lower-cost alternative for owners who wanted the cabin-class experience and twin-engine security without the maintenance complexity of a pressurisation system.

In the market, the 335 struggled to find buyers. Only 65 were built before Cessna discontinued the model. Most cabin-class buyers preferred to pay the additional cost for the pressurised 340, and budget-conscious twin buyers gravitated to the lighter, less complex Cessna 310 instead. The result is a rare aircraft today: well-built, capable, and meaningfully cheaper than a 340 to acquire and maintain, but with a small support network and a thinner resale market.

Key Features for GA Buyers

  • Cabin-class comfort. Features the same airstair door and centre-aisle cabin as the 340, offering a much more professional feel than the 310 at a lower price than its pressurised sibling.
  • Reduced complexity. By removing the pressurisation hardware, the aircraft is lighter and simpler to maintain, which translates to a slight increase in useful load over an equivalent 340.
  • Turbocharged performance. The Continental TSIO-520-EB engines provide excellent high-altitude performance, even if the occupants must wear supplemental oxygen to utilise it.

Trade-offs

  • Oxygen requirement. Because the 335 lacks pressurisation, flying in the teens or flight levels (where the turbocharged engines are most efficient) requires supplemental oxygen for everyone on board.
  • Rarity. With only 65 units ever produced, finding a 335 on the market is difficult, and some 335-specific interior parts can be harder to source than the equivalent 340 components.
  • Resale market. Most buyers in this class prefer the pressurised 340, which can make the 335 harder to sell despite its lower acquisition cost.

See Also

  • Cessna 340 – the pressurised sibling on the same airframe; the canonical version of this generation. Compare
  • Cessna 310 – the lighter, earlier Cessna twin from which the 335 fuselage descends. Compare
  • Cessna 402 – the larger unpressurised cabin twin in the same Cessna lineage. Compare
  • Beech 58 Baron – the Baron’s larger cabin twin and the primary cross-shop in this segment. Compare
  • Piper PA-34 Seneca – a more affordable light twin alternative for buyers who can do without the cabin-class fuselage. Compare

Technical Specifications

Dimensions

Wingspan
38.1 ft
Length
34.3 ft
Height
12.6 ft
Parking area (ft2)
1890.33 ft2

Weights

Max Takeoff Weight
5,990 lbs
Max Landing Weight
5,990 lbs
Useful Load
2,027 lbs
Fuel Capacity
102 gal

Performance

Cruise Speed
211 KTAS
Never-Exceed (Vne)
234 KIAS
Max Structural Cruise (Vno)
200 KIAS
Approach Speed
93 KIAS
Stall, Clean (Vs1)
71 KIAS
Range
1088 NM
Service Ceiling
26,800 ft
Rate of Climb
1400 fpm
Takeoff over 50 ft obstacle
2,365 ft
Landing ground roll
1,850 ft

Engines

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Similar to the Cessna 335

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Cruise
229 kts (higher than this aircraft)
Range
1406 nm (higher than this aircraft)
Seats
6
Piston twin engine Low Wing
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Cessna Chancellor 414

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Range
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Aero Commander 680FP silhouette

Aero Commander 680FP

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See how the Cessna 335 stacks up against similar aircraft

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