Epic E1000

The Epic E1000 (widely cataloged across corporate flight departments, owner-pilot associations, and simulation hangars as the E1000, Epic LT, E1000 GX, and Aerobask Epic) represents the pinnacle of high-speed single-engine turboprop design. Born in Bend, Oregon, as the certified evolution of the experimental Epic LT kitplane, the E1000 was engineered to shatter the boundaries between turboprops and entry-level light jets. By wrapping a sculpted, all-carbon-fiber composite airframe around a muscular Pratt & Whitney Canada PT6A-67A engine flat-rated to 1,200 shaft horsepower, Epic produced a pressurized cross-country machine capable of climbing straight to Flight Level 340 and cruising at an astonishing 325 to 330 KTAS. Rebuilt natively for X-Plane 12 by Aerobask, this simulation captures the rocket-like performance and modern luxury of the American speed machine.

On the flight deck, Aerobask pairs its signature high-resolution cockpit modeling with an enhanced Garmin G1000 suite. The avionics feature custom engine indication system (EIS) pages tailored specifically to PT6 parameters, coupled GFC 700 autopilot modes with vertical navigation (VNAV) support, integrated synthetic vision, and an authentic EIS500 electronic standby attitude module. Aerobask also integrates smart quality-of-life additions, such as a clickable virtual alphanumeric keyboard and dialpad on the lower console for effortless waypoint entry, and fully detachable 2D pop-up windows. Cockpit systems go well beyond the visual surface: the electrical architecture features functional circuit breakers with user-configurable reliability, active surface de-icing boots on the wings and stabilizer, and an operable supplemental oxygen system for high-altitude emergency descents.

In the X-Plane 12 flight environment, the E1000 delivers a flight profile tuned by flight-model specialist X-Aerodynamics to match real-world factory prototype flight test numbers. The airframe climbs at an exhilarating 3,000 to 4,000 feet per minute at sea level, easily outpacing many twin turboprops and holding its own against personal jets like the Cirrus SF50. However, harnessing 1,200 shaft horsepower in a slippery composite airframe demands serious pilot discipline: high torque output on takeoff roll requires prompt right rudder compensation, while the clean aerodynamics and absence of dedicated wing airbrakes make descent planning critical. To slow down from 325 knots without shocking the engine or busting airspeed limits (Vmo/Mmo), pilots must plan descents far ahead of the terminal area. Evaluated under our directory classification rubric, the simulation earns a solid Procedural tier: its certified flight test dynamics, working circuit breakers, authentic PT6 FMOD soundscape, and polished glass avionics make it one of the premier executive turboprop cruisers in XP12.

Primary Missions & Operational Roles

• High-Altitude Transcontinental Executive Touring: Cruising at Flight Level 280 to Flight Level 340 at 325 KTAS, connecting business hubs over 1,300 to 1,600 nautical mile non-stop legs with light-jet speed and turboprop operating efficiency.

• High-Climb Mountain & Hot-and-High Operations: Taking off from high-elevation strips with the flat-rated 1,200 shp PT6A-67A engine, clearing terrain obstacles with initial climb rates exceeding 3,500 fpm.

• Single-Pilot Glass Deck IFR Navigations: Executing coupled RNAV/LPV, VOR, and precision ILS approaches down to CAT I minimums using the enhanced G1000 suite and GFC 700 autopilot.

• Clean-Airframe Energy & Descent Management: Practicing smooth descent profiles and idle descents from the flight levels, configuring landing gear (Vlo 180 KIAS) to act as an aerodynamic drag brake in terminal patterns.