Cessna 152

Updated: October 2026 – A small white aircraft touches down, rolls a few meters, applies power again and lifts off once more: touch-and-go in training. The wing sits on top, a strut holds it, and the cabin looks so tight that just two people fit in side by side. Very likely you are looking at a Cessna 152 – the aircraft in which countless pilots around the world flew their first hours. Here you will learn how to identify it, what sets it apart from the Cessna 150 and why it is still so widespread at flight schools today.

What is the Cessna 152?

The Cessna 152 is a two-seat, single-engine light aircraft of high-wing design with fixed nose-wheel landing gear. It was built for exactly one main purpose: pilot training. Instructor and student sit side by side, almost all aircraft have dual controls, and the flying characteristics are considered forgiving and predictable. In addition, private pilots use the 152 as an affordable aircraft for building hours and short trips.

Behind the type stands the Cessna Aircraft Company of Wichita, Kansas, today part of Textron Aviation. Most 152s were built at the main plant in Wichita, and some were built under license at Reims Aviation in France. Cessna introduced the 152 in 1977 as model year 1978. It replaced the extremely successful Cessna 150, which had been in series production since the end of the 1950s.

The timing was no coincidence: almost simultaneously, Piper with the Tomahawk and Beechcraft with the Skipper brought out their own two-seaters for the training market. Cessna answered not with a new design but with a thoroughly reworked 150 – an approach that proved itself. By the end of production in 1985, 7,584 aircraft had been built, including the Reims aircraft and the aerobatic-capable versions.

Cessna 152 and Cessna 150: what is actually different?

This is the question spotters and student pilots ask most often. The honest answer: from the outside almost nothing, but under the cowling and in the manual quite a bit. Cessna largely took over the fuselage, wing and basic shape of the late 150 and improved the points that cost money and nerves in training use.

Feature	Cessna 150 (late years)	Cessna 152
Production period	1958 to 1977	1977 to 1985
Engine	Continental O-200, 100 hp	Lycoming O-235, 110 hp (from 1983: 108 hp)
Max. takeoff weight	726 kg (1,600 lb)	757 kg (1,670 lb)
Flaps	up to 40 degrees	up to 30 degrees
Electrical system	14 volts	28 volts
Number built	around 23,800	7,584

The engine: Lycoming instead of Continental

The most important difference is in the nose. Instead of the 150’s Continental O-200, the 152 got a Lycoming O-235 with 110 hp. The reason was fuel: in the 1970s low-lead aviation gasoline grades increasingly disappeared, and the higher-lead 100LL became the standard. The Lycoming coped better with it – an important point for flight schools that fly their aircraft every day.

Even so, the problems with lead deposits on the spark plugs did not disappear entirely. From 1983 Cessna therefore switched to the O-235-N2C version, which is rated at 108 hp.

More useful load, less flap

The maximum takeoff weight rose to 757 kg. In practice that means: two adults plus some baggage and a sensible fuel load are more likely to fit within the permitted weight than on the 150 – a perennial topic with two-seaters of this class.

On the 152 the flaps extend only to 30 degrees instead of 40 degrees. The background is climb performance: if a student has to go around on final and forgets to retract the flaps in steps, the aircraft climbs much better at 30 degrees than with the high drag of the 40-degree setting. A small detail with a big effect on safety in training use.

The electrical system

The 152 works with a 28-volt electrical system and a 60-amp alternator. For spotters this is invisible, but for owners it is relevant: avionics retrofits and starter performance benefit from it.

How to recognize the Cessna 152

Whether 150 or 152 – first you have to recognize the small Cessna as such. That works with three looks, even when the aircraft passes far out on the downwind leg of the traffic pattern.

In training use many 152s fly without wheel fairings, because they tend to get in the way on grass runways and with frequent landings. That is also a small hint, but not a reliable feature. Final certainty comes, as always, from the registration on the side of the fuselage. How to read it is explained in the guide Understanding aircraft registrations.

Variants of the Cessna 152

The 152 was never a family with many offshoots like the 172. Even so, there are a few versions that are exciting for collectors.

• 152: The standard version with 110 hp, of which around 6,600 were built in the USA. It makes up the lion’s share of the aircraft flying today.
• 152 II: Not a separate type, but an equipment package with better avionics and interior. One variant of it, with equipment suitable for instrument flight, was aimed at more ambitious owners.
• 152T: An equipment package especially for flight schools.
• A152 Aerobat: The aerobatic-capable version, certified for +6 and −3 g. It has four-point harnesses, roof windows in the cabin roof, jettisonable doors and often wears a striking checkerboard pattern from the factory. A good 300 were built in Wichita.
• F152: The licensed version from Reims Aviation in France. In Europe you encounter it more often than its share of total production would suggest.
• FA152 Aerobat: The Aerobat built at Reims – at just under 90 aircraft the rarest variant.

In addition there are numerous conversions by third-party companies: tailwheel conversions, STOL kits for better slow-flight characteristics or more powerful engine packages. An example converted to a tailwheel looks at first glance like a completely different aircraft and is a nice find for your hangar.

Variant	Manufacturer	Notable feature	Rarity
152	Cessna, Wichita	Standard trainer	common
F152	Reims Aviation	Licensed build, widespread in Europe	regular
A152 Aerobat	Cessna, Wichita	Aerobatics, checkerboard pattern	rare
FA152 Aerobat	Reims Aviation	Aerobatics, licensed build	very rare

Why flight schools love the 152

The 152 has been hard to imagine pilot training without for decades. There are solid reasons for that:

• Low operating costs: A small four-cylinder, two seats and few systems mean low fuel consumption and manageable maintenance.
• Robustness: The fixed spring-steel landing gear forgives hard student landings, and the aluminum airframe withstands decades of continuous operation.
• Forgiving flying behavior: The 152 stalls predictably, the control forces are light, and with a stall speed of 43 knots with flaps extended, landing speeds are moderate.
• Spare parts and know-how: Because so many examples fly, almost every maintenance shop knows the type.

The 152 is especially typical for training toward the Private pilot license PPL(A) and for hour building, where aspiring professional pilots gather flying experience as cheaply as possible. An overview of the various training paths is given in Becoming a pilot: the paths to the cockpit.

The downside: an aging aircraft

No new 152 has come off the line since 1985. Every aircraft you see today is therefore at least around four decades old. Many flight schools are gradually replacing their 152s with more modern two-seaters or four-seaters such as the Diamond DA20 Katana, the Cessna 172 or the Piper PA-28. At the same time, other operators deliberately hold on to their well-kept 152s because they are cheap to operate and have proven themselves.

Cessna itself tried to establish a modern two-seater as a successor with the Cessna 162 Skycatcher. The project was a commercial failure and was discontinued after a few years – one more reason why the old 152 stays in service so long.

Where to find the Cessna 152

The 152 belongs at the small airfields. Its territory is regional and special-purpose airfields with flight schools and clubs. On sunny weekends and in the training season there is activity there: traffic patterns by the minute, touch-and-go landings, emergency landing practice and cross-country flights. You can find more about the scene away from the major airports in the guide Spotting general aviation.

At big hubs such as Frankfurt Airport or Munich Airport the 152 plays practically no role – there the capacity is reserved for scheduled traffic. It looks different at smaller commercial airports with their own area for general aviation, where flight schools sometimes train between the scheduled flights.

Place	Chance of success	Why
Airfields with a flight school	very high	The 152 is one of the standard trainers
Club airfields	high	Clubs often keep older, well-maintained examples
Smaller commercial airports with a GA area	medium	Training between scheduled flights depending on the airport
Airfield festivals	medium	Static displays and sightseeing flights
Large hubs	very low	Hardly any light aircraft traffic

Good opportunities to see many light aircraft at once are Airfield festivals in Germany. Aircraft of the local clubs and flight schools often stand on the apron there, and you get closer than in normal operations.

Cessna 152 or something else?

At training fields, several aircraft of similar size often stand side by side. The finder helps you narrow it down systematically.

If you want to practice identifying types more quickly in general, the guide Recognizing aircraft types for beginners helps. The next bigger step in the Cessna family, by the way, is the Cessna 182 Skylane, which also comes as a high-wing with a strut.

Photo tips for the Cessna 152

Small trainers are a rewarding subject: they fly slowly, often and close to the field. A few things are still worth keeping in mind.

Before you stand at the fence, a look at Is plane spotting legal? is worthwhile. Even at small airfields the apron and runways are off limits, and many clubs are glad if you briefly ask beforehand where you may stand.

Common mix-ups and how to rule them out

Conclusion

The Cessna 152 is not a spectacular aircraft – and that is exactly why it is so important. As a reworked Cessna 150 with a Lycoming engine, more useful load and 30-degree flaps, it has taken generations of student pilots into the air. For spotters it is the perfect entry into general aviation: often seen, easy to recognize, and with the Aerobat, Reims builds and tailwheel conversions it offers enough rarities to keep the collection exciting.