Piper Arrow

The Piper PA-28R Arrow is the retractable-gear member of the PA-28 Cherokee family, in continuous production since 1967 -- one of the longest production runs in general aviation history. With nearly 7,000 Arrows built across all variants, it is the most widely produced retractable-gear single-engine airplane ever made. The Arrow's primary role in general aviation is unmistakable: it is THE complex endorsement trainer, alongside the Cessna 172RG Cutlass and Mooney M20 series.

The Arrow adds retractable landing gear and a constant-speed propeller to the proven Cherokee platform, creating an airplane that meets FAA complex aircraft requirements while retaining the docile handling that makes Cherokees popular trainers. With 200 HP and cruise speeds of 130-143 knots depending on variant, the Arrow also serves as a capable cross-country machine and personal transportation aircraft. Its unique automatic gear extension (AGE) system -- designed to prevent gear-up landings by automatically lowering the gear at low airspeed and power -- is one of the most distinctive features in general aviation, though many operators have disabled it.

Piper still produces the Arrow today at their Vero Beach, Florida factory, making it available as both a new-production and used aircraft. The current production Arrow III is essentially the same tapered-wing design introduced in 1977, updated with modern avionics options.

The Arrow III is the most desirable variant for most buyers. The tapered wing improved both handling and performance over the Hershey bar models, and the conventional tail is universally preferred over the T-tail Arrow IV. The Turbo Arrow III commands a premium for high-altitude operations but brings Continental engine maintenance complexity. The original 180 HP Arrow is lighter and cheaper but noticeably less capable than later 200 HP models.

The Arrow III cruises at 135-143 KTAS at 75% power, depending on altitude and configuration. At 65% power, expect 128-132 KTAS on about 10 GPH -- a good efficiency point for cross-country work. The retractable gear provides approximately 15-18 knots of speed improvement over a comparable fixed-gear Cherokee Archer, which is the fundamental justification for the gear system's complexity and maintenance cost.

Rate of climb at 831 fpm is adequate but not spectacular -- the 200 HP engine is working hard to move 2,750 lbs. The Arrow climbs noticeably slower than the Piper Dakota despite being 250 lbs lighter at gross weight, because it gives up 35 HP to the Dakota's O-540. Where the Arrow wins is in cruise efficiency: the clean retracted-gear airframe delivers similar cruise speeds to the Dakota on 2.5 fewer GPH.

Fuel capacity of 72 gallons in the tapered-wing Arrow III provides 695+ nm of range at economy cruise -- enough for serious cross-country work. Earlier Hershey bar models with 50-gallon tanks had notably shorter range (550-600 nm).

Real-world Arrow owners with Knots 2U speed modifications (gap seals, fairings) report gaining 4-6 KTAS in cruise. Wheel pants alone add approximately 5 knots. These modifications are popular because even small speed gains are meaningful on a retractable airplane purchased for its speed advantage.

The Turbo Arrow III is a different animal at altitude: with turbocharged TSIO-360 power, it maintains 170 KTAS at flight levels where the normally-aspirated Arrow III has lost significant power. The service ceiling jumps to 20,000 feet. However, the turbo variants burn 12-14 GPH and bring Continental engine maintenance patterns.

The Arrow III's 1,113-lb useful load is good for a four-seat retractable but less generous than the Dakota's 1,392 lbs. With full fuel (432 lbs), 681 lbs remains for occupants and baggage -- comfortable for two adults with generous bags, tight for four. The Arrow's strength is the two-occupant cross-country mission: full fuel, two adults, and 280+ lbs of gear with nearly 700 nm of range. For four-adult trips, fuel must be reduced to 48 gallons, cutting range to about 450 nm -- still very usable for most missions. Earlier 50-gallon Hershey bar Arrows have notably less fuel flexibility, making the Arrow III's 72-gallon tanks a significant upgrade.

• Flight Training (8): The Arrow's defining mission. It is the most popular complex endorsement trainer in the world. Cherokee handling makes the transition from Archer to Arrow nearly seamless, allowing students to focus on learning gear and prop management rather than adapting to unfamiliar flight characteristics. The automatic gear extension system provides an additional training safety net. Scored 8 rather than 10 because the retractable gear drives up insurance and maintenance costs for training fleets.
• Backcountry (2): Retractable gear is a significant liability on unimproved surfaces. Gear doors, actuators, and hydraulic lines are all vulnerable to FOD. The Arrow is not suited for backcountry operations.
• Business Travel (6): A capable regional business airplane. Four seats, good range, and 138-knot cruise speed handle trips in the 200-500 nm range efficiently. The Turbo Arrow extends utility for operators based at high-elevation airports. Falls short of faster retractable singles like the Mooney or Bonanza for serious business use.
• Aerobatics (1): Not certified for aerobatic flight.
• Cross-Country (7): Good cross-country platform with 695 nm range and IFR capability. The Arrow trades some payload for speed efficiency compared to the fixed-gear Dakota. With two occupants and full fuel, the Arrow is an excellent weekend cross-country machine.
• Cargo Hauling (4): Useful load of 1,113 lbs is decent but not exceptional. Full fuel (432 lbs) leaves 681 lbs for occupants and cargo. The Dakota is the better choice for load-hauling missions.
• Local Fun (5): Flies like a Cherokee with extra cockpit workload. The gear and prop management add systems interest but reduce the casual simplicity of a fixed-gear aircraft.
• Surveying (3): Low wing limits ground visibility. Retractable gear adds workload that distracts from observation tasks.

The Arrow's long production run and large fleet mean panels span the entire history of general aviation avionics, from original King KX-170Bs to factory-new Garmin G1000 NXi installations. Common configurations by price tier:

• Budget ($70K-$95K): Steam gauges, older King or Narco radios, possibly a basic GPS (KLN-89B or GNS 430 non-WAAS). Typically 1967-1977 models. Functional for VFR, marginal for regular IFR.
• Mid-range ($95K-$150K): Garmin GNS 430W or GTN 650, basic autopilot (KAP 140 or S-TEC 30), ADS-B compliant. Capable IFR platform. Most 1977-1990 Arrow IIIs fall here.
• Premium ($150K-$235K): Garmin GTN 750Xi or G500 TXi, GFC 500 autopilot, full ADS-B In/Out, JPI engine monitor. Low-time owner-flown aircraft or late-production models.
• New production ($400K+): Factory Garmin G1000 NXi integrated flight deck, GFC 700 autopilot, full digital suite.

The Arrow shares the standard PA-28 panel layout with the Archer, Warrior, and Dakota, so the entire Cherokee avionics STC ecosystem applies. See avionics-pricing for current equipment and installation costs.

Speed modifications are the most popular upgrade category for the Arrow. The cumulative effect of gap seals, fairings, and exhaust upgrades can add 8-12 knots to cruise speed, which meaningfully closes the gap to faster retractable singles. Wheel pants are critical -- removing them costs approximately 5 knots.

• Parts availability: Excellent. With nearly 7,000 Arrows built and the type still in production, parts support is outstanding. Airframe, engine, and gear-system-specific parts are all readily available from Piper and aftermarket suppliers.
• Mechanic familiarity: Common. Most A&Ps have experience with PA-28 Cherokees, and the Arrow's additional gear system is well-documented. However, seek an A&P with specific Arrow retractable gear experience for annuals and gear work.
• Annual inspection cost: $3,000-$5,500 depending on findings. The retractable gear system inspection adds $500-$1,500 in labor over a fixed-gear Cherokee annual.
• Gear overhaul: Budget $3,000-$7,000 for a comprehensive gear system overhaul including actuators, seals, hydraulic lines, micro-switches, and rigging. This is a periodic expense every 5-8 years or as condition requires.
• Engine overhaul: $30,000-$45,000 for a field overhaul of the IO-360-C1C6. Factory reman from Lycoming at approximately $58,000+ core. The Continental TSIO-360 in turbo models runs $45,000-$60,000.
• Propeller overhaul: Constant-speed prop overhaul runs $2,500-$4,000 on the standard 500-hour/5-year cycle.

See maintenance-ecosystem for general maintenance cost context.

The Arrow market is broad, spanning nearly 60 years of production and six major variants. Pricing is driven primarily by variant, engine time, and avionics.

Key price drivers:

• Variant: Arrow IIIs command the highest premiums among used models. Arrow IIs are the value play. Arrow IVs (T-tail) are discounted 10-15% relative to Arrow IIIs. Original 180 HP Arrows are the most affordable.
• Gear-up history: A well-documented gear-up repair is not necessarily disqualifying, but the work must be properly done and thoroughly documented. Airframes with unknown or poorly documented gear-up history should be heavily discounted.
• Gear system condition: Pre-buy must include a comprehensive gear swing and inspection. Budget $2,000-$5,000 for gear-specific evaluation and any needed repairs.
• Engine time: The IO-360 overhaul at $30,000-$45,000 is a significant cost. Continental TSIO-360 turbo engine overhauls run $45,000-$60,000.
• Avionics: The spread between steam-gauge and glass-panel Arrows can exceed $60,000.

Critical ADs

• Wing spar AD (AD 2020-25690): Requires inspection of lower main wing spar cap bolt holes for fatigue cracks. Applicable to PA-28R-201 models. If cracks are found, wing spar replacement is required -- an expensive proposition that can exceed the airplane's value. Compliance verification is essential during pre-buy.
• Landing gear sidebrace stud AD: Requires repetitive inspections of main gear sidebrace studs for cracks. This is a recurring inspection specific to the retractable gear mechanism and must be current.
• Control wheel attachment AD: Addresses a design issue where the attachment screw was too short and the nut-plate lacked adequate locking. Verify compliance.
• Standard Lycoming IO-360 ADs: Crankshaft inspections, cylinder through-bolt torque, and other engine-specific directives apply.

Chronic Problems -- Landing Gear System

The Arrow's electro-hydraulic landing gear system is the airplane's defining maintenance challenge. Understanding how it works is essential for any prospective owner:

The gear is hydraulically actuated by an electrically powered reversible pump. There are no mechanical up-locks -- the gear is held retracted by hydraulic pressure alone. If hydraulic pressure is lost, the gear extends under gravity and spring force. This is actually a safety feature: a hydraulic leak results in gear extension rather than a gear-up landing.

Common gear system issues:

• Hydraulic line leaks: Any leak in the system causes the pump to cycle continuously, eventually pumping fluid overboard. Pilots must monitor for unusual pump cycling sounds.
• Auto-extend system failures: The automatic gear extension (AGE) system uses a pitot-style air pressure sensor on the left fuselage. Failures can cause the gear to refuse to retract (extending prematurely) or fail to auto-extend when needed. Piper issued a service bulletin in 1987 recommending disabling the system, and many Arrows have had it deactivated.
• Manual extension valve issues: The emergency gear extension valve between the seats can develop bad seals or become stuck, leading to extension failures during emergencies.
• Gear position micro-switches: False unsafe-gear indications from worn or misadjusted micro-switches are a routine nuisance.
• Power pack motor wear: The electric pump motor is a wear item that eventually requires rebuild or replacement.

The Automatic Gear Extension System

The AGE is a distinctive Arrow feature. It monitors airspeed via a dedicated pitot-like sensor on the left fuselage. When airspeed drops below approximately 85-105 MPH (depending on throttle position), the system automatically extends the landing gear. A three-position lever between the seats controls the system: Auto (normal operation with auto-extend active), Emergency Extension (forces gear down), and Override (locks gear position, disabling auto-extend).

While designed as a safety feature, the AGE system has a mixed reputation. It can extend the gear unexpectedly during slow flight maneuvers, practice stalls, or go-arounds if the pilot forgets to select Override. Many operators disable it, preferring to rely on standard gear-down checklists and the standard gear warning horn.

The Arrow falls into the complex/retractable gear insurance category, which carries approximately 25-35% higher premiums than a comparable fixed-gear Cherokee. The Arrow's gear-up landing record across the fleet is better than the Cessna 172RG thanks to the simpler hydraulic system and gravity-assist extension, but retractable gear is always an insurance cost driver.

For a private pilot with 300+ hours, instrument rating, and retractable-gear time, expect annual hull and liability premiums of $2,000-$3,000 on a $120,000 hull value. Pilots with specific Arrow time and instrument currency will find the best rates. See insurance-underwriting for category details.

Key insurance factors:

• Retractable gear surcharge: Approximately $800-$1,500 more per year than an equivalent fixed-gear Cherokee.
• New retractable-gear pilots: Expect significantly higher premiums or open-pilot-warranty restrictions until accumulating 25-50 hours of retractable time. Most underwriters require a typed checkout with a CFI.
• Flight school operations: Insurance for Arrow training fleets is expensive due to the combination of retractable gear and low-time student pilots. Many schools have shifted to simulator-based complex training to reduce costs.
• Turbo Arrow: Slightly higher premiums than normally-aspirated models due to the higher hull values and turbocharger maintenance complexity.