Light sport aircraft compared: for sport pilots and pilots flying on BasicMed
Capability, cost, and cross-country performance compared
February 21, 2026 · Updated May 25, 2026
Note (May 2026): This guide covers the light-sport aircraft category specifically: airframes certificated under the LSA airworthiness standards (1,320 lb MTOW, 45 KCAS stall, two seats, fixed gear). Under the FAA’s 2025 MOSAIC rule, a sport pilot may also operate a wide range of type-certificated four-seat singles that fall outside this category, including the Cessna 172, Cessna 182, and Piper Archer. For a full list of aircraft a sport pilot may now fly under MOSAIC, see Best Aircraft for Sport Pilots.
The sport pilot certificate, introduced in 2004, created a lighter medical requirement, a shorter certification path, and a category of aircraft built for accessible ownership.
The light sport aircraft category has also become the default answer for certificated pilots managing medical limitations. A BasicMed or sport pilot pathway keeps many pilots flying who would otherwise be grounded, and the aircraft in this category are often more economical to operate than the four-seat trainers many of them flew earlier in their careers.
This guide covers the most capable and practical LSA options on the used market, with an emphasis on aircraft suited to cross-country trips rather than local pattern flying.
What matters when choosing an LSA
- MTOW and useful load. LSA rules cap maximum takeoff weight at 1,320 lbs for land planes. That leaves limited useful load after the empty weight of the aircraft. Heavier pilots need to check the math carefully: two adults at average weight plus fuel can push some LSA designs to their limits.
- Cruise speed. LSA rules also cap cruise speed at 120 knots. Most designs get close to this limit at optimal settings. On a 300 nm trip, 13 knots of difference amounts to roughly 20 minutes of flight time.
- Fuel burn and range. LSA designs typically burn 4 to 6 gallons per hour. Combined with small tanks, range is usually 400 to 600 nm with reserves. Know your typical stage lengths before choosing.
- Build quality and parts support. LSA are manufactured under consensus standards rather than traditional FAA type certification, and build quality is not uniform across the field. European manufacturers including Diamond, Pipistrel, and Flight Design have strong reputations and established parts networks. Lesser-known manufacturers often have limited parts availability and no established dealer or service network.
- Two-seat limitation. LSA are limited to two seats. If you may ever need a third seat, this category does not qualify.
- Transition simplicity. Most LSA are simpler to fly than complex four-seat aircraft. Fixed gear, fixed pitch or ground-adjustable props, and light handling make them approachable for low-time pilots and returning aviators alike.
Our picks
Select up to 5 to compare side by side, or open any aircraft for full specs.For a buyer who wants a familiar name and a glass panel on day one, the Skycatcher is the one light-sport airplane that wears a Cessna badge. It came standard with a Garmin G300 glass panel, the high wing and control stick make the transition from a 150 or 172 natural, and the Continental O-200 keeps fuel burn and operating costs low. The asterisk is support: Cessna left the LSA market in 2013 and scrapped its unsold airframes, so parts are getting harder to find and the resale pool is small. It is a modern, well-equipped first LSA, as long as you go in knowing the factory will not be behind you.
The SportCruiser is the practical, good-value LSA, and one of the few built from aluminium rather than composite, which traditional shops can repair without specialist tooling. The cabin is wider than a 172 at nearly four feet across, modern Dynon or Garmin touchscreens are common, and the Rotax 912 runs happily on mogas to keep the hourly cost down. Piper thought enough of it to sell it briefly as the PiperSport, so the fleet is large and well understood for a light-sport type. Like everything in the category it is light enough to feel busy in gusts, but the cabin space and modern panels make it an easy first airplane to live with.
The CT is the established all-rounder of the light-sport world, and one of the best-selling LSAs in America since the category began. The carbon-fibre airframe carries a useful load most metal LSAs cannot, the cabin is among the widest in the class, and a 34-gallon tank gives it more than six hours of endurance, which puts genuine cross-country legs within reach. A ballistic parachute is standard, which matters to a lot of owner-pilots. The efficient wing makes it float if you carry a knot too many on final, so it rewards precise speed control. Its width and endurance are what make it a traveller rather than a local-flyer.
The Remos GX is the LSA for owners short on hangar space and long on the wish for an easy airplane. Its wings fold back against the fuselage without disconnecting the controls, so it tucks into a trailer or the corner of a shared hangar. The carbon airframe is light enough to give it a useful load near the top of the class, the Rotax burns as little as three and a half to four and a half gallons an hour, and most US examples came with a ballistic parachute as standard. Handling is docile by design, if lively in gusts like any light airplane. For recreational flying with flexible storage, the folding wings and the low fuel burn are the whole appeal.
The Tecnam P2008 is the comfortable, modern choice, and its construction is a clever compromise: a carbon-fibre fuselage for a wide, smooth cabin paired with metal wings and tail that any traditional shop can repair. At nearly four feet across, the cabin is wider than several legacy four-seaters, and the Rotax 912 sips as little as four and a half gallons an hour on mogas, which keeps the hourly cost among the lowest here. Airline-style glass panels are common, making it a choice for flight schools and owners who want a modern panel from day one. Tecnam’s service network is still growing, so check that composite-repair support exists near your base before you buy.
Tick 2 or more above to compare them side by side. selected (max)
Buying advice
- Verify SLSA vs. ELSA status. Special LSA (SLSA) aircraft are factory-built and maintained under manufacturer standards. Experimental LSA (ELSA) are often kit-built or converted from SLSA. Both are legal; they differ in maintenance rules and owner privileges. Know which you are buying.
- Check for airworthiness directives and safety directives. LSA safety directives are issued by manufacturers rather than the FAA. They carry the same practical importance as ADs but are tracked differently. Ask for a complete compliance history.
- Inspect composites carefully. Many LSA use composite construction. Damage repair is more involved than with aluminum construction and requires technicians familiar with the material. Have any composite aircraft inspected by someone familiar with the construction type.
- Factor in avionics age. Older LSA may lack ADS-B Out, modern GPS, or autopilot capability. An aircraft without ADS-B Out is restricted from Class B and Class C airspace, and one without a capable GPS or autopilot narrows your usable operating window in practice. Get a realistic upgrade cost estimate if needed.
- Shop for insurance separately. LSA premiums are low relative to four-seat aircraft, but rates vary by underwriter depending on your total hours and certificate level.