Sling LSA Pilot Operating Handbook (POH)

What the Sling LSA POH Covers

The Sling LSA Pilot Operating Handbook is organized into nine sections — the same structure required for any FAA-recognized POH. If you are training for your Private Pilot Certificate in the Sling LSA, your DPE will expect you to navigate the POH fluently during the oral exam.

• Section 1 — General Information: Aircraft description, 3-view drawing, wing/fuselage/empennage dimensions, engine and propeller specs, fuel system, oil system, weight data
• Section 2 — Limitations: Airspeed limits, engine limits, weight limits, CG range, load factors, kinds of operation (VFR/IFR/Night), prohibited maneuvers, placards
• Section 3 — Emergency Procedures: Engine failure on takeoff, engine failure in flight, air start, forced landing, smoke/fire, spin recovery, other emergencies
• Section 4 — Normal Procedures: Preflight, engine start, runup, takeoff, climb, cruise, descent, landing, special procedures (crosswind, short field, soft field)
• Section 5 — Performance: Takeoff/landing distances, rate of climb, cruise speeds vs. RPM vs. altitude, fuel consumption, endurance, range
• Section 6 — Weight and Balance: CG arms, CG envelope, loading graphs, blank W&B form
• Section 7 — Aircraft and Systems: Airframe, flight controls, fuel system, Rotax 912 iS, electrical, avionics, Garmin G3X
• Section 8 — Ground Handling and Servicing: Fueling, oil, towing, tie-down, cleaning, storage
• Section 9 — Supplementary Information: 912 ULS supplement, optional equipment supplements

About the Sling LSA

The Sling LSA is a two-seat (side-by-side), single-engine, low-wing aluminium aircraft manufactured by Sling Aircraft (Pty) Ltd in South Africa. It is certified to the FAA Light Sport Aircraft (LSA) category under ASTM Standards F2245, F2279, and F2295, with a maximum all-up weight of 600 kg (1,320 lb).

The standard US-spec aircraft is powered by the Rotax 912 iS — a fuel-injected, mixed-cooled (air-cooled cylinders, liquid-cooled heads), 4-cylinder engine with an integrated reduction gearbox. The 912 iS produces 100 hp for up to 5 minutes at takeoff and 92 hp continuous. The fuel injection and dual ECU system makes the 912 iS significantly more reliable and fuel-efficient than carbureted Lycoming/Continental engines common in older trainers.

Standard avionics include the Garmin G3X (GDU460) glass cockpit EFIS, Garmin GTX35 transponder, and Garmin GTR200 COM radio — the same Garmin ecosystem used in modern glass-panel general aviation aircraft and regional airline simulators. Training in the Sling LSA builds glass-cockpit fluency from lesson one, a direct advantage for students pursuing a career pilot pathway.

Weights

Fuel System (US Spec)

• Configuration: Two tanks, one in each wing leading edge
• Total capacity: 150 L (39.6 US gallons)
• Usable fuel: 146 L (38.6 US gallons)
• Approved fuel (912 iS): AVGAS 100LL (ASTM D910) or MOGAS EN 228 Super/Super Plus (minimum RON 95)
• Fuel switching: Switch tanks every hour in cruise; turn on aux pump during switch

Key Airspeeds

Airspeed limitations from Section 2.2 of the Sling LSA POH Rev 3.4. These are the values most tested on Private Pilot and Instrument Rating checkride orals.

Takeoff & Landing Performance

All values from POH Section 5.2. Conditions: 600 kg MTOW, ISA standard day, Rotax 912 iS at 100 hp, Warp Drive 3-blade 72" composite propeller.

Takeoff Distances

Landing Distances

Rate of Climb

At 5,500 rpm (max continuous power), Vy = 72 KIAS:

Service ceiling: 12,000 ft. Maximum demonstrated crosswind component: 15 knots.

Cruise Performance & Range

From POH Section 5.4–5.5, at 3,000 ft ISA, 150 L (39.6 US gal) total fuel. Fixed pitch propeller.

Best range (~866 nm) occurs at 5,000 rpm / 104 KIAS at 3,000 ft. Max endurance (~10:40) at 4,500 rpm / 73 KIAS.

Rotax 912 iS — Engine Operating Limits

From POH Section 2.14. These limits are testable on any checkride where the Sling LSA is the aircraft of record.

Emergency Procedures — Memory Items

The Sling LSA POH Section 3 follows the FAA priority framework: Fly the aircraft → Analyze → Apply procedures → Communicate. Student pilots should know the following from memory before their Private Pilot checkride.

Limitations: What the DPE Will Ask

Section 2 of the POH is the most heavily tested section on a Private Pilot oral exam. Key limitations for the Sling LSA beyond airspeeds:

• Aerobatics and intentional spins are prohibited. The Sling LSA is approved for normal category only.
• Max bank angle for approved maneuvers: 60°. Steep turns beyond 60° exceed the approved category.
• Abrupt/full control inputs above Va (91 KIAS) are prohibited. Limit load factor will be exceeded.
• US aircraft: VFR only unless equipped for IFR. All US operations must be in VMC per LSA standards, regardless of IFR equipment.
• Flight in icing conditions is prohibited.
• Max demonstrated crosswind: 15 knots. Not a limitation — a demonstrated value. Real-world crosswind limits are pilot-in-command judgment.
• Maximum baggage: 15 kg (33 lb) per compartment. With two light pilots, this is rarely a constraint — but always verify CG.
• Oil temperature must exceed 100°C once per flight day to boil off moisture from the oil system.
• Engine must run at idle for 5 minutes minimum before shutdown (unless coolant temps are elevated).

Sling LSA vs. Cessna 172 — Key Differences for Student Pilots

If you have studied the Cessna 172M POH, the Sling LSA will feel familiar in structure but different in several important ways:

Why Parrish Aviation Trains in the Sling LSA

Parrish Aviation's fleet includes the Sling LSA and the Sling NGT — both modern, glass-cockpit aircraft built on the same South African engineering platform. The decision to fly these aircraft rather than aging Cessna 172s was deliberate: the Garmin G3X cockpit mirrors the avionics environment of modern professional aircraft far more accurately than round-gauge panels, and the Rotax engine's fuel injection and dual ECU system provide a level of systems sophistication not found in carbureted training aircraft from the 1970s.

For students pursuing a career pilot pathway — PPL through Commercial and CFI — the Sling platform builds glass-cockpit fluency from day one. The avionics knowledge gap between traditional trainers and professional aircraft is one of the most common struggles new hires face at regional carriers. Parrish Aviation eliminates that gap at the beginning of training rather than the end.

The Sling LSA is used for primary training including Private Pilot certificate training and Discovery Flights at Dallas Executive Airport (KRBD). It is an ideal aircraft for students encountering glass cockpit avionics for the first time — the G3X's intuitive interface and the Sling's excellent visibility and handling qualities make the initial learning curve significantly more manageable than in traditional trainers.