A NEW ERA OF REGIONAL AIR MOBILITY
A unique aircraft platform architecture forms the basis for many models to better connect regions, open new opportunities for aerial applications, and offer more efficient solutions to legacy operations.
"We are forward-edge developers of high-performance air vehicles for advanced and regional aerial mobility (AAM/RAM), providing complete development of energy-efficient and eco-friendly air vehicles up to certification and delivery of hi-tech products for several areas of operation."
TAKING OFF LIKE A HELICOPTER
FLYING LIKE AN AIRPLANE
VERTICAL TAKE-OFF & LANDING CAPABILITIY
A MULTI-MODEL PLATFORM
A breed of Hybrid-electric Vertical and Short Take-off and Landing (HeV/STOL) machines. It means that they can take-off and land vertically whenever needed or convenient, but also operate from very short airstrips with considerably higher payload. Their hybrid propulsion gives them higher performance in terms of longer endurance and range, and their airplane-like architecture allows for higher speed and climb characteristics, as well as superior maneuverability in safer flying conditions.
A fully carbon-fiber-structure air vehicle with four very comfortable seats for personal mobility, business travel & transport operations. Styled, eye-catching, powerful, agile, performing, smooth-rider “flying lemousine”.
A fully carbon-fiber-structured high-performance drone version which can be controlled remotely or operated autonomously. Range, speed and climb performance are well above average due to its design features and advanced automated hybrid-electric propulsion.
The ANN platform is suitable for a large variety of different applications: from personal mobility to supply missions, as well as for business and commercial aviation operations.