Air
Uncrewed air systems for ISR, protection, and mission support.
The ECADSOL air portfolio spans large persistent UAS concepts, VTOL systems, compact autonomous aircraft, counter-UAS interceptors and attritable effectors. The portfolio is intentionally diverse because no single air vehicle is optimal across long-endurance sensing, confined-site access, rapid response and effect delivery.
Design Concepts
In Development
KÔRÔ-1
Large MALE ISTAR-oriented UAS
Persistent ISR, communications relay and modular mission-kit design intent.
It is conceived for sustained operation in demanding sovereign operating
environments, including austere and infrastructure-constrained settings,
with supportability and controlled configuration central to the concept.
KALAO-V
VTOL UAS
Runway-independent air-system concept intended for ISR, convoy
or area overwatch, offshore and infrastructure observation, and
communications-relay payloads where operationally authorised.
BARIKA-1
AUTONOMOUS QUADCOPTER UAS
Compact modular platform concept intended for close-range
sensing, urban or complex-terrain observation, payload carriage
and operator-supervisedautonomous behaviours.
NYAME-X
Hybrid VTOL-enabled high-speed autonomous air-system
A design concept intended to combine vertical access when required with
fixed-wing mission performance when preferred. The architecture is aimed
at flexible basing and multi-role integration.
MAMBA-1WE
Attritable one-way effector
A modular mission-effect concept family intended for distributed
employment and variant-based payload or mission roles. Any specific
effect, range or target-set data remains subject to design maturity,
legal review and release control.
FALCON-IX
Counter-UAS interceptor
A high-speed interceptor concept family intended to contribute to layered
counter-UAS systems. Public copy does not state unverified engagement
performance or fielded status. FALCON is currently positioned as a priority
near-term demonstrator concept; any public maturity change should follow
programme evidence and release approval.
Air system integration.
Air platforms are developed as complete systems that include ground control, payloads, communications, data links, mission software, support equipment, training, maintenance data and configuration. Osiris and Nexus provide the digital architecture direction for autonomy and multi-domain integration.