Shark UL

The Shark UL (widely cataloged across sport aviation circles and simulation hangars as the Shark UL, Shark Aero, Shark LSA, and Aerobask Shark) is one of the fastest and most aerodynamically efficient ultralight/light-sport aircraft in modern aviation. Manufactured in Slovakia and the Czech Republic by Shark.Aero, the airframe gained worldwide fame when 19-year-old aviator Zara Rutherford completed a 32,000-nautical-mile solo circumnavigation of the globe in one. Designed with aggressive, jet-fighter-inspired lines—including tandem seating under an elongated bubble canopy, retractable landing gear, and a distinctive dorsal fin shaped like a shark tail—the aircraft looks like a military jet trainer, but is powered by a frugal 100-horsepower Rotax 912 ULS engine. Built natively for X-Plane 12 by Aerobask, this add-on brings a showcase of modern composite light-sport design to desktop simulation.

In the cockpit, Aerobask outfits the Shark UL with a cutting-edge tandem glass suite anchored by the Dynon SkyView system. The avionics feature custom synthetic vision, intuitive touchscreen interaction, full Navigraph digital chart integration, and a dedicated SV-AP-PANEL digital autopilot head. Engine monitoring is handled by a custom GL Blaze EMS-2 instrument, while constant-speed governing is managed via an authentic PR1-P electric propeller controller. Aerobask’s signature attention to flight deck systems is evident across the cabin: the panel incorporates functional circuit-breaker switches with user-configurable failure rates, working canopy lock and pneumatic seal mechanics, and an interactive side-mounted AviTab tablet for seamless navigation and payload management.

In the X-Plane 12 flight environment, the Shark UL delivers an exhilarating, agile flight profile tuned by flight-model specialist X-Aerodynamics. Despite sipping automotive fuel through a 100-hp Rotax powerplant, the slippery carbon-fiber airframe cruises at an astonishing 140 to 155 KTAS (nearly 300 km/h), easily outrunning traditional general aviation trainers while retaining a docile 35-knot stall speed with full flaps. Hand-flying reveals crisp roll response and tight pitch stability, though the aircraft’s low parasite drag demands disciplined forward planning on descent: slowing down to gear extension speed without steep climbs or early power reductions requires proactive energy management. Evaluated under our directory classification rubric, the simulation earns a solid Procedural tier: its authentic Dynon flight deck, active breaker switches, tuned low-drag aerodynamics, and Daniela Rodriguez Careri FMOD soundscape make it one of the premier modern light-sport cross-country machines for XP12.

Primary Missions & Operational Roles

• Ultra-Long-Range Light-Sport Touring: Flying fast, high-efficiency cross-country legs between 4,500 and 9,500 feet MSL at 145 KTAS, covering over 800 nautical miles on minimal fuel burn.

• Tandem VFR Pilotage & Navigraph Chart Navigation: Navigating scenic mountain passes, coastal routes, and remote waypoints using the Dynon SkyView moving map, synthetic vision, and integrated digital charts.

• Clean-Airframe Energy & Descent Management: Practicing smooth descent planning and pattern deceleration in an aerodynamically slippery composite airframe lacking speedbrakes.

• Grass-Strip & Short-Field Touring: Operating out of short paved municipal runways and smooth grass clearings utilizing low stall speeds and effective trailing-edge flaps.