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How to Buy a Cessna 152: Buyer's Guide
The classic two-seat trainer: simple, cheap to fly and easy to sell, but most examples have lived hard lives on flight lines.
Updated October 2026 · Market data from 10 live fyiAero listings, the FAA registry and NTSB records
Overview
The Cessna 152 replaced the long-running Cessna 150 in the late 1970s and stayed in production until Cessna stopped building piston singles in the mid-1980s. It kept the 150's basic layout: high wing, two seats, steel spring main gear, tricycle configuration. Cessna paired that airframe with a Lycoming O-235 that was designed to run on the 100-octane avgas the industry was moving to. It also added a 28-volt electrical system and limited the flaps to 30 degrees. The result became the default primary trainer at flight schools across the country, and a large share of the fleet still earns its keep that way.
The FAA registry shows 1,624 Cessna 152s on the U.S. register, so this is not a rare airplane. The for-sale pool at any given moment is smaller than you might expect, though. fyiAero listings currently show 10 for sale, with asking prices from $44,095 to $95,000 and a median of $63,000. Listed examples span roughly 1978 to 1981 model years.
Expect high time. The median airframe time among current fyiAero listings is about 17,235 hours, and every listing with hours reported falls in the 5,000-plus hour bracket. That is normal for a 152 and not automatically a problem. It does mean the logbooks, the corrosion picture and the quality of past maintenance matter far more than the total-time number on the ad.
Who it's for. The 152 suits a student pilot who wants to train in their own airplane, a low-time private pilot building hours cheaply, a flying club, or an instructor setting up a one-airplane training operation. It is a local-flying and short cross-country machine. It is slow, and two full-size adults with full fuel can push it to or past gross weight on a warm day, so plan on reduced fuel or lighter occupants. Insurance is generally among the easiest in general aviation for a well-maintained 152, even for student and low-time pilots, though rates rise for commercial or rental use. If you plan to lease it back to a school, expect underwriters to scrutinize instructor requirements and to price hull coverage accordingly.
Generations and variants
| Version | Years | What changed |
|---|---|---|
| Cessna 152 (O-235-L2C) | 1978-1982 | The first 152s used the 110 hp Lycoming O-235-L2C, which was originally intended for 100/130 avgas and is known for lead fouling on 100LL if not leaned and operated carefully. These are the bulk of what you will see for sale, and condition and engine time drive price far more than the specific year. |
| Cessna 152 (O-235-N2C) | 1983-1985 | Late 152s switched to the lower-compression O-235-N2C, rated at 108 hp, which runs better on 100LL with less plug fouling. These are less common and often command a modest premium when they come up, especially with good logs. |
| Cessna A152 Aerobat | 1978-1985 | The aerobatic version has structural reinforcement, quick-release doors, a skylight and provision for parachutes, and is certified for basic aerobatics. It is scarcer and typically priced above standard 152s. Inspect it extra carefully for stress-related issues given how it may have been flown. |
| Reims F152 | 1978-1985 | Reims built the F152 in France under license for the European market, and some have been imported to the U.S. Paperwork and import history should be clean and complete, as gaps here can affect resale. |
What a Cessna 152 costs to buy
9 priced listings on fyiAero right now ask between $44,095 and $95,000, with a median of $63,000 and a median of 17,235 hours total time. Against fyiEstimate, 6 are priced below estimate, 0 within range and 3 above.
- Use the current fyiAero asking range of $44,095 to $95,000, with a $63,000 median, as your frame of reference. Cheap examples usually need an engine, paint, avionics or corrosion work, and those costs add up fast relative to the purchase price.
- Model year matters less than condition. In the current fyiAero sample, 1978 examples average $70,511 while 1979s average $53,547, and the lone 1981 is asking $89,900. Engine time, logs and avionics are what separate the prices.
- Do not panic at high airframe time; it is the norm. The median listing shows about 17,235 hours, and the median asking price for 5,000-plus hour airframes is $61,259. Focus instead on complete logs, corrosion history and damage history.
- Engine time since overhaul, and who did the overhaul, is the single biggest value driver after airworthiness. A mid-time engine with consistent compressions and oil analysis is often worth more than a fresh field overhaul with weak paperwork.
- ADS-B Out compliance and a working intercom and radio stack are expected. A panel that still needs ADS-B should be priced to reflect the installation cost.
- Former flight school airplanes are the majority of the market. Ask for maintenance tracking records, squawk lists and any damage repair documentation, and look for 337 forms covering major repairs and alterations.
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:
- Corrosion throughout the airframe. These airframes are 40-plus years old. Look closely at the wing spar attach points, carry-through, belly skins, tail cone, seat rails and battery box area, especially on coastal or tie-down airplanes.
- Empennage and tail cone cracks. Hard landings, prop wash and ground handling by students can crack the horizontal stabilizer attach brackets, elevator hinge areas and tail cone bulkheads. Repairs are doable but should be documented.
- Firewall and engine mount. Training airplanes take repeated nose-gear impacts. Check for firewall cracking, buckling, and mount distortion that can point to an unreported prop strike or hard landing.
- Nose gear, shimmy damper and fork. Student landings beat up the nose gear. Inspect the strut servicing, torque links, shimmy damper and steering for wear, and ask whether the nose gear has ever been replaced and why.
- Main gear legs and attach structure. Hard landings can crack or deform the gear box structure where the spring steel legs attach. Look for cracking, distortion and uneven tire wear indicating misalignment.
- Seat rails, seat stops and seat track hardware. Worn rails and stops have caused seats to slide back during takeoff in this Cessna family. Have the shop verify compliance with applicable ADs and SBs and check rail hole wear.
- Exhaust system and muffler. Cracked mufflers and heat exchangers are a carbon monoxide risk in cabin-heated Cessnas. Inspect the exhaust carefully and confirm recurring inspection requirements are being met.
- Engine health and lead fouling history. Get compressions, a borescope of cylinders and valves, an oil filter cut and oil analysis if available. On O-235-L2C engines, ask about plug fouling and how the airplane was leaned and operated.
- Flap tracks, rollers and control cables. Thousands of training cycles wear flap rollers and tracks and fray control cables at pulleys. Check cable tension, pulley wear and flap operation through full travel.
- Logbook completeness and AD compliance. Missing logs or gaps are common in fleet airplanes and hurt resale. Have the shop research all applicable ADs and SBs and confirm the history matches the airplane in front of you.
Popular upgrades
- ADS-B Out and modern GPS/nav-com. ADS-B Out is effectively a must for most buyers, and a WAAS GPS navigator adds training value for instrument students. Panel work rarely returns its full cost at resale but makes the airplane much easier to sell.
- Engine upgrade STCs. STCs allow larger engines, such as an O-320 swap, for better climb and density-altitude performance. These conversions can add value for buyers who fly from high or hot fields, but confirm the paperwork and any weight-and-balance changes.
- Mogas STC. Some O-235 configurations qualify for automotive fuel STCs, which can lower fuel costs and reduce lead fouling where ethanol-free fuel is available. The STC must be properly documented with the airplane.
- Engine monitor and LED lighting. A digital engine monitor helps with leaning and early problem detection, and LED landing and nav lights cut electrical load and maintenance. Both are inexpensive, buyer-friendly additions.
- Fresh paint and interior. Many 152s look tired after years on the flight line. Good paint and a clean interior can make a big difference in sale price and buyer interest, though they never substitute for a clean pre-buy.
Ownership costs
The 152 is about as economical as certified flying gets. Based on fyiAero's operating cost estimate, variable costs run roughly $56 per hour, burning about 7.0 gallons per hour at a cruise of around 107 knots. That works out to about $0.53 per nautical mile, with a range of roughly 315 nautical miles. Flying 150 hours a year, a reasonable all-in annual budget comes to around $13,734, covering fuel, maintenance reserves, insurance, annual inspection and hangar or tie-down. Your real number will swing with local fuel prices, storage costs and how much deferred maintenance you inherit. Budget a cushion for the first annual on a newly purchased high-time trainer. The average pre-owned value in that same estimate is about $64,547, close to the current listing median.
Safety record
NTSB records show 104 Cessna 152 accidents over the last 10 years, 11 of them fatal and 8 with the airplane destroyed. That equals about 64.0 accidents and 6.8 fatal accidents per 1,000 registered aircraft. Those figures need context. The 152 is primarily a trainer that flies a lot of hours with student pilots at the controls, so its accident exposure per airframe is naturally higher than a privately owned airplane flown a few dozen hours a year. Most 152 mishaps are low-energy landing and takeoff events such as loss of directional control, crosswind problems, hard landings and runway excursions, rather than structural or design failures. The main risk areas to train for are crosswind technique, stall and spin awareness in the pattern, density altitude when flying near gross weight, carburetor ice, and fuel management given the modest range. A good instructor, honest weight-and-balance discipline and regular recurrent training go a long way.
Alternatives to consider
- Cessna 150. Very similar airplane that is typically cheaper and was built in larger numbers. Older examples run on lower-octane-friendly engines but are older airframes with 40-degree flaps on many models.
- Piper PA-38 Tomahawk. Low-wing trainer with a roomier cabin and better visibility, often at a lower price. It has more pronounced stall and spin characteristics and a smaller dealer and parts network.
- Cessna 172 Skyhawk. Four seats, more useful load and better cross-country capability, with the same simple Cessna handling. It costs considerably more to buy and to operate per hour.
- Piper PA-28-140 Cherokee. Four-seat low-wing with more room and payload flexibility for similar operating costs. Older examples need careful corrosion and spar inspection.
- Grumman American AA-1 Yankee / Trainer. Faster and more fun to fly, with a sliding canopy, but less forgiving landing characteristics and a smaller parts and maintenance base.
Frequently asked questions
How much does a Cessna 152 cost?
Current fyiAero listings range from $44,095 to $95,000 asking, with a median of $63,000. Price depends mostly on engine time, avionics, logbook quality and overall condition rather than model year.
How many Cessna 152s are for sale right now?
fyiAero currently shows 10 Cessna 152s for sale, out of 1,624 on the FAA registry. Good examples with complete logs tend to sell quickly, so be ready to schedule a pre-buy promptly.
Is a high-time Cessna 152 airframe a bad buy?
Not necessarily. The median airframe time in current fyiAero listings is about 17,235 hours, and 5,000-plus hour airframes have a median asking price of $61,259. What matters is corrosion, damage history and maintenance records, not the hour meter alone.
What does it cost per hour to fly a Cessna 152?
fyiAero's operating cost estimate puts variable costs at roughly $56 per hour with a fuel burn of about 7.0 gallons per hour. At 150 hours per year, an all-in annual budget of around $13,734 is a reasonable starting point.
Can two adults fly a Cessna 152 with full fuel?
Often not, at least not legally at gross weight. Two larger adults with full fuel can easily exceed limits, so run an honest weight-and-balance for your specific airplane and plan to reduce fuel when needed.
Which Cessna 152 years are best?
Late models with the lower-compression O-235-N2C engine handle 100LL better and are preferred by many owners. In practice, a well-documented early 152 with a healthy engine is a better buy than a neglected later one.
Cessna 152 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.
