single piston

Piper PA-24-260 Comanche 260

Lycoming O-540-E4B5, 260 hp (carbureted); some variants used IO-540-D4A5 (fuel-injected)

Piper PA-24-260 Comanche in flight
Photo: Bidgee via Wikimedia Commons , licensed under CC BY-SA 3.0 au .
Typical cost/hr
$235.81
Fuel @ 65%
12.7 gph
Engine TBO
2000 hr
Overhaul
$45,000$65,000

The Piper PA-24-260 Comanche 260 is the underappreciated cross-country Piper. Production ran from 1965 to 1972 with about 1,400 of the 260 hp variant built. The Comanche 260 uses a Lycoming O-540-E4B5 (or IO-540-D4A5 in some C-model variants) at 260 horsepower with retractable landing gear, four-seat capability, and a low-wing design that predates the Cherokee family. The Comanche was Piper's premium single before the PA-32 Cherokee Six and Saratoga lines took over the higher-power market in the early 1970s.

Used market prices in mid-2026 run $80,000 to $165,000 for flyable PA-24-260 Comanches depending on engine status, panel condition, and airframe history. The Comanche trades meaningfully below comparable Bonanza F33A aircraft despite delivering similar four-seat performance. Comanche enthusiasts argue the airplane is the best-value four-seat retractable in the used market. International Comanche Society (ICS) is the dedicated type club. This page covers what a Comanche 260 actually costs to own.

History

Piper introduced the PA-24 Comanche in 1957 as the company's first low-wing, all-metal, retractable-gear four-seat single. The original Comanche 180 had a Lycoming O-360 at 180 hp. Piper iterated through Comanche 250 (Lycoming O-540 at 250 hp), Comanche 260 (Lycoming O-540 at 260 hp introduced 1965), and Comanche 400 (Lycoming IO-720 at 400 hp, the only eight-cylinder Comanche). The PA-24-260 became the volume Comanche from 1965 onward.

Production iterated through three variants of the PA-24-260: the original 260 (1965-1968) with the carbureted O-540-E4B5, the 260B (1969-1970) with refined airframe details, and the 260C (1971-1972) with fuel injection and the IO-540-D4A5 engine. The 260C represents the final and most refined Comanche. Piper planned a 260D but never produced it.

Piper ended Comanche production in 1972 after the catastrophic 1972 Pennsylvania flood that damaged production tooling. The company chose to focus the post-1972 lineup on the newer PA-32 Cherokee Six and Cherokee Arrow lines rather than reinvest in the older Comanche tooling. Total PA-24-260 production was about 1,400 aircraft across all three variants. The fleet has remained popular with cross-country pilots and is supported by the active International Comanche Society community.

Variants

Piper PA-24-260 Comanche (1965-1968)

1965-1968
Lycoming O-540-E4B5, 260 hp

Original 260 hp Comanche. Carbureted O-540. Used market $80,000 to $130,000.

Piper PA-24-260B Comanche (1969-1970)

1969-1970
Lycoming O-540-E4B5, 260 hp

Refined airframe details over the original 260. Used market $90,000 to $145,000.

Piper PA-24-260C Comanche (1971-1972)

1971-1972
Lycoming IO-540-D4A5, 260 hp (fuel-injected)

Final and most refined Comanche. Fuel injection replaces carburetion. Used market $100,000 to $165,000. The variant most prospective buyers focus on.

Performance

The Comanche 260 cruises at about 160 KTAS at 75% power, burning 14 gph of 100LL. At long-range cruise (65%), the airplane drops to about 148 KTAS on 12 gph. The Comanche is meaningfully faster than the contemporary Cherokee 235 (about 25 to 30 knots faster on similar power) due to the more aerodynamically refined airframe and the retractable gear. Performance is comparable to a Beech Bonanza F33A at similar fuel burn, which is the airplane's quiet advantage at much lower acquisition cost.

Useful load on a Comanche 260 is about 1,050 to 1,200 pounds depending on equipment. Full fuel (84 gallons usable, including the 30-gallon tip tanks standard on most variants) leaves about 550 to 700 pounds for people and bags. Four adults of typical weight plus light luggage fit within gross with careful loading. Range with reserves is about 950 nm at long-range cruise. The tip-tank fuel system gives the Comanche unusual range capability for a four-seat single. Service ceiling is 19,500 ft on paper.

Powerplant

The Lycoming O-540-E4B5 (Comanche 260 and 260B) or IO-540-D4A5 (Comanche 260C) is the engine on the PA-24-260. Six-cylinder, horizontally opposed, direct-drive piston rated at 260 hp at 2,700 RPM. The O-540-E4B5 is carbureted. The IO-540-D4A5 is fuel-injected. Lycoming's published TBO is 2,000 hours per Lycoming Service Instruction 1009 BE. Both engines have universal parts and shop support through the broader O-540 / IO-540 community.

Field overhauls at Penn Yan, Gann Aviation, or other reputable Lycoming shops run $42,000 to $55,000 in 2026 prices. The O-540 family is well-supported with excellent cylinder availability. The IO-540 in the 260C is slightly more expensive to overhaul than the carbureted O-540 due to fuel injection components but trades similar reliability.

Oil consumption on a healthy O-540 / IO-540 runs about 0.3 to 0.5 quarts per hour. The engines reach TBO routinely when operated regularly. The Hartzell or McCauley two-blade constant-speed propeller on the Comanche requires overhaul concurrent with the engine. Prop overhauls run $2,500 to $4,500. Many Comanches have been retrofit with three-blade scimitar props for improved climb and reduced noise, with corresponding overhaul cost increases.

Cost of ownership

Plan on $200 to $290 per flight hour at 100 hours a year of utilization, all-in. The Comanche's operating cost is meaningfully lower than a Bonanza F33A at similar acquisition price. Fuel and oil run about $78 to $100 per hour at 14 gph and $5.50 to $7 for 100LL. Engine overhaul reserve is $21 to $28 per hour based on a $42,000 to $55,000 overhaul amortized across the 2,000-hour TBO. Prop overhaul reserve adds $1.25 to $2.25 per hour. Airframe maintenance reserve is $30 to $50 per hour due to gear-system maintenance.

Annual fixed costs (hangar, insurance, annual inspection) add another $60 to $115 per hour at 100 hours a year of utilization. Insurance on the Comanche 260 is moderate for a four-seat retractable. Hull values are reasonable. First-time retract owners pay $3,500 to $6,500 a year typically. Established Comanche pilots with 200+ hours in type pay $2,200 to $4,200.

Acquisition cost in mid-2026: A Comanche 260 (1965-1968) with mid-time engine and steam-gauge panel runs $80,000 to $115,000. A 260B (1969-1970) runs $90,000 to $145,000. A 260C (1971-1972) with the fuel-injected IO-540 runs $100,000 to $165,000. Aircraft with documented gear-system rebuilds in recent years trade at premiums. The 260C represents the most-refined and most-valuable Comanche in the used market.

International Comanche Society (ICS) is essential. Annual dues run about $80. ICS provides type-specific pre-buy guidance, AD compliance tracking, the type-specific maintenance manual, and the accumulated 60+ years of Comanche fleet knowledge. Two notable ADs affect the Comanche fleet: the control system corrosion and wear AD (2012-17-13), and the stabilator attachment AD. Both require recurring inspection.

Fixed cost Range Frequency
Hangar (smaller field)
$250$550 monthly
Annual inspection (RG complexity)
Control system and stabilator AD compliance add to annual inspection cost.
$2,500$5,000 annual
Insurance (established Comanche pilot)
$2,200$4,200 annual
Insurance (first retractable)
$3,500$6,500 annual
International Comanche Society dues
$65$80 annual

Estimate the cost for your situation

Defaults are pre-filled for the Piper PA-24-260 Comanche 260. Tweak fuel price, hangar, insurance, and hours to match your scenario.

Your cost per hour
$235.81
Piper PA-24-260 Comanche 260 · Lycoming O-540-E4B5, 260 hp (carbureted); some variants used IO-540-D4A5 (fuel-injected)
100 hrs/yr · 65% cruise
Per month
$1,965
Per year
$23,581
Cruise power
Pre-populated values are sourced estimates. Verify with the POH and a current quote before buying.

Common issues & gotchas

AD 2012-17-13 control system corrosion

high

Recurring AD requires inspection for corrosion and wear in the control system. Annual compliance work is part of every Comanche annual inspection. Verify compliance current during pre-buy.

Ref: AD 2012-17-13

Stabilator attachment AD

high

A recurring AD covers the stabilator attachment fittings. Inspection and replacement requirements apply. Pre-buy must verify current AD compliance and inspect attachment condition.

Retractable gear maintenance

high

The Comanche's electrically-driven hydraulic gear system has the same general architecture as later Piper retractables. Gear system overhaul every 1,500 to 2,500 hours runs $5,000 to $12,000. The Comanche-specific gear-down lock system has its own maintenance items.

Aging airframe corrosion

moderate

1965-1972 production aircraft are 53 to 60 years old. Wing spar carry-through, fuselage, gear-bay, and tip-tank attach points show corrosion in many fleet aircraft. Pre-buy corrosion inspection is essential.

Tip tank seal aging

moderate

The Comanche's wing tip tanks have seals that age with thermal cycling and exposure. Tip tank work (including reseal) is a common maintenance event. Cost runs $3,000 to $8,000 depending on scope.

Original avionics generation

moderate

Original Comanche panels include 1960s and 1970s avionics. Most flying examples have been panel-upgraded multiple times. Wiring complexity varies. Pre-buy avionics inspection essential.

Who it's for

Good fit for

  • Cross-country pilots who want four-seat retractable performance at sub-Bonanza pricing
  • Buyers cross-shopping a Bonanza F33A or V35B who prefer Piper handling and lower cost
  • Comanche enthusiasts who value the type's specific identity and ICS community
  • Owners committed to AD compliance tracking and the Comanche's specific maintenance requirements
  • Pilots flying 100 to 200 hours a year on 600 to 1,000 nm routes who value the tip-tank range

Less good for

  • First-time owners who want the deepest possible parts and shop support
  • Buyers concerned about the recurring ADs (control system, stabilator)
  • Owners cross-shopping a Mooney M20J with faster cruise on less fuel
  • Pilots flying primarily short routes where the Comanche's range capability is wasted

The verdict

The Piper Comanche 260 is the underappreciated cross-country Piper. Performance is competitive with a Bonanza F33A at half the acquisition cost. The Lycoming O-540 is reliable and well-supported. Tip-tank fuel system gives the airplane unusual range capability. The International Comanche Society provides essential type-club support including AD compliance guidance. For pilots who specifically want a four-seat retractable cross-country single and value the Comanche's combination of performance and pricing, the 260 is a defensible buy.

But the Comanche carries two recurring ADs that affect every airframe and require ongoing inspection. The 1972 production end means parts depth is thinner than current-production aircraft. The tip-tank system adds maintenance complexity. For buyers willing to accept the AD compliance reality and who can find a well-maintained 260C with current AD compliance, the airplane delivers excellent value. For buyers who want minimum AD exposure, a Bonanza F33A or Mooney M20J at higher acquisition cost has cleaner ongoing AD requirements.

Cross-shop these

Type club

International Comanche Society (ICS) →

The dedicated type club for Comanche owners. Annual dues run about $80. ICS provides type-specific pre-buy guidance, AD compliance tracking, technical articles, and decades of accumulated Comanche knowledge. The Comanche family has two major recurring ADs that require ICS-level tracking and guidance for owners.

Frequently asked

How much does a Piper Comanche 260 cost? +

Used market in mid-2026: $80,000 to $130,000 for an original 260 (1965-1968), $90,000 to $145,000 for a 260B (1969-1970), and $100,000 to $165,000 for a 260C (1971-1972) with fuel injection.

What's the typical fuel burn for a Comanche 260? +

About 14 gph of 100LL at 75% cruise, dropping to 12 gph at long-range cruise. The Lycoming O-540 (carbureted on 260 and 260B) or IO-540 (fuel-injected on 260C) burns proportionally to its 260 hp output.

Are the Comanche ADs serious? +

They require ongoing compliance but don't ground the airplane when properly tracked. AD 2012-17-13 (control system corrosion and wear) requires recurring inspection. The stabilator attachment AD has similar recurring inspection requirements. ICS provides excellent guidance on tracking and complying with both. Most well-maintained Comanches are in current AD compliance and the inspection costs are part of normal annual operating expense.

Comanche 260 vs Bonanza F33A: which should I buy? +

The Bonanza F33A has better build quality, refined cabin, and Continental IO-520 engine. It trades 2 to 3x the price of a comparable Comanche 260. The Comanche is faster than you might expect on the same fuel and has better range due to tip tanks. Pick the Bonanza if budget allows and you value the build quality. Pick the Comanche for excellent cross-country performance at substantially lower cost.

What's the engine overhaul cost on a Comanche 260? +

Plan on $42,000 to $55,000 for a Lycoming O-540-E4B5 or IO-540-D4A5 field overhaul. The O-540 family is one of the most-supported Lycoming six-cylinders. Add $2,500 to $4,500 for prop overhaul concurrent with engine.

Should I buy a 260 or hold out for a 260C? +

The 260C has fuel injection (IO-540 vs O-540), refined airframe details, and modest cosmetic updates. It trades $20,000 to $40,000 above a comparable 260 or 260B. If budget allows, the 260C is the better long-term choice for most owners. The carbureted variants offer most of the same flying experience at lower acquisition cost.

Data sources