© 2026 Epic Aircraft, LLC. All Rights Reserved.
The Epic E1000 AX is among the highest-performing single-engine turboprops available today. With a maximum cruise speed of 333 KTAS, a range of up to 1,560 nautical miles, and a maximum operating altitude of 34,000 feet, it delivers a compelling combination of speed, efficiency, and capability. Compared to aircraft such as the Pilatus PC-12 NGX and Daher TBM 960, the E1000 AX is designed to offer exceptional cruise performance while maintaining impressive range and payload capacity.
The E1000 AX delivers a best rate of climb of 4,000 feet per minute, allowing pilots to reach cruising altitude quickly and efficiently. Strong climb performance can help reduce time spent in weather and maximize operational flexibility.
The E1000 AX is powered by the Pratt & Whitney PT6A-67A engine producing 1,200 shaft horsepower, providing strong performance across a wide range of operating environments. Combined with its lightweight carbon fiber composite airframe and impressive climb capability, the aircraft is designed to perform confidently at airports where high temperatures and elevation present performance challenges.
Wing design plays a major role in an aircraft’s speed, efficiency, stability, and handling characteristics. A well-designed wing helps reduce drag, improve lift, and maximize fuel efficiency throughout the flight envelope. In a high-performance turboprop, aerodynamic efficiency contributes directly to cruise speed, climb performance, and overall operating economics.
The E1000 AX is designed to provide one of the largest and most comfortable cabin experiences in the single-engine turboprop category. With six seats, generous legroom, and a spacious cabin measuring approximately 184 cubic feet, the aircraft is built for both pilot comfort and passenger enjoyment on longer flights. The cabin is designed to accommodate passengers up to 6’8″ tall, ensuring that any traveler can fly in comfort, a meaningful differentiator in this class.
The E1000 AX’s all-carbon-fiber airframe is a meaningful advantage here. Carbon fiber’s natural acoustic properties help dampen vibration and engine noise more effectively than traditional metal construction, resulting in a noticeably quieter cabin. Combined with the pressurized cabin’s sophisticated sound and climate-control technologies, the E1000 AX delivers a refined, quieter in-flight experience that stands apart from many competitors in the single-engine turboprop category.
A pressurized cabin helps passengers remain more comfortable during high-altitude flight by reducing the physiological effects associated with thinner air, so pilots arrive sharp, and passengers arrive refreshed. Combined with the aircraft’s sophisticated sound and climate-control systems, the pressurized environment contributes directly to the quieter, more comfortable experience the E1000 AX is known for in its class.
The E1000 AX features a pressurized cabin that allows the aircraft to cruise efficiently at altitudes up to 34,000 feet — above most weather and congested airspace — while keeping occupants comfortable throughout the flight.
The E1000 AX is configured to seat up to six occupants and is designed to maximize both comfort and utility. The spacious cabin accommodates a wide range of mission profiles, from business travel to personal transportation and family trips.
The E1000 AX is built entirely from carbon fiber composite, and that choice is foundational to everything the aircraft delivers. Composite materials allow Epic’s engineers to create smoother, more aerodynamically optimized airframe shapes that would be difficult or impossible to achieve with traditional metal construction. The result is an aircraft that is lighter, stronger, and more efficient, contributing directly to the E1000 AX’s 333 KTAS cruise speed, 1,560 NM range, and 2,956 lb useful load. For owners and operators, that means better performance and lower long-term operating costs compared to aluminum alternatives in the class.
Unlike aluminum, the E1000 AX’s carbon fiber airframe is not susceptible to corrosion. This is a significant advantage for aircraft operating across diverse climates and environments. Composite construction also maintains its shape and structural integrity over time, and because the all-carbon fiber design requires significantly fewer parts than traditional metal aircraft, the E1000 AX benefits from a more streamlined maintenance profile and lower long-term upkeep costs. Epic’s composite airframe is certified in the utility category, meeting structural strength requirements that exceed those of conventional metal aircraft.
Carbon fiber’s exceptional strength-to-weight ratio is one of the primary reasons the E1000 AX leads its class in performance. By keeping the airframe light without compromising structural integrity, Epic’s engineers were able to maximize speed, climb rate, and payload capacity simultaneously. The E1000 AX achieves a 4,000 FPM rate of climb, 333 KTAS cruise speed, and carries up to 1,177 lbs on a full fuel load — figures that would be difficult to reach in a heavier metal airframe. Carbon fiber also delivers improved aerodynamics, better fatigue life, and excellent acoustic properties, which contribute to the aircraft’s refined, quieter cabin environment.
Yes. The E1000 AX is equipped with Garmin® Autoland, which can automatically fly and land the aircraft in an emergency when activated. This technology adds an additional layer of safety and peace of mind for both pilots and passengers. Garmin® Autoland is available upon final FAA certification.
The E1000 AX’s Garmin® Autoland is designed to assist in situations where the pilot is unable to continue operating the aircraft. The system can automatically navigate to a suitable airport, communicate with air traffic control, and perform a landing sequence. This capability provides an added safeguard for passengers and supports overall operational safety.
Garmin® Autothrottle automatically manages engine power settings throughout various phases of flight. By helping maintain target speeds and reducing manual power adjustments, the system can lower pilot workload and allow pilots to focus more attention on situational awareness and flight management.
Yes. The E1000 AX features the Garmin® G1000 NXi® Integrated Flight Deck, paired with the Garmin® GFC 700 Automated Flight Control System. Together, these advanced avionics provide pilots with intuitive access to flight information, navigation, weather, automation, and safety-enhancing technologies.