Sky Tech Protecting the Earth
Engineered for 24/7 autonomous aerial firefighting with up to 500kg payload capacity. Built on a modular, open architecture that seamlessly adapts to emergency response and defence operations.
Our Purpose
01
Protecting Society
Leveraging our aerospace expertise to safeguard communities, benefit society, and build a more resilient, safer world.
02
European Leadership
Driving a competitive, high-quality aerospace ecosystem that reinforces European industrial and technological sovereignty.
03
Rapid Deployment
Capturing critical operational needs by integrating mature technologies for swift, low-risk, and highly reliable deployment.
The Challenge
Modern crises have outpaced traditional aviation capabilities. Operating in extreme environments demands a paradigm shift in how we approach risk, time, and human safety.
Wildfires
Wildfires inflict catastrophic devastation—destroying homes and infrastructure, consuming thousands of hectares of protected ecosystems, and decimating local wildlife. Yet, during the most critical containment windows at night, manned firefighting aircraft are entirely grounded. Furthermore, flying into low-visibility smoke zones carries severe risk, making air accidents a leading cause of pilot fatalities.
Rapid Emergency Response
Climate-driven disasters demand immediate, heavy-lift aerial support. Existing helicopter fleets suffer from high operational costs, strict deployment delays, and limited availability during the critical "golden hour" of disaster relief and emergency supply delivery.
​Tactical & Defence Logistics
In high-threat, logistically constrained, or contested environments, deploying crewed aircraft for heavy cargo transport exposes personnel to critical risk. Operational units lack scalable, unmanned aerial systems capable of executing rapid, heavy-lift resupply missions without risking human lives.
The Challenge
Hybrid Propulsion System
Combines electric motors with internal combustion generation for extended operational range. Delivers high dynamic responsiveness engineered for extreme convective environments.
Aerospace-Grade Safety
Engineered to rigorous standards to eliminate onboard crew risk. Features critical system redundancies guaranteeing safe Return-To-Base (RTB) performance during major failures.
Advanced Avionics & Sensor Fusion
True Day & Night capability. Integrates classical algorithms with AI-driven multi-sensor suites for superior situational awareness in zero-visibility and heavy smoke conditions.
Multirole & Fleet Efficiency
A dual-use platform lowering lifecycle costs. High fleet availability is ensured via modular Line Replaceable Unit (LRU) avionics and real-time On-Board Health Monitoring.