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How to Buy a Cessna 414 / 414A Chancellor: Buyer's Guide
A roomy pressurized piston twin that carries real loads above the weather at modest cost, if you buy a well-maintained one.
Updated October 2026 · Market data from 35 live fyiAero listings, the FAA registry and NTSB records
Overview
The Cessna 414 sits in the middle of Cessna's 400-series cabin-class twins. It combines a pressurized cabin derived from the 421 with a wing from the unpressurized 401/402 family and a pair of turbocharged, direct-drive Continental TSIO-520s. The result is a six- to seven-seat airplane that cruises in the low flight levels, keeps passengers comfortable without masks, and avoids the geared-engine complexity of the 421. Cessna later redesigned it as the 414A Chancellor, with a new wet wing and a longer nose. Both versions trade on the used market today.
fyiAero listings currently show 35 aircraft for sale: 21 414As, 13 original 414s, and one aircraft carried as a 414AW. Listed model years run from 1973 to 1983. Asking prices range from $219,000 to $795,000, with a median of $427,450. The FAA registry shows 599 US-registered aircraft, so there are enough on the market to be choosy.
These are 40- to 50-year-old pressurized airplanes, and most have worked hard. The median listed airframe has 7,219 hours, and most listings exceed 5,000 hours. Condition, engine times, pressurization health, and maintenance history matter far more than model year. The cheapest 414 you can find is rarely the cheapest one to own.
Who it's for. The 414 suits an owner-pilot or small business that regularly flies 300 to 900 nm trips with family, staff, or gear and wants to get over weather and terrain in a pressurized cabin. Because it uses fuel by the barrel, it also fits buyers for whom a turboprop doesn't pencil out. It is not a first twin for a low-time pilot. Insurers will want to see solid multi-engine and instrument experience, preferably some complex or turbocharged time. They will almost always require formal initial training in type and annual recurrent training. Low-time multi pilots can often get covered, but expect higher premiums, required dual time with an instructor, and possibly limits on passengers or conditions until you build time in the airplane. Get insurance quotes before you make an offer, not after.
Generations and variants
| Version | Years | What changed |
|---|---|---|
| Cessna 414 | 1970-1977 | The original version uses the 401/402-style wing with tip tanks, plus optional auxiliary and nacelle locker fuel, and turbocharged TSIO-520 engines. It is generally the less expensive entry point; fyiAero 1973-1974 listings average about $322,000. Condition and upgrades swing individual prices widely. |
| Cessna 414A Chancellor | 1978-1985 | A redesigned bonded wet wing replaced the tip tanks, along with a longer nose with more baggage, updated engines and systems, and a cleaner look. 414As carry a premium on fyiAero: 1978 listings average about $498,580 and 1980 listings about $564,780. |
| 414AW and modified aircraft | Various | You will occasionally see a 414AW designation in listings or registry data. You will see many more aircraft carrying RAM engine conversions, winglets, or other STCs. Verify exactly what paperwork and STCs are on the airplane, because the modifications, not the label, drive value. |
What a Cessna 414 / 414A Chancellor costs to buy
26 priced listings on fyiAero right now ask between $219,000 and $795,000, with a median of $427,450 and a median of 7,219 hours total time. Against fyiEstimate, 19 are priced below estimate, 0 within range and 6 above.
- Budget for the 414A premium if you want the wet wing and longer nose. On fyiAero, 1978-1980 414As average roughly $500,000 to $565,000, compared with about $322,000 for 1973-1974 straight 414s.
- Don't pay extra for model year alone. A 1976 listing averages $240,000, while 1975 and 1977 listings average $399,000 and $384,900. Engine times, avionics, and paint and interior drive the spread more than the year.
- High airframe hours are normal in this fleet. The median listing has 7,219 hours, and 23 listings over 5,000 hours have a median ask of $425,000. Focus on how the hours were flown and maintained, not just the total.
- Price engine times carefully. Two mid-time or run-out TSIO-520s plus props can represent a large share of the airplane's value, so compare listings on a time-since-overhaul basis and adjust offers accordingly.
- The fyiAero operating estimate lists an average pre-owned value of about $251,511, well below the current median ask of $427,450. Asking prices are not sale prices, so use comps and pre-buy findings to negotiate.
- Modern avionics, a digital autopilot, RAM conversions, and fresh engines are what separate $700,000-plus airplanes from $250,000 ones. Decide which of those you want installed and which you are willing to add yourself.
Average asking price by model year
Pre-buy inspection checklist
Have a shop that knows the type do the pre-buy, and ask them to research every applicable AD and service bulletin. Pay particular attention to:
- Wing spar caps and spar strap compliance. The 400-series twins have a history of spar cap fatigue and corrosion concerns that led to inspection and modification requirements. Have the shop research applicable ADs and confirm compliance is documented and physically present.
- Pressurization system and cabin leak-down. Test the door and window seals, outflow and safety valves, controller, ducting, and bulkhead penetrations, both on the ground and in flight. A tired system means discomfort, unscheduled maintenance, and an airplane that won't hold altitude differential.
- Exhaust system and turbochargers. Cracked exhaust components, slip joints, and wastegate issues on turbo Continentals can cause fires and carbon monoxide hazards. Inspect the whole system and confirm recurring exhaust-related ADs are current.
- TSIO-520 engine health. Pull borescope images, run compressions, analyze oil, and check for crankcase cracks. Review engine monitor data for heat management. Two engines double the exposure, and a premature overhaul is a five-figure surprise each.
- Landing gear system and rigging. Inspect the electrically actuated gear for worn bellcranks, rod ends, saddles, motor and gearbox condition, and proper rigging and down-lock tension. Neglected gear is a common source of expensive repairs and gear-up incidents.
- Fuel system: wet wing sealant (414A) or tip and aux tanks (414). Resealing 414A wet wings is labor-intensive and costly. On early 414s, check the tip tanks, bladders, locker tanks, crossfeed, and fuel selector placarding.
- Combustion heater. The cabin heater is a fire and CO risk if neglected. Confirm its inspections and any recurring AD compliance, and check for fuel leaks and duct condition.
- Corrosion survey. Older airframes that have lived near salt water or outdoors can hide corrosion in the lower fuselage, wing attach areas, gear wells, and under floorboards. Pull panels rather than relying on paint condition.
- Propellers, governors, and deice system. Verify prop overhaul times, any hub-related ADs, feathering and synchrophaser function, and the condition of the boots and hot props. These systems are expensive and critical for flying in known icing.
- Logbooks and damage history. Look for gaps, prior gear-up landings or major repairs, Form 337s for every STC, and consistent maintenance by a shop that knows Cessna twins.
Popular upgrades
- RAM engine conversions. RAM's intercooled, higher-horsepower packages are well regarded and improve climb, single-engine performance, and high-altitude cruise. Documented RAM airplanes typically command a premium.
- Glass panel and modern GPS navigators. Garmin PFD/MFD retrofits and WAAS navigators greatly improve situational awareness and resale appeal. An original steam-gauge panel is a significant discount item.
- Digital autopilot. Older autopilots are expensive to repair. Replacing one with a modern STC'd digital autopilot is one of the most valuable upgrades for single-pilot IFR in this airplane.
- Winglets and vortex generators. Aerodynamic STCs can improve low-speed handling, single-engine control, and climb. Buyers value them, especially on airplanes flown into shorter fields or high-density-altitude airports.
- Engine monitors and LED lighting. A dual engine monitor helps protect turbocharged engines and makes a pre-buy far more informative. LED lighting reduces maintenance. Neither adds much value on its own, but both signal a caring owner.
Ownership costs
fyiAero's operating estimate puts variable cost at about $414 per flight hour. It assumes roughly 38 gallons per hour total fuel burn, a 224-knot cruise, and about 1,090 nm of range, which works out to about $1.85 per nautical mile. The estimated annual budget is about $52,845 at roughly 71 hours a year. Treat that as a baseline rather than a ceiling. Pressurized twins with two turbocharged engines can produce big single-year bills: an engine overhaul, a heater or pressurization repair, wet-wing resealing, or gear work. Many experienced owners keep a separate reserve for engines and props on top of the annual budget. Hangar, insurance (which varies sharply with pilot experience), and recurrent training are the other big fixed items. A pre-buy by a shop that specializes in Cessna 400-series twins is money well spent.
Safety record
NTSB records show 18 accidents involving the Cessna 414 family over the last 10 years, 6 of them fatal and 5 aircraft destroyed. Against a US registered fleet of 599, that works out to about 30.1 accidents and 10.0 fatal accidents per 1,000 registered aircraft over the decade. That is a meaningful number, but it reflects how these airplanes are flown as much as how they are built: often single-pilot, in instrument weather, at night, and by owners who may not fly them frequently. The type-specific risk areas are well known. They include engine failure on takeoff or go-around and loss of control below blue line, fuel management (especially with multiple tanks on early 414s), icing, gear-related incidents, and maintenance-driven powerplant problems. Annual recurrent training with an instructor experienced in Cessna twins, disciplined engine-out practice, a solid fuel plan, and a well-maintained airplane address most of these risks directly.
Alternatives to consider
- Cessna 340A. It is smaller, a bit quicker, and usually cheaper to buy and run, but it has a tighter cabin and less useful load for families or crews who fill every seat.
- Cessna 421C Golden Eagle. It offers more cabin, power, and payload, but its geared engines cost more to maintain and overhaul, and it burns more fuel.
- Piper PA-31P Pressurized Navajo / PA-31-350 Chieftain. The Chieftain is unpressurized but roomy and rugged. The pressurized Navajo is rarer and its geared engines add cost, so parts and support differ from the Cessna line.
- Beechcraft Duke. It is faster and has a distinctive cabin, but it is more complex and expensive to maintain, has a smaller cabin, and a thinner parts and shop network.
- Piper Malibu Mirage / M350. This single-engine pressurized option is cheaper to fly and easier to insure, but it gives up a second engine, cabin size, and payload.
Frequently asked questions
How much does a Cessna 414 cost?
Current fyiAero listings range from $219,000 to $795,000, with a median asking price of $427,450. Later 414As with fresh engines and modern avionics sit at the top of that range.
What is the difference between the Cessna 414 and 414A Chancellor?
The 414A replaced the original tip-tank wing with a bonded wet wing, added a longer nose with more baggage space, and updated the engines and systems. On fyiAero, 1978-1980 414As average roughly $500,000 to $565,000, compared with about $322,000 for 1973-1974 414s.
How much does a Cessna 414 cost to operate per hour?
fyiAero's estimate puts variable cost at about $414 per hour with fuel burn around 38 gallons per hour. That works out to about $1.85 per nautical mile at a 224-knot cruise.
How fast and how far does a Cessna 414 fly?
fyiAero's operating estimate uses a 224-knot cruise and about 1,090 nm of range. Actual numbers depend on altitude, power setting, load, and any engine or aerodynamic modifications.
Are high-time Cessna 414s a bad buy?
Not necessarily. The median listed airframe has 7,219 hours, and most listings exceed 5,000 hours. Spar compliance, corrosion, engine condition, and maintenance history matter more than total time.
Is the Cessna 414 safe?
NTSB records show 18 accidents, 6 of them fatal, over the last 10 years, or about 30.1 accidents per 1,000 registered aircraft. Most risk factors, such as engine-out handling, fuel management, and maintenance, are manageable with recurrent training and a well-maintained airplane.
Cessna 414 / 414A Chancellor for sale
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Prices, fleet and safety figures update automatically from fyiAero listings, the FAA aircraft registry and NTSB data. The editorial was written by fyiAero with AI assistance from that data and general type knowledge. It is not a substitute for a pre-buy inspection, title search or professional advice.
