Piper PA-28: Buyer’s Guide (Cherokee, Warrior, Archer)

The Piper PA-28 family is one of the most commonly considered options for a first four-seat piston aircraft. However, this single name encompasses more than a dozen versions with varying power, performance, and intended uses—and the specific model you choose will determine whether the aircraft actually suits your flying profile. Below, we explain how the individual models differ, how the PA-28 compares to its direct class competitor—the Cessna Skyhawk—and what to look for on the used market.

What is the Piper PA-28, and why are there so many versions?

The Piper PA-28 is the designation for an entire family of single-engine, low-wing, four-seat aircraft with fixed landing gear, manufactured since 1960. They share a common design: a metal low-wing configuration, a single Lycoming piston engine mounted in the front, and simple, forgiving handling characteristics. The differences lie in the engine, takeoff weight, and equipment—and these differences give rise to the various variants: the Cherokee, Warrior, Archer, Arrow (with retractable landing gear), and the more powerful Dakota.

For the buyer, this means one thing: the “Piper PA-28” isn’t just one specific aircraft—it’s a starting point. Before you compare specific listings, it’s worth determining which version best suits your typical flight profile—whether it’s just circuit training, family flights for 2–3 people with luggage, or longer cross-country flights. This question is more important than the choice of brand.

Warrior, Archer, Cherokee, Dakota — Which PA-28 Model Should You Choose?

The four most common models on the aftermarket differ primarily in engine power, and consequently in lifting capacity and cruising speed.

Piper Cherokee (140/180)

The oldest and least expensive versions. The Cherokee 140, powered by a Lycoming O-320 engine with approximately 150 KM, is essentially a two-seater with luggage space—it’s rated for four seats, but with a full fuel load and four adults on board, it usually lacks sufficient lift. The Cherokee 180 (O-360 engine, 180 KM) is a viable family aircraft. It’s a good option for buyers on a limited budget who are willing to accept an older design and avionics.

Piper Warrior (PA-28-161)

A training and touring version with a 160 KM engine and a tapered wing, which improves handling characteristics at low speeds. Typical cruise speed is around 115–125 knots, with a payload of about 400 kg and a service ceiling of approximately 13,000 feet. The Warrior is one of the most popular training aircraft in the world—it is inexpensive to operate, simple to maintain, and spare parts and mechanics are readily available.

Piper Archer (PA-28-181)

The most “family-friendly” of the popular versions. The 180 KM Lycoming O-360 engine delivers a cruising speed of 125–128 knots and a practical payload of about 400 kg with 50-gallon fuel tanks (about 48 usable). The Archer strikes a reasonable balance between performance, cost, and simplicity—which is why it remains in production to this day and serves as the natural benchmark for the entire class.

Piper Dakota (PA-28-236)

The most powerful in this group, with a 235 KM Lycoming O-540 six-cylinder engine. It offers significantly greater payload capacity and better performance during takeoff and in flight with a full load, at the cost of higher fuel consumption. This is the choice for buyers who regularly fly with four people and luggage or from hotter or higher-altitude airports. There are far fewer Dakotas on the market than Warriors and Archers.

Piper PA-28 vs. Cessna Skyhawk — A Comparison of Their Classes

The direct equivalent of the PA-28 in the same class is the high-wing Cessna 172 Skyhawk. These are the two most frequently compared four-seat piston-engine aircraft in the world, and—to put it bluntly—both designs are mature, safe, and sensible. The choice between them rarely comes down to the “superiority” of one brand, but rather to the suitability of the configuration (low-wing vs. high-wing), the availability of specific aircraft, and their maintenance history.

The table below compares two popular versions of the PA-28 with the Cessna 172S Skyhawk in a comparable, modern 180 KM configuration. The figures are typical “catalog” values and vary depending on the model year, equipment, and condition of the aircraft—always verify them in the POH for the specific aircraft.

As you can see, the performance of the Archer and Skyhawk in their 180 KM versions is virtually identical. The practical differences lie elsewhere: the Piper’s low-wing configuration provides better protection from the sun and, for some pilots, more convenient boarding from just one side of the fuselage; the Cessna’s high-wing configuration provides better downward visibility (an advantage for sightseeing flights and training) and makes loading easier. We cover more about the Skyhawk itself and its competitors in a separate article: Cessna Skyhawk vs. the Competition: A Detailed Comparison. That’s also where we settle the “brand vs. brand” debate—this article deliberately focuses on the PA-28 variants themselves.

What to Watch Out for on the Secondhand PA-28 Market

Most of the PA-28s on the market are aircraft from the 1970s and 1980s, so you’re primarily buying the history of a specific aircraft, not a “model.” Key areas to check before purchasing:

• Wing spar. Piper has introduced inspection requirements for the wing spar on certain heavily used PA-28s (particularly those used for training). Make sure that the Airworthiness Directives (ADs) applicable to the specific aircraft have been completed and documented.
• Engine service life (time between overhauls, TBO). Check the number of hours since the major overhaul and the date of the last overhaul. An engine that’s “nearing the end of its service life” can cost tens of thousands of euros—this is often the largest hidden cost in the price.
• Corrosion. The Low-Wing has fuel tanks in its wings and critical areas in its fuselage. Aircraft that have spent their entire service life in a humid climate or near the sea require particularly careful inspection.
• Avionics. An older PA-28 with classic “analog gauges” is cheaper, but retrofitting it with modern avionics (e.g., glass cockpits, a transponder, ADS-B) is a significant expense. An aircraft that has already been modernized is often a better deal than a seemingly cheaper one that “needs work.”
• Completeness of documentation. The continuity of the logbooks, ADs, and service bulletins (SBs), as well as the history of post-accident repairs—these factors determine the value of the aircraft and whether you’ll get through the re-registration process in Europe without a hitch.

An independent pre-purchase inspection (PPI) performed by a mechanic not affiliated with the seller is the standard in this market, not a luxury. It’s also worth keeping in mind the differences between the U.S. and European markets—an aircraft imported from the U.S. may be cheaper to purchase, but you have to factor in logistics, re-registration, and potential differences in avionics certification.

How much does a Piper PA-28 cost on the used market?

We provide prices solely as a market range for this class—the actual value of a specific aircraft depends on its model year, flight hours, engine life, avionics, and condition. Generally speaking, older Cherokees and Warriors from the 1970s and 1980s can be found for several tens of thousands of dollars; well-maintained Archer IIs average around several tens to over a hundred thousand dollars, while the newest, factory-upgraded Archers with glass cockpit avionics fall into a completely different, much higher price range. In Europe, prices tend to be higher than in the U.S., partly due to import costs and local availability.

If your budget is tight and your main goal is training and building flight hours, a modern LSA-class aircraft can be an alternative option that’s cheaper to operate—we discuss this in the context of choosing your first training aircraft (LSA, PS-28 Cruiser, Cessna 172). However, before you compare purchase prices, calculate the total cost of ownership—not just fuel and hangar fees; a good reference point is our article on the real cost of owning a 172-class aircraft in Europe, whose logic applies directly to the PA-28.

The Piper PA-28 as a First Plane — For Whom?

The PA-28 is a sensible first aircraft for a pilot who flies solo or with 2–3 people on short- and medium-haul routes and values ease of operation and the wide availability of parts and service. If you regularly carry four people with luggage or operate from challenging airports, it’s worth aiming for a more powerful version (the Archer, or the Dakota for heavy loads) or considering the equivalent Cessna Skyhawk. We discuss the selection of a model for a specific flying profile in more detail in the article on your first aircraft with 80–150 flight hours and flying with your family.

Frequently Asked Questions (FAQ)

How is the Piper Warrior different from the Archer?

The main difference is engine power: the Warrior (PA-28-161) has 160 KM, while the Archer (PA-28-181) has 180 KM. As a result, the Archer is slightly faster and performs better when fully loaded, which is why it is more often chosen for family flights. The Warrior, which is cheaper to buy and operate, is the dominant choice as a training aircraft.

How many passengers can the PA-28 actually carry?

Nominally four people, but the actual payload capacity depends on the model and fuel level. The less powerful Cherokee 140 and Warrior models with full tanks are, in practice, more often limited to “2 adults + luggage.” The Archer and Dakota handle a full cabin better. Always check the weight and balance specifications for a specific vehicle.

Is the Piper PA-28 better than the Cessna 172?

Neither is clearly better—in the 180 KM versions, performance is nearly identical. The choice comes down to the configuration (Piper’s low-wing design vs. Cessna’s high-wing design), the pilot’s preferences, and—often most importantly—the condition and history of the specific aircraft available.

What should you be most careful about when buying a used PA-28?

Based on engine service life (hours to TBO), airworthiness directives have been issued regarding, among other things, the wing spar, corrosion, and the completeness of documentation. An independent pre-purchase inspection (PPI) is standard for this class.

Is it worth importing a PA-28 from the U.S. to Europe?

It may be cheaper to purchase the aircraft itself, but you have to factor in logistics, re-registration, and any necessary adjustments to the avionics to meet European requirements. You have to do the math for a specific aircraft, not “in general.”

Are you looking for your first four-seat piston-engine aircraft? Contact GB Aircraft —we’ll objectively compare realistic options tailored to your flying profile: a specific PA-28 model, an equivalent Cessna Skyhawk, or a more affordable training option, along with an honest assessment of the aircraft’s condition and ownership costs.