Drones and robotics systems we design and develop.
DEPLOYEDAERIAL SYSTEMS
UAV Systems
Unmanned aerial platforms for surveillance, reconnaissance, and payload delivery. Built for range, endurance, and mission flexibility.
RANGE500+ km
ENDURANCE8.7 hrs
PAYLOADEO/IR/SAR
ENCRYPTIONAES-256
DEPLOYMENT STATUS — 100%
Long-range autonomous UAV platforms for extended operations in denied and contested environments. Full sensor fusion, multi-channel encrypted telemetry, and autonomous mission planning with real-time replanning capability.
GPS-denied navigation via inertial + optical flow fusion
Redundant triple-failsafe systems with auto-recovery
Live SIGINT-compatible encrypted data links
Field-swappable payload bays (EO / IR / SAR)
DEPLOYEDGROUND SYSTEMS
Ground Robotics
Autonomous and teleoperated ground vehicles for inspection, logistics, and operations in confined or hazardous environments.
NAVIGATIONAUTONOMOUS
TERRAINALL-TERRAIN
SENSORSLIDAR + SLAM
UPTIME99.8%
DEPLOYMENT STATUS — 85%
Modular ground robotic platforms designed for inspection, logistics, and autonomous operations in hazardous or confined spaces. Operates independently in GPS-contested environments using onboard SLAM.
Full SLAM-based autonomous navigation with obstacle avoidance
Modular actuator and sensor payload systems
12+ hour operational endurance on standard cells
Real-time telemetry with <12ms command latency
IN DEVELOPMENTMARITIME SYSTEMS
Maritime Systems
Surface and sub-surface robotic systems for maritime surveillance, inspection, and research applications.
DEPTH300m rated
PROPULSIONMULTI-THRUSTER
COMMSACOUSTIC + RF
ENDURANCE24 hrs
DEPLOYMENT STATUS — 60%
Surface and sub-surface unmanned maritime systems for surveillance, infrastructure inspection, and research in contested or hazardous maritime environments.
Acoustic underwater positioning and communication
Integrated sonar and optical imaging payload
Autonomous surface-to-sub transition capability
Anti-corrosion rated hull for salt-water operations
CLASSIFIEDR&D DIVISION
R&D & Custom Solutions
Bespoke development and research programmes tailored to specific operational or technical requirements.
AI CORE47 TFLOPS
SWARMUP TO 64 UNITS
LATENCY12ms
ACCESSNDA REQUIRED
DEPLOYMENT STATUS — ONGOING
Bespoke development programmes for clients with specific operational or technical requirements. All R&D engagements are subject to NDA. Details available upon verified request.
Our UAV platforms use a multi-channel encrypted communication architecture combining FHSS radio links (AES-256), satellite uplink for beyond-line-of-sight operations, and SIGINT-compatible data links. All channels operate independently with automatic failover. Ground control stations support both dedicated RF hardware and standard GCS software.
Yes. All Elos platforms are engineered for GPS-denied navigation as a standard capability. UAVs use inertial navigation (INS) fused with optical flow and terrain-referenced navigation. Ground robotics use SLAM-based positioning with LIDAR and visual odometry. Maritime systems use acoustic positioning and sonar-based SLAM.
The UAV platform features a modular payload bay with a maximum capacity of 8kg. Field-swappable payload configurations include EO/IR camera turrets, synthetic aperture radar (SAR), SIGINT collection packages, and custom sensor suites. Custom payload integration is available as part of our R&D programme.
Elos systems expose standard integration APIs (REST/MAVLink) and support NATO STANAG 4586 compliant C2 interfaces. We provide SDK access for custom integrations and can develop bespoke C2 modules as part of a tailored engagement. All data exchanges use encrypted channels with full audit logging.
Our systems are developed in compliance with MIL-STD-810H (environmental resilience), MIL-STD-461 (electromagnetic compatibility), and NATO STANAG 4586 (UAV interoperability). All communications implement AES-256 encryption. Operational deployments are subject to applicable national and international regulations. Compliance documentation available under NDA.