Air
Uncrewed air systems for ISR, protection, and mission support.
The ECADSOL air portfolio spans large persistent UAS systems, VTOL systems, compact autonomous aircraft, counter-UAS interceptors and one-way 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
BSUAVe III - VIGIL
Rapidly Deployable Composite ISR Unmanned Aircraft
A next-generation blended-wing-body unmanned aircraft programme,
engineered for intelligence, surveillance and reconnaissance (ISR).
Building on a previously manufactured and flight-tested composite
prototype, the platform is being developed for efficient, repeatable
manufacturing, rapid field deployment and modular mission integration.
Combining an aerodynamically optimised airframe with a focus on reliability,
maintainability and operational flexibility, BSUAVe III is intended to deliver
an adaptable aerial surveillance capability for border security, maritime
operations and critical-infrastructure monitoring.
MAMBA-1WE - KRAIT
Attritable one-way effector
A next-generation, attritable one-way aerial effector, designed for
rapid-response precision missions in contested and degraded environments.
Combining autonomous mission capabilities, modular architecture and scalable
manufacturing, MAMBA is intended to deliver cost-effective mission effects
with operational flexibility and industrial readiness.
FALCON-IX - TALON
Counter-UAS interceptor
FALCON-IX is a next-generation, high-speed autonomous counter-UAS
interceptor, designed to protect critical infrastructure, military installations
and strategic assets against hostile unmanned aerial threats. Combining an
aerodynamic quad-rotor architecture, intelligent tracking and human-supervised
autonomy, FALCON is being developed to deliver rapid-response aerial defence
within an integrated, layered counter-UAS ecosystem.
KÔRÔ-1 - SPECTRE
BLENDED WING BODY MALE ISTAR UAS
KÔRÔ-1 reflects the platform intended long-endurance surveillance,
intelligence gathering and persistent airborne observation capabilities.
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-VTOL
VTOL UAS
KALAO-VTOL is a next-generation tactical VTOL unmanned aircraft, designed
for extended-endurance Intelligence, Surveillance and Reconnaissance (ISR),
convoy overwatch, communications relay and remote operations. Featuring a
blended-wing-body configuration, modular mission payloads and autonomous
flight capabilities, KALAO-VTOL is being developed to deliver high operational
flexibility, enhanced mission endurance and runway-independent deployment
across defence, security and civilian environments.
BARIKA-1 - SENTINAL
AUTONOMOUS QUADCOPTER UAS
BARIKA-1 is next-generation autonomous armed quadcopter UAS, designed
for tactical intelligence, surveillance, reconnaissance and force protection.
Combining modular mission capabilities, advanced situational awareness and
human-supervised autonomy, BARIKA-1 is conceived to support defence
operations in complex environments.
NYAME-X - VANGUARD
Hybrid VTOL-enabled high-speed autonomous air-system
A next-generation autonomous combat air system, combining high-speed
fixed-wing performance with hybrid vertical take-off and landing capabilities.
Designed for manned–unmanned teaming (MUM-T), NYAME-X is intended to
operate as an autonomous wingman alongside crewed fighter jets, extending
mission reach, situational awareness and operational flexibility through
AI-assisted human–machine collaboration.
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. Our AI-embedded software, Osiris and Nexus, provide the digital architecture direction for autonomy and multi-domain integration.