Technology
Advantages and USPs of
« Helicopters are expensive and complex to operate,
with limited range and endurance.
Helicopters rely on sophisticated maintenance facilities and
certified professionals that are often unavailable in many regions,
particularly in remote or disaster-prone areas. »
combines advanced aeronautical technology with eco-friendly operations.
benefiting people
connecting remote communities
with reliable air services
Benefiting Equality
Boosting Opportunities for Peoplein Key Industries in Remote Areas
Benefiting Economy
Creating High-Value Jobs throughTechnological Advancement
Benefiting Environment
leading the world in sustainability with eco-friendly air services
Benefiting governance
supporting even remote communities and areas
Benefiting Security
Strengthening National Security
with Strategic Air Solutions
That’s why we created :
to overcome these challenges and provide helicopter-like services with our to over 5 billion people across more than 140 countries where helicopter services are lacking.
is designed for low emissions and low fuel consumption.
The propulsion system is compatible with Sustainable Aviation Fuel (SAF) and Jet A-1 and offer twin-engine safety and highest efficiency in the market.
For both military and civilian applications, the AC-V, a five-seater, twin-engine, rotary aircraft, is shaping the future of sustainable aviation beyond the operational restrictions of traditional helicopters.
versatile applications formilitary and civilian use
twin-engine design forsafety and regulatory compliance
delivers supportbeyond limitationsof traditional platforms
lightweight,
recyclable materialsin construction.
fuel-efficient, optimised design for reduced carbon footprint
safe, reliable operations (Category A, OEI) over cities, sea, and forests.
Value Proposition
simplicity
can operate RELIABLYin remote areas
capability
can fly further and longerand in most airspaces
versatility
can do logistics, MEDEVAC,surveillance, future warfare
modularity
can adapt to missionsand future requirements
interoperability
as force multiplier fornetwork centric warfare
mobility
made for rapiddeployment in FOBs
autonomy
no need forcommunication
or groundinfrastructure
affordability
in acquisition,maintenance,training andoperations
sustainability
near-zero CO2footprint through aresource-efficientintegrated system
Our primary goal was to develop an aircraft that functions with unwavering dependability in austere, forward-operating environments, while also possessing the performance to cover vast distances and persist over targets.
Engineered for immediate action from any forward position, featuring a design that can be quickly reconfigured to handle a wide range of emerging operational demands.
Designed to operate with complete self-sufficiency, free from any reliance on ground infrastructure or communication links, all while maintaining an exceptionally low total cost of ownership.
combines advanced aeronautical technology with eco-friendly operations.
is designed forlow emissions and low fuel consumption.
The propulsion system is compatible with Sustainable Aviation Fuel (SAF) and Jet A-1 and offer twin-engine safety and highest efficiency in the market.
lightweight,
recyclable materialsin construction.
fuel-efficient, optimised design for reduced carbon footprint
safe, reliable operations (Category A, OEI) over cities, sea, and forests.
Lightweight, sustainable materials in construction.
Fuel-efficient engines reducing carbon footprint.
Safe, reliable OEI-operations (One Engine Inoperative) for missions over cities, seas, and forests.
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