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How to Buy a Cessna 150: Buyer's Guide
The original two-seat Cessna trainer: simple, forgiving and inexpensive to fly, but with tight weight limits and airframes that are now 50 to 65 years old.
Updated October 2026 · Market data from 22 live fyiAero listings, the FAA registry and NTSB records
Overview
The Cessna 150 is the airplane a huge share of American pilots learned in. Cessna built it from 1959 through 1977 as a high-wing, two-seat, tricycle-gear trainer powered by the 100 hp Continental O-200, then replaced it with the 152. It is honest, easy to land, cheap to maintain by aviation standards, and supported by nearly every shop and parts supplier in the country. The FAA registry still shows 7,895 Cessna 150s on the U.S. register, so parts, expertise and resale buyers are never far away.
Today's market is mostly older airframes with a lot of time on them. A recent snapshot of fyiAero listings showed 22 aircraft for sale, with model years from 1959 to 1976 and a median of 4,800 hours on the airframe. Asking prices ran from $24,328 to $135,544, with a median of $47,500. That range is wide because these airplanes have lived very different lives. Some are tired ex-trainers. Others are fully restored with fresh engines, modern avionics or power upgrades.
Buy a 150 for what it is: an economical way to build time, earn a certificate or simply go flying for about the cost of renting. Do not expect it to carry two large adults, full fuel and bags on a hot day, or to cover long distances quickly. Within those limits it is one of the most sensible first airplanes you can own.
Who it's for. The 150 suits a student pilot who wants to train in their own airplane, a new private pilot building hours, or an experienced pilot who wants inexpensive local flying and $100 hamburger runs. Cruise is about 104 knots and practical range is around 318 nm, so it is a local and regional airplane, not a cross-country traveler. Two average-size adults fit, but larger people will be shoulder to shoulder and may have to cut fuel to stay within weight. Most owners find this the biggest real-world limit. Insurance is one of the easiest parts of owning a 150. Underwriters know the type well, and low-time and student pilots can usually get coverage, though expect higher premiums and possibly dual-instruction requirements until you have some hours. Hull values are low, which keeps premiums modest.
Generations and variants
| Version | Years | What changed |
|---|---|---|
| Early straight-tail 150, 150A-150C | 1959-1963 | Upright vertical tail, fastback rear fuselage with no rear window, and the original narrow cabin. These are usually the least expensive 150s, although well-restored examples can bring more than their age suggests. |
| Omni-Vision 150D-150E | 1964-1965 | Added the wraparound rear window for better visibility but kept the straight tail. Pricing depends mostly on condition and engine time, not on the model letter. |
| Swept-tail 150F-150K (including early Aerobat) | 1966-1970 | Swept vertical tail, larger doors, electric flaps and gradual cabin refinements. The aerobatic A150 Aerobat appeared during this period and typically sells at a premium over a standard 150 in similar condition. |
| 150L | 1971-1974 | Switched to tubular steel main gear with a wider track, which improves ground handling. Many buyers like this generation, and it has solid resale demand. |
| 150M | 1975-1977 | Taller vertical tail with a larger rudder and other minor updates. As the newest 150s, they draw interest, but condition and logbooks still matter far more than model year. |
What a Cessna 150 costs to buy
20 priced listings on fyiAero right now ask between $24,328 and $135,544, with a median of $47,500 and a median of 4,800 hours total time. Against fyiEstimate, 9 are priced below estimate, 0 within range and 7 above.
- Expect a wide market. Recent fyiAero listings ran from $24,328 to $135,544 with a median of $47,500. Anything well above the median should have a fresh engine, recent paint and interior, upgraded avionics or a power conversion to justify the price.
- Model year tells you less than condition does. In the listing sample, 1974 aircraft averaged $78,288 across five listings, while 1975 aircraft averaged $35,068 across three. Shop the individual airplane, not the year.
- Airframe time affects price. Listings with 3,000-5,000 hours had a median ask of $61,500, compared with $44,853 for those over 5,000 hours. High total time is normal for ex-trainers. What matters is corrosion, damage history and how well the airplane was maintained.
- Engine time since overhaul and the quality of that overhaul drive value more than anything else. A low-time O-200 from a reputable shop can be worth more than any avionics upgrade. A run-out engine should be priced as if you will be paying for an overhaul soon.
- Read every logbook back to the factory if you can. Many 150s spent years in flight schools, and hard landings, prop strikes and minor damage are common. Damage that was well repaired is acceptable. Damage with missing or undocumented repairs is not.
- ADS-B Out compliance, a working intercom and a usable radio are the practical avionics baseline. Price airplanes that lack them with the cost of adding them in mind.
Average asking price by model year
Median asking price by airframe time
| 3,000–5,000 hrs | $61,500 | 8 listings |
| 5,000+ hrs | $44,853 | 7 listings |
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:
- Corrosion throughout the airframe. These airframes are 50 to 65 years old. Inspect the wing spars and carry-through, the belly skins, the lower door posts, the tailcone and the empennage attach areas, especially on airplanes that were stored outside or flown near salt water.
- Seat rails, seat rollers and stops. Cessna seat-track wear has caused seats to slide back during takeoff, and it has been the subject of airworthiness directives. Check rail holes, roller condition and secondary stops, and have the shop confirm AD compliance.
- Exhaust system, muffler and cabin heat shroud. A cracked muffler can leak carbon monoxide into the cabin through the heater. Have the muffler inspected or pressure-checked, look for exhaust staining, and research any applicable ADs and SBs.
- Continental O-200 condition. Do a compression check, a borescope of the cylinders, an oil filter or screen inspection for metal, and a review of oil analysis trends if available. Ask whether the engine is flown regularly, since camshaft and lifter corrosion is common on airplanes that sit.
- Firewall and engine mount. Prop strikes, hard nose-first landings and age can crack the firewall and distort the engine mount. Look closely around the mount attach points and the nose gear support structure.
- Nose gear strut, shimmy damper and steering. Student landings take a toll. Check strut servicing, the shimmy damper, torque link wear and the steering rods. Shimmy on landing usually points to worn parts.
- Main gear and attach structure. Spring-steel legs on earlier aircraft and tubular gear on later ones both take abuse. Inspect the gear box and attach points for cracks or elongated holes caused by hard landings.
- Flap tracks, rollers and electric flap motor. Worn rollers and tracks are common, and the flap system should be inspected to Cessna guidance. Run the flaps through full travel and check the limit switches and motor.
- Empennage, elevator and trim system. Check the horizontal stabilizer attach points and the tailcone bulkheads for cracks, inspect the elevator skins and hinges, and measure trim tab free play against limits.
- Fuel tanks, lines and carburetor heat. Look for stains that indicate tank seepage, check fuel caps and gaskets, verify the fuel quantity indication, and confirm the carb heat delivers a strong rpm drop. Carburetor icing is a known risk on the O-200.
Popular upgrades
- Engine power conversions (O-235, O-320 and similar STCs). More horsepower improves climb and hot-day performance and often allows a higher gross weight. Converted airplanes bring a meaningful premium, but verify that all STC paperwork and 337 forms are complete.
- Modern avionics and ADS-B Out. A GPS navigator, ADS-B In/Out and an electronic attitude or flight instrument make the 150 more useful and easier to sell. You rarely recover the full cost, but buyers pay more for airplanes that already have these installed.
- Autogas STC. Lets the O-200 run on suitable ethanol-free auto fuel, which can lower fuel costs. It adds modest value, but only if the paperwork is in the aircraft records.
- STOL kits and wing tips. Leading-edge cuffs, vortex generators and drooped tips improve slow-flight handling and short-field performance. They add some appeal, particularly for backcountry or grass-strip flying.
- Tailwheel conversion. Converted 150s attract a dedicated group of buyers who want tailwheel time, but they narrow the market for resale and can raise insurance costs.
- LED lighting, new interior and paint. These are relatively inexpensive and make the airplane more pleasant to own. Fresh paint and interior noticeably improve resale appeal on an older airframe.
Ownership costs
The 150 is one of the cheapest certified airplanes to own. fyiAero's operating estimate puts variable cost at about $77 per hour, burning about 6.5 gallons per hour at a 104-knot cruise. That works out to roughly $0.74 per nautical mile. A full annual budget, covering fixed costs such as insurance, hangar or tiedown, annual inspection and reserves, comes to about $18,421 for 154 hours of flying per year, based on an average pre-owned value of $45,667. Your actual costs will depend heavily on hangar prices where you live and on how much the annual turns up. Plan for an engine overhaul reserve, because an O-200 overhaul can be a large share of the airplane's value. Hold back a cash reserve for the first annual on any older airframe, since corrosion repairs and deferred maintenance tend to show up then.
Safety record
NTSB records show 227 accidents involving Cessna 150s over the last 10 years, 36 of them fatal and 12 in which the aircraft was destroyed. Measured against the 7,895 aircraft on the U.S. registry, that is about 28.8 accidents and 4.6 fatal accidents per 1,000 registered aircraft over the decade. These numbers reflect how the airplane is used. Many 150s are flown by students and low-time pilots, often from short or grass strips, so the airplane itself is not the main cause. Common accident patterns include loss of control on landing, fuel exhaustion, and carburetor icing. Another frequent cause is attempting takeoff while overweight or at high density altitude, where 100 hp leaves little performance margin. The 150 has gentle stall characteristics, but it will spin if mishandled, especially with full flaps deployed. Fly at or below gross weight, compute takeoff performance on hot days, use carb heat as the POH directs, and get good transition training in the specific airplane. These habits address most of the risk.
Alternatives to consider
- Cessna 152. Newer airframes, a 110 hp Lycoming engine and a 30-degree flap limit, but usually a higher price for a similar two-seat mission.
- Cessna 172 Skyhawk. Four seats, more useful load and better performance, at roughly double the purchase price and higher operating costs.
- Piper PA-38 Tomahawk. A roomier two-seat cabin and low-wing visibility, often priced lower. It has a more demanding stall and spin reputation and less resale demand.
- Piper PA-28-140 Cherokee. Four seats in a low-wing layout with more power and payload, at higher cost to buy and fly than a 150.
- Grumman American AA-1 Yankee/Trainer. Faster and sportier with a sliding canopy, but it is less forgiving on landings and has a smaller support network.
Frequently asked questions
How much does a Cessna 150 cost?
Recent fyiAero listings ranged from $24,328 to $135,544, with a median asking price of $47,500. The very top of that range is for upgraded or freshly restored airplanes. Most typical examples sell somewhere near the middle.
How much does it cost per hour to fly a Cessna 150?
fyiAero estimates variable costs at about $77 per hour, based on a 6.5 gallon-per-hour fuel burn. Including fixed costs, the estimated annual budget is about $18,421 for 154 hours of flying.
Is high airframe time a problem on a Cessna 150?
Not by itself. Many 150s are former trainers, and the median airframe time in recent listings was 4,800 hours. Corrosion, damage history and maintenance quality matter more, although airplanes with more than 5,000 hours did list for less, at a median of $44,853 compared with $61,500 for those with 3,000-5,000 hours.
Can two adults fly in a Cessna 150 with full fuel?
Often not, if both are larger than average. Useful load is limited, so run a weight and balance calculation with the airplane's actual empty weight before you buy. Many owners fly with partial fuel when carrying a passenger.
What's the difference between a Cessna 150 and a 152?
The 152 replaced the 150 and uses a 110 hp Lycoming engine instead of the 100 hp Continental O-200. Its flaps are limited to 30 degrees, compared with 40 on the 150. The 152 is generally newer and more expensive, while the 150 offers the lower entry price.
How far and fast does a Cessna 150 go?
fyiAero's estimate puts cruise at about 104 knots and range at about 318 nautical miles. That makes it well suited to local flying and short cross-countries rather than long trips.
Cessna 150 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.
