What makes a Super Petrel LS so great?

Technically Advanced Aircraft (TAA)

GPS and Technically Advanced Aircraft (TAA) are quickly becoming the principal means of navigation for many pilots. Additionally, pilots and aircraft owners are taking advantage of modern avionics and flight automation equipment. Glass cockpits are available for a virtually every new aircraft, as well as for many legacy, Light Sport (SLSA) and experimental aircraft. GPS, positioning on a moving map, weather depiction, terrain/traffic awareness and modern autopilots have made a significant presence to the General Aviation (GA) fleet of aircraft.

COMMERCIAL PILOT TRAINING

In July of 2018, the FAA updated the requirements for the Commercial Pilot aeronautical experience to allow for Technically Advanced Aircraft (TAA). Now, instead of requiring 10 hours of flight time in a complex aircraft to obtain a Commercial Certificate, those 10 hours can be accomplished in a complex aircraft, a turbine-powered aircraft or a TAA.

The FAA definition of a TAA aircraft are as follows:

  1. IFR-certified GPS navigation equipment (navigator) with moving map; or
  2. A multi-function display (MFD) with weather, traffic or terrain graphics;
  3. An integrated autopilot.

In general, TAAs are aircrafts in which the pilot interfaces with one or more computers in order to aviate, navigate, or communicate.

The Super Petrel LSA equipped with the Garmin G3X Touch meets these requirements as described by the FAA. Although not a certified GPS navigation system, the G3X Touch system incorporates a Primary Flight Display (PDF), a Multi-Function Display (MFD), a moving map, terrain graphics, traffic alerting and weather depiction. The Garmin G3X Touch autopilot system includes the option of a single or double que flight director with V-NAV. The Garmin G3X Touch autopilot is a completely integrated system.

Efficient Lift

Our biplane configuration has long narrow wings with a short chord line just like a glider, lots of low-drag lift. Wing chord depth is shallow for faster, efficient airfoils.

Strength

The sponsons are attached firmly to the lower-wing, just below the N-struts where they are rock-solid. This is in sharp contrast to other amphibian designs where the sponsons are hung from the high mono-wing, with struts and sometimes guy wires to place them down near the water where they can be effective. However, these arrangements can be much less sturdy, and in some planes are a known and proven weak spot.

No Flaps

Because the aircraft has very low approach speed, the pilot maintains full control, without flaps or the need for a pronounced flare, to a simple landing on all types of water. Landings on water or land are nearly the same, adding to the operational ease of flying the Super Petrel LS.

Super Petrel LS Flying High

Very Flip Resistant

Most all seaplanes are known for their tendency to flip over easily when landing in the water and things aren’t just right. But not in the Super Petrel LS. Its unique biplane design, along with the special design of the hull and its tricycle landing gear, places the center of buoyancy behind the center of gravity and behind the center of lift. The result is that this plane nearly refuses to flip over in those very dangerous situations for other amphibious aircraft. It’s just one more way the Super Petrel is as forgiving as it is easy to fly.