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CompareArrow vs Seminole
Aircraft comparison

Arrow vs Seminole

The Seminole leads, topping 5 of 7 compared metrics.

Put the Piper Aircraft Arrow (introduced 1967) beside the Piper Aircraft Seminole (introduced 1978) and the trade-offs sharpen fast. Both are trainers, which makes them natural cross-shopping rivals. The clearest separation between them is range, where the Seminole has the advantage. Below we compare them spec by spec, then break down which aircraft suits which mission.

Arrow

Piper Aircraft

Arrow

Seminole

Piper Aircraft

Seminole

Performance
Range
786 nm
920 nm
Cruise speed
140 kt
168 kt
Max speed
Locked — sign in to view
Locked — sign in to view
Service ceiling
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Locked — sign in to view
Rate of climb
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Locked — sign in to view
Capacity & dimensions
Max seats
4
4
Crew
Locked — sign in to view
Locked — sign in to view
Max takeoff weight
2,900 lbs
3,800 lbs
Length
Locked — sign in to view
Locked — sign in to view
Cabin height
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Locked — sign in to view
Powerplant
Engines
1 × Piston
2 × Piston
Engine model
Lycoming IO-360-C1C6
Lycoming O-360-E1AD (x2, counter-rotating)

6 more specs per aircraft — ceiling, climb, cabin, dimensions and more — are free with an account.

Arrow vs Seminole: the key differences

  • The Seminole delivers 17% more range (Arrow: 786 nm; Seminole: 920 nm).
  • The Seminole delivers 20% more cruise speed (Arrow: 140 kt; Seminole: 168 kt).
  • The Arrow and Seminole are evenly matched on passenger capacity, both at 4 seats.
  • The Seminole is the newer design (introduced 1978 versus 1967 for the Arrow), a gap of 11 years that usually shows up in avionics, cabin systems and fuel burn.
  • The Seminole is the larger aircraft by maximum takeoff weight (3,800 lbs versus 2,900 lbs), which typically buys more cabin and payload at the cost of higher trip economics.
  • The two differ in powerplant layout: the Arrow runs 1 engine against 2 on the Seminole — a factor in redundancy, maintenance scope and operating cost.

Which mission suits which aircraft

Both aircraft are built for short-haul and regional hops, so outright range rarely separates them — the call leans on cabin (the Arrow seats more), trip economics and what is actually available on the market. Match the airframe to how you fly most weeks, not to the headline range figure.

Which should you choose?

Choose the Seminole when nonstop range is the deciding factor, and the Arrow when cabin capacity and payload matter more; the Seminole holds the cruise-speed edge. The right answer ultimately depends on acquisition cost, maintenance-program status, and what is actually available on the market — talk to our acquisition advisory team to pressure-test the choice against your missions and budget.

Arrow vs Seminole: FAQs

Which has the longer range, the Arrow or the Seminole?

The Seminole has the longer published range — 920 nm versus 786 nm for the Arrow.

Which is faster, the Arrow or the Seminole?

The Seminole cruises faster, at 168 kt versus 140 kt for the Arrow.

Which is newer, the Arrow or the Seminole?

The Seminole is the newer design, introduced in 1978 versus 1967 for the Arrow.

Is the Arrow or the Seminole the larger aircraft?

By maximum takeoff weight the Seminole is the larger aircraft — 3,800 lbs versus 2,900 lbs for the Arrow.

Should I buy the Arrow or the Seminole?

Choose the Seminole when nonstop range is the deciding factor, and the Arrow when cabin capacity and payload matter more; the Seminole holds the cruise-speed edge. The right answer ultimately depends on acquisition cost, maintenance-program status, and what is actually available on the market — talk to our acquisition advisory team to pressure-test the choice against your missions and budget.

Still weighing up the Arrow vs Seminole?

Specs only take you so far. Our advisors give an independent recommendation based on your mission, budget and how you actually fly — and represent your side through to purchase.

How advisory works