There is a particular kind of pilot who buys a Piper Saratoga. They have flown long enough to know what they actually need: six seats that are genuinely usable, enough power to haul a full load to altitude, range measured in states rather than counties, and an airframe that was built when Piper still had something to prove.

The Saratoga is not glamorous in the way a Cirrus SR22 is glamorous. It has no parachute, no carbon fibre, no touchscreen from 2022. What it has is 300 horsepower, a cabin that seats a real family with real luggage, and a market that has held its value stubbornly for thirty years because buyers who need what it does don't have many alternatives at the price.

Here's what 881 sales on Sprinkle tell us about the Saratoga market and how to navigate the PA-32 family in 2026.

Understanding the Saratoga Family: SP, II HP, II TC

Piper's PA-32 lineage stretches back to the Cherokee Six of 1965, but the aircraft sold as Saratogas today fall into three main categories. The naming is genuinely confusing — "SP", "II HP", and "II TC" do not mean what most buyers initially think they mean.

Saratoga SP (1980–1987): Fixed Gear, Naturally Aspirated

The original Saratoga arrived in 1980 as a civilised successor to the Cherokee Six. The PA-32-301 Saratoga SP is fixed gear, powered by a Lycoming IO-540-K1G5D producing 300hp. It is a straightforward aircraft: no gear to extend, no turbocharger to manage, the same Lycoming that powers everything from Cessna 182s (in smaller displacement form) to agricultural aircraft, in a configuration that any competent A&P knows intimately.

From our 2024 sales data, the Saratoga SP shows a median price of $255,000, with the range running from $130,000 (high-time example needing work) to $349,900 for a very clean, updated aircraft. The Turbo Saratoga SP — which adds a turbocharged engine for altitude performance — sells in a similar band at median $249,900.

Who buys the SP: owners who fly in the continental US at altitudes below 10,000 feet, who value simplicity and low maintenance over top-end cruise speed, and who want to minimise the complexity that comes with retractable gear and turbocharging.

Saratoga II HP (1994–2008): Retractable, Naturally Aspirated

The "II HP" designation — which sounds like it means higher power but does not; the engine is the same 300hp Lycoming — actually signals the second-generation Saratoga with retractable gear (the "R" in the PA-32R designation) and the revised, more modern airframe that Piper introduced in the mid-1990s.

Retractable gear adds approximately 15–20 knots of cruise speed and a meaningful improvement in climb performance. It also adds a gear system to inspect, maintain, and brief before every landing. For pilots who fly regularly and maintain currency, it's a non-event. For pilots who fly 40 hours a year, it's one more thing to manage.

The Saratoga II HP shows a median price of $325,000 in our data, with the range from $269,950 to $489,500. This is the most active part of the Saratoga market — 85 sales in 2024 — and the variant most commonly found at FBOs when you search "saratoga for sale".

→ Browse Piper Saratoga II HP listings on Sprinkle

Saratoga II TC (1998–2008): Retractable, Turbocharged

The II TC is the Saratoga family's top specification: retractable gear plus a turbocharged and intercooled Continental TSIO-520, producing around 300hp throughout its operating altitude range. Where the naturally aspirated engine loses power as you climb, the turbocharged version maintains sea-level power to around 20,000 feet — useful for crossing mountain ranges, avoiding weather, or simply flying fast at altitude.

Turbocharged cruise in the II TC runs around 170 knots. At altitude, where turbulence is reduced and direct routing is more often available, this meaningfully cuts flight time on long legs.

The price premium for turbocharging is substantial. The II TC shows a median of $425,900 in our data — a $100,000 step up from the II HP — with the range from $259,000 (older, higher-time example) to $599,900 for a very recent, low-hour II TC. Our current active listings include a 2000-model II TC at $625,000 and a 2004 at $559,000.

→ See Piper Saratoga II TC listings on Sprinkle

Prices at a Glance

Based on 2024 sales across 881 total Saratoga transactions:

Variant	Median Price	Typical Range	2024 Sales
Saratoga SP (fixed gear, N/A)	$255,000	$130K–$350K	75
Turbo Saratoga SP (fixed gear, TC)	$249,900	$99K–$330K	37
Saratoga II HP (retractable, N/A)	$325,000	$270K–$490K	85
Turbo Saratoga / Saratoga II TC	$374,000–$426,000	$158K–$600K	180

The Saratoga II TC is the highest-volume variant in our data — more II TCs traded than any other single variant — which tells you something about where demand concentrates. Buyers who are stepping up to a Saratoga typically want the best version of it, and the II TC is that.

→ Full Piper Saratoga price guide on Sprinkle

Why the Saratoga Keeps Its Value

The Saratoga stopped production in 2008, and prices have not collapsed in the sixteen years since. In fact, clean low-time II TCs have appreciated meaningfully as inflation has pushed the cost of alternatives upward.

The reason is structural: there is no good substitute at the price. If you need six usable seats in a single-engine piston, your options are the Saratoga, the Cessna 206 Stationair (no retractable), the older Cherokee Six, or a Cessna 210 in a four-seat configuration that's not really designed for six. None of them does exactly what the Saratoga II TC does.

The Cirrus SR22 is a capable five-seater at a similar price, but it seats four practically (the fifth seat is vestigial) and its useful load is lower. For a family of five with real luggage on a long trip, the Saratoga is the more practical aircraft.

What to Know About the IO-540 and TSIO-520

The Saratoga's engines are its most significant operating cost.

The Lycoming IO-540 in naturally aspirated variants has a TBO of 2,000 hours and is one of the most supported engines in general aviation. Overhaul runs roughly $40,000–$55,000 depending on condition and vendor. It is generally considered a robust, straightforward engine when maintained properly.

The Continental TSIO-520 in turbocharged variants has a TBO of 1,400 hours — significantly shorter — and overhaul costs are somewhat higher, often $50,000–$65,000. Turbocharged engines also require more careful management: proper leaning at cruise, adequate cooling before shutdown, and attention to cylinder temperatures. Operators who neglect these protocols find their TBO shortened considerably.

Before any Saratoga purchase, know where the engine sits in its TBO cycle. An engine approaching TBO should be reflected as a negotiating point in the price — the cost of overhaul is real and predictable.

The Gear System (Retractable Variants)

The Saratoga SP and its retractable PA-32R counterpart share an airframe but differ significantly in pre-buy complexity. The retractable gear system on the II HP and II TC is electrically actuated and generally reliable, but it requires:

Regular rigging and inspection of actuators and microswitches
Attention to gear door seals and wear on up-lock mechanisms
Confirmed operational gear warning horn and annunciators
A documented history of gear inspections in the logbooks

Gear-related incidents account for a disproportionate share of hull losses in complex singles — not because the systems are unreliable, but because they require consistent maintenance attention and pilot currency. On any retractable Saratoga pre-buy, have the gear system specifically and independently inspected, and confirm the emergency extension mechanism works.

Cabin and Useful Load: What the Numbers Actually Mean

The Saratoga's practical appeal comes down to three numbers: six seats, useful load of approximately 1,100–1,200 lbs depending on variant, and range of 700–800nm with reserves.

In practice, "six seats" on the Saratoga means five adults comfortably, or four adults plus luggage for a realistic cross-country. Full fuel (107 gallons on the II TC) significantly reduces useful load — a consideration that requires flight planning discipline on longer legs. The standard rule: if you're taking all six seats and full luggage, you're probably stopping for fuel. That's not a criticism; it's the physics of a 300hp piston aircraft, and it's the same constraint on any comparable type.

What distinguishes the Saratoga from a stretched four-seater: the cabin is designed from the outset for six occupants. Rear passengers have meaningful headroom and shoulder room. The baggage door allows loading without contorting through the passenger cabin. These are not trivial features on a family aircraft used regularly.

Pre-Buy Checklist

Key focus areas for a Saratoga pre-buy:

Engine history and TBO position — both the hours and the quality of maintenance matter. Ask for all logbooks back to new.
Turbocharger condition (TC variants) — the turbocharger itself, intercooler, and associated plumbing are wear items. A compressions and borescope inspection of all cylinders is essential.
Gear system (retractable variants) — detailed inspection as above. Ask specifically about any gear-related incidents in the history.
Corrosion — the PA-32 airframe is aluminium and 1980s–2000s construction. Inspect control surfaces, wing roots, fuel bay areas, and any aircraft that spent time near coasts or was stored outdoors.
Avionics currency — many Saratogas have been refitted with modern panels, but some still have early 2000s original equipment. A GNS 430/530 is still functional but ageing. A G1000-equipped Saratoga commands a meaningful premium.
Fuel system — the IO-540 and TSIO-520 have specific fuel system requirements. Confirm all bladder tanks (if fitted) are in good condition; bladder replacement is expensive.

Which Saratoga Should You Buy?

The straightforward answer:

For IFR cross-country flying at moderate altitudes (below 10,000 feet), buy a Saratoga II HP. The retractable gear adds meaningful speed over the SP, the naturally aspirated Lycoming is simpler to operate and overhaul than the turbocharged Continental, and the mid-$300,000 price point is the most active part of the market — making resale straightforward when the time comes.

For regular mountain flying, high-altitude routes, or performance at altitude, buy a Saratoga II TC. The turbocharger's ability to maintain power to 20,000 feet is genuinely useful in the western US and on transatlantic routing. The shorter engine TBO and higher complexity are manageable for pilots who fly regularly and maintain good discipline on operating procedures.

For simplicity and lowest acquisition cost, buy a Saratoga SP. Fixed gear, same 300hp engine, meaningfully lower price. The speed penalty is around 20 knots. For regional flying without altitude demands, that trade is rational.

All three are the same fundamentally capable aircraft. The differences are about operational mission, not quality.

→ View Piper Saratoga SP listings on Sprinkle