AETHER-180

Tilt-Rotor FPV Tactical UAV

The AETHER-180 is a lightweight, compact, and fast tilt-rotor electric UAV designed for precision tactical missions where speed, flexibility, and portability are critical. Its VTOL capability, loitering function, and rapid deployment by a single operator make it a powerful and adaptable tool for modern battlefield requirements, ensuring immediate response and effective mission execution without reliance on infrastructure.

Main Features

Portability & Deployment

• VTOL capability for launch and recovery in any environment without runways.
• Compact and lightweight design, transportable and operable by a single operator.
• Rapid assembly and launch readiness within minutes for immediate mission response.

Mission Control & Flexibility

• Autonomous or manual navigation for versatile mission execution.
• Loitering capability allows the UAV to hover at altitude and maintain position for surveillance or targeting.
• High-speed manoeuvrability ensures fast mission cycles and adaptability to evolving tactical conditions.

Sensors & Targeting

• EO/IR targeting system provides real-time day/night detection, identification, and tracking.
• Precision targeting support for intelligence, reconnaissance, or tactical strike missions.
• Designed for real-time battlefield awareness with actionable intelligence delivery.

AETHER-250

Electric Tilt-Rotor VTOL UAV

The AETHER-250 is a fully electric tilt-rotor VTOL UAV designed for silent, eco-friendly operations, rapid deployment, and mission versatility. Its tilt-rotor system combines precise vertical lift with efficient fixed-wing flight, enabling long-range ISR missions across military, civilian, and humanitarian scenarios.

Main Features

Flexibility & Deployment

• VTOL Capability ensures operational readiness without the need for runways or prepared infrastructure.
• Tilt-Rotor Transition allows smooth changeover from vertical flight to fixed-wing mode, maximizing endurance, range, and mission speed.
• Compact Foldable Design makes the AETHER-250 easy to transport, assemble, and deploy, even in rugged or remote environments.

Power & Stealth

• Fully Electric Propulsion with LiPo Batteries provides silent, emission-free operation with a low thermal signature—ideal for discreet missions.
• Eco-Friendly & Efficient: Zero CO₂ emissions and minimal environmental footprint.
• Lightweight CFRP Composite Structure ensures durability, stress resistance, and optimized performance.

Sensors & Autonomous Operation

• Advanced EO/IR Payloads enable day/night monitoring with AI-powered automatic target detection, validation, and tracking.
• Modular Multi-Mission Payload Bay allows integration of cameras, sensors, or electro-optical systems tailored to mission requirements.
• Autonomous Flight Profiles: The AETHER-250 can execute fully automated missions with flexible programming and remote piloting.

AETHER-300

VTOL Fixed-Wing Long-Endurance UAV

The AETHER-300 is a Vertical Take-Off and Landing (VTOL) fixed-wing unmanned aerial vehicle (UAV) engineered for long-endurance missions, wide-area surveillance, and multi-role operations. Combining VTOL flexibility with fixed-wing efficiency, it ensures extended range, autonomous performance, and reliable deployment in areas with limited or no infrastructure.

Main Features

Flexible Deployment & Endurance

• VTOL Capability allows deployment without runways, making it fully operable in remote or infrastructure-limited areas.
• Fixed-Wing Design ensures long-range coverage and aerodynamic efficiency.
• High Endurance with over 8 hours of flight, enabling persistent surveillance and extended operational reach.

Power & Payload Capacity

• Equipped with a thermal propulsion pusher engine (11.5 hp) for reduced refueling and higher cruise speeds.
• Capable of carrying ISR sensors, EO/IR surveillance payloads, and mission-specific equipment.
• Lightweight CFRP structure ensures strength, durability, and efficient load capacity for extended operations.

Operational Readiness & Advanced Sensors

•Rapid deployment with quick assembly and easy transport.
•Rugged design optimized for harsh and demanding environments.
• Advanced EO/IR systems with AI-enabled real-time target detection, tracking, and intelligence gathering—ensuring mission-critical awareness day or night.

MLT-LMS-Z5

Loitering Munition System

The MLT-LMS-Z5 is an advanced reconnaissance and strike tactical UAV system designed for modern battlefield superiority. Capable of detecting, tracking, and engaging mobile or stationary targets, it integrates on-board AI-driven target detection, validation, and engagement with robust anti-jamming navigation systems.

Operating effectively in contested and GPS-denied environments, the system provides autonomous navigation, precision strike capability, and real-time intelligence transmission to command posts.

The MLT-LMS-Z5 system consists of:

• MLT-LMV-Z5 UCAV – a loitering munition drone designed for reconnaissance, surveillance, and strike missions.
• MLT-LST-Z5 Launcher Station – a portable catapult launch system with advanced mission planning and control software.

Main Features

UCAV (MLT-LMV-Z5) – Tactical Strike Drone

• V-tail electric fixed-wing UAV built from carbon fiber and hybrid composites.
• Equipped with autopilot, auxiliary computer, telemetry, video transmission, and warhead with safety mechanisms.
• EO/IR day/night payloads for reconnaissance and targeting.
• Loitering capability with real-time operator control or autonomous engagement.

Navigation & Survivability

• Triple-redundant navigation system: jam-resistant GPS, Visual Navigation System (VNS), and Inertial Navigation System (INS).
• AI-driven VNS uses satellite/aerial imagery for precise navigation in GPS-denied areas.
• Anti-jamming resilience with three-channel spoofing resistance.
• Designed for reliable operation in electronic warfare environments.

Launcher Station (MLT-LST-Z5)

• Pneumatic catapult launcher with integrated pressure tank, electrical, and electronic subsystems.
• Portable mission computer with software for preflight configuration, task scheduling, and launch execution.
• Compact, portable, and designed for rapid field deployment (<20 minutes combat readiness).