single piston

Piper PA-28-150/160 Cherokee

Lycoming O-320-A2A (150 hp) or O-320-B2B (160 hp)

Piper PA-28-160 Cherokee on the ramp
Photo: Alan D R Brown via Wikimedia Commons , licensed under GFDL .
Typical cost/hr
$180.33
Fuel @ 65%
7.5 gph
Engine TBO
2000 hr
Overhaul
$25,000$42,000

The Piper PA-28-150 and PA-28-160 Cherokee are the original Cherokees. The PA-28-160 was the first PA-28 to fly, in 1960. The PA-28-150 followed shortly after as a slightly lower-power option. Both used Lycoming O-320 engines (the 160 had the higher-powered O-320-B2B at 160 hp, the 150 had the O-320-A2A or -A2B at 150 hp). Production ran from 1962 to 1967 before Piper consolidated the lineup around the more powerful Cherokee 180 (PA-28-180) and the smaller Cherokee 140 (PA-28-140).

Used market prices in mid-2026 run $30,000 to $60,000 for flyable PA-28-150s and PA-28-160s. These are some of the oldest Cherokees in the fleet. The 150 and 160 share the same airframe and most systems with the later Cherokee 140 and Warrior, which means parts and shop support are universal through the broader PA-28 community. This page covers what an original Cherokee 150 or 160 actually costs to own and where it sits in the entry-level four-seat market.

History

Piper introduced the PA-28 Cherokee in 1960 as a clean-sheet four-seat replacement for the aging Tri-Pacer (PA-22) and Comanche (PA-24) lineup. The original Cherokee 160 had a Lycoming O-320-B2B at 160 hp, all-metal construction, fixed tricycle landing gear, and the hershey-bar wing that became the early Cherokee's defining feature. Production began in 1962 after FAA certification.

The Cherokee 150 followed in 1963 as a slightly cheaper entry-level variant with the lower-power Lycoming O-320-A2A or -A2B at 150 hp. Both variants shared the same airframe, the same panel, and the same general flying characteristics. The 10 hp difference between the 150 and 160 was modest in cruise but more noticeable in climb performance and useful load. Piper sold both in parallel until 1967.

Production ended in 1967 when Piper consolidated the entry-level PA-28 lineup around the Cherokee 140 (introduced 1964) and the Cherokee 180 (introduced 1963). The 140 became the cheap two-to-four-seat trainer, the 180 became the four-seat hauler, and the 150/160 were dropped as no-longer-needed middle options. Total PA-28-150 and PA-28-160 production was about 2,500 aircraft. The fleet that survives is supported by the same Piper Owner Society and Piper Flyer Association resources that cover other early Cherokees.

Variants

Piper PA-28-150 Cherokee (1963-1967)

1963-1967
Lycoming O-320-A2A or -A2B, 150 hp

150 hp variant. Otherwise identical to the 160. Used market $30,000 to $55,000. Slightly less common than the 160.

Piper PA-28-160 Cherokee (1962-1967)

1962-1967
Lycoming O-320-B2B, 160 hp

160 hp variant. The original PA-28 that launched the Cherokee line. Used market $35,000 to $60,000. Slightly higher useful load than the 150.

Performance

The PA-28-160 cruises at about 115 KTAS at 75% power, burning 8 gph of 100LL. At long-range cruise (65%), the airplane drops to about 105 KTAS on 7 gph. The PA-28-150 is roughly 5 knots slower at similar fuel burn. Both are competitive with comparable four-seat singles of the early 1960s, though they trail later Cherokees with bigger engines.

Useful load on a PA-28-160 is about 875 to 950 pounds. Full fuel (50 gallons usable) leaves about 575 to 650 pounds for people and bags. Two adults plus full bags or four adults plus minimal bags fits within gross with careful loading. The PA-28-150 has slightly less useful load due to the same engine weight but lower power-to-weight ratio. Range with reserves is about 600 nm at long-range cruise. Service ceiling is 14,300 ft on paper but the 150 to 160 hp engines get thin above 6,000 ft DA at gross weight.

Powerplant

The Lycoming O-320-B2B (PA-28-160) and O-320-A2A or -A2B (PA-28-150) are the engines on these Cherokees. Four-cylinder, horizontally opposed, direct-drive piston, carbureted. Lycoming's published TBO is 2,000 hours for both variants per Lycoming Service Instruction 1009 BE. The O-320 family is one of the most-produced Lycoming engines in fleet operation.

Field overhauls at Penn Yan, Gann Aviation, or other reputable Lycoming shops run $28,000 to $40,000 in 2026 prices. The O-320-A and -B variants are essentially identical for overhaul purposes. Parts availability is universal. The O-320 is one of the cheapest four-cylinder Lycomings to overhaul.

Oil consumption on a healthy O-320 runs about 0.15 to 0.25 quarts per hour. The engine reaches TBO routinely when operated regularly. Many original Cherokee 150s and 160s have engines past TBO running on-condition. The carbureted O-320 has the same simple ignition and fuel system as the O-320 in the Cherokee 140 and Warrior. Maintenance economics are predictable and well-supported.

Cost of ownership

Plan on $95 to $135 per flight hour at 75 hours a year of utilization, all-in. Cherokee 150 and 160 operating economics are similar to the Cherokee 140 with slightly higher fuel burn due to the 160 hp engine running at higher power settings for cruise. Fuel and oil run about $44 to $58 per hour at 8 gph and $5.50 to $7 for 100LL. Engine overhaul reserve is $14 to $20 per hour based on a $28,000 to $40,000 overhaul amortized across the 2,000-hour TBO. Airframe maintenance reserve is $10 to $18 per hour.

Annual fixed costs (hangar, insurance, annual inspection) add another $30 to $55 per hour at 75 hours a year of utilization. Insurance on the 150 and 160 is friendly. Hull values are low. First-time owners pay $1,500 to $3,000 a year typically. The airplane is friendly for partnership ownership.

Acquisition cost in mid-2026: PA-28-150 aircraft trade $30,000 to $55,000 depending on engine and condition. PA-28-160 aircraft trade $35,000 to $60,000 due to the slightly higher useful load and resale demand. Both are at the cheap end of the Cherokee used market. Project airplanes (not currently flying) trade as low as $18,000 to $25,000.

Piper Owner Society and Piper Flyer Association both cover the original Cherokees. Combined annual membership runs about $130. Most maintenance questions and pre-buy decisions benefit from consulting type-club resources. The 150 and 160 are well-documented in the type-club community.

Fixed cost Range Frequency
Tie-down (smaller field)
$40$150 monthly
Hangar (smaller field)
$175$350 monthly
Annual inspection (standard)
$1,200$2,800 annual
Insurance (typical owner)
$1,500$3,000 annual
Piper Owner Society dues
$65$80 annual

Estimate the cost for your situation

Defaults are pre-filled for the Piper PA-28-150/160 Cherokee. Tweak fuel price, hangar, insurance, and hours to match your scenario.

Your cost per hour
$180.33
Piper PA-28-150/160 Cherokee · Lycoming O-320-A2A (150 hp) or O-320-B2B (160 hp)
100 hrs/yr · 65% cruise
Per month
$1,503
Per year
$18,033
Cruise power
Pre-populated values are sourced estimates. Verify with the POH and a current quote before buying.

Common issues & gotchas

Aging airframe corrosion

high

1962-1967 production aircraft are 58 to 63 years old. Wing spar carry-through, fuselage, and tail attach areas show corrosion in many fleet aircraft. Pre-buy corrosion inspection is essential.

Original avionics generation

moderate

Original Cherokee 150 and 160 panels are 1960s vintage. Most flying examples have been panel-upgraded multiple times. Wiring complexity varies. Pre-buy avionics inspection should include power-up of every system and review of installed-equipment STC documentation.

Fuel tank leaks

moderate

Wet-wing fuel tanks on 60-year-old airframes commonly develop seam or skin leaks. Repair runs $1,500 to $4,500 depending on scope. Many Cherokee 150s and 160s have had tank work over the decades.

Carburetor service

moderate

Carbureted O-320 engines can develop carb-heat and float issues with age. Carburetor service every 1,000 to 1,500 hours is typical. Cost runs $800 to $2,000 per service.

Control surface and aileron rigging

low

Control rigging on the hershey-bar wing can drift over 60 years. Rigging service every 3 to 5 years restores proper handling. Cost is modest per occurrence.

Interior and instrument aging

low

Original interiors and instruments rarely survive intact at this age. Most aircraft have been re-upholstered and partially re-instrumented. Pre-buy review of interior and instrument condition is part of the buy decision.

Who it's for

Good fit for

  • First-time owners with limited budgets who want a low-wing four-seat airplane
  • Partnership groups looking for the cheapest Cherokee variant
  • Pilots specifically wanting the original PA-28 hershey-bar-wing experience
  • Time-builders accumulating hours economically
  • Buyers cross-shopping a Cherokee 140 who prefer the 160's slightly better useful load

Less good for

  • Buyers needing modern airframe parts support depth (the 150/160 fleet is smaller than later Cherokee variants)
  • Pilots who plan to fly four-up regularly with full bags
  • Owners cross-shopping a Warrior (which delivers most of the same flying experience with better economics and stronger fleet)
  • Buyers concerned about resale liquidity (the fleet is small and trades slower than 172s or Warriors)

The verdict

The PA-28-150 and PA-28-160 Cherokee are the original Cherokees. The 150 is the cheaper variant. The 160 is the slightly more capable option. Both are 60+ year old airframes with the Lycoming O-320 engine and the hershey-bar wing that defined early PA-28 styling. Acquisition cost is low. Operating cost is low. For buyers who specifically want the original Cherokee experience and don't need maximum parts-support depth, the 150 or 160 is a defensible choice at the right price.

But the 150/160 are the smallest Cherokee production tranche and the oldest airframes in the family. A Cherokee 140 (later production, larger fleet) or a Warrior (better wing, better parts support) often makes more sense for the same general mission. The 150/160 win on vintage character and lowest acquisition cost. They lose on parts-support depth and resale liquidity compared to later Cherokee variants. Pick based on whether you specifically want an original Cherokee or whether you want the best available PA-28-class airplane.

Cross-shop these

Type club

Piper Owner Society and Piper Flyer Association →

Both organizations cover the original PA-28-150 and PA-28-160 Cherokees. Combined annual membership runs about $130. The Cherokee community has accumulated 60+ years of fleet experience and maintains substantial type-specific knowledge.

Frequently asked

How much does a PA-28-150 or PA-28-160 Cherokee cost? +

Used market in mid-2026: $30,000 to $55,000 for PA-28-150 aircraft, $35,000 to $60,000 for PA-28-160 aircraft. Both are at the cheap end of the Cherokee used market.

What's the difference between a PA-28-150 and a PA-28-160? +

The 160 has a Lycoming O-320-B2B at 160 hp. The 150 has a Lycoming O-320-A2A or -A2B at 150 hp. Same airframe, same panel, same general flying characteristics. The 160 has slightly better climb performance and useful load. Used pricing typically reflects the modest capability difference.

Are these the same as the Cherokee 140? +

Same airframe, different engine. The 140 (introduced 1964) has the derated Lycoming O-320-E2A at 140 hp, then unrestricted to 150 hp from 1965 onward. The 150 and 160 use the -A2A/-A2B or -B2B variants of the O-320. Mechanical similarity is high. The 140 has higher fleet volume and stronger parts support.

What's the typical fuel burn for a Cherokee 150 or 160? +

About 8 gph of 100LL at 75% cruise for the 160, roughly 7.5 gph for the 150. Both drop to 6.5 to 7 gph at long-range cruise. The Lycoming O-320 is one of the most efficient four-cylinder engines in GA.

Should I buy a 150/160 or step up to a Cherokee 180? +

The Cherokee 180 has the 180 hp Lycoming O-360 engine and 100+ pounds more useful load. It costs $10,000 to $25,000 more on the used market and runs about 20% more per hour to operate. If your typical mission is one or two passengers plus modest bags, the 150/160 is fine. If you regularly fly with three or four people, the 180 is worth the upgrade.

What's the engine overhaul cost on these Cherokees? +

Plan on $28,000 to $40,000 for a Lycoming O-320-A or O-320-B field overhaul at a name-brand shop. The O-320 family is among the cheapest four-cylinder Lycomings to overhaul. Factory remanufactured engines from Lycoming run $35,000 to $42,000 plus core.

Data sources