Drones

Advanced unmanned aerial vehicle with long-range capabilities, real-time surveillance, and precision targeting systems.

Products in Drones

VOLT HELIPLANE

The Drone Volt Heliplane is a series of professional VTOL (Vertical Take-Off and Landing) unmanned aerial vehicles (UAVs) that combine the vertical takeoff capability of a helicopter with the horizontal flight efficiency of a fixed-wing aircraft. Developed by the French company Drone Volt, this system is designed for long-range missions such as surveillance, infrastructure inspection, and mapping without the need for runways. Applications This drone is optimized for: Energy Inspection: Monitoring high-voltage lines, oil pipelines, and wind turbines. Security & Surveillance: Border monitoring, police support, and search and rescue (SAR) missions. Mapping & Photogrammetry: Land surveying and 3D modeling using Lidar sensors or RGB cameras with RTK accuracy.

Key Features

Automatic Transition: The transition from vertical flight mode (during takeoff) to horizontal mode (during cruising) is performed automatically by the control system.
Data Security: Supports optional AES 256 data encryption to maintain confidentiality of information during transmission. - Weather Resistance: The frame structure is made of fiber composite material.

VOLT HERCULES 20

The Drone Volt Hercules 20 is a professional heavy-lift drone from France, designed to carry payloads of up to 15 kg (33 lbs) with high stability. It is a multifunctional platform widely used in industrial sectors such as agriculture, construction, and security

Key Features

Payload Capacity: Up to 15 kg. Some of the latest variants are reportedly capable of carrying up to 25 kg for specialized missions.
Flight Time: Maximum of up to 40 minutes, depending on the weight of the payload carried.
Propulsion System: Equipped with 8 motors for power redundancy and extra safety.

VOLT LINEDRONE

Drone Volt LineDrone is a specialized industrial UAV designed to land and move directly along energized high-voltage power lines for precise inspection. Developed in partnership with Hydro-Québec, it allows for maintenance and diagnostic tasks without the need to de-energize the grid (off-line), significantly reducing operational costs and human risk.

Key Features

Active Line Landing: It features a motorized rolling system that allows it to "walk" along conductors at speeds up to 0.6 m/s after landing.
Electromagnetic Immunity: The system is designed to withstand voltages from 120 kV to 315 kV and currents up to 2,000 A. Future models under development aim to support up to 735 kV.
Safety & Efficiency: It reduces the risks for technicians who would otherwise have to climb towers and lowers the costs associated with using helicopters for inspections.

AOSSCI XC-15 UAV

The AOSSCI XC-15 is a light, electric vertical take-off and landing (VTOL) fixed-wing UAV designed for high-efficiency industrial and security missions. It combines the hovering flexibility of a multicopter with the range and endurance of a fixed-wing aircraft, featuring a redundant system design for increased safety.

Key Features

Redundant Architecture: Key systems use redundancy to ensure reliability, allowing for safe operation even if a component fails.
Ad-Hoc Networking: Supports a datalink that allows multiple XC-15 UAVs to operate simultaneously for collaborative missions.
360-Degree Imaging: Features a retractable electro-optical pod that provides an unobstructed 360-degree view while minimizing friction drag during flight.

AOSSCI XC-25 UAV

The AOSSCI XC-25 is a high-payload, long-endurance electric vertical take-off and landing (VTOL) fixed-wing UAV. It is an upgraded version of the XC-15, offering significantly increased range and carrying capacity for large-scale industrial and security operations.

Key Features

Redundant System Design: To ensure reliability in critical missions, the XC-25 features redundancy for all essential systems, including smart batteries, rudder, IMU, GNSS, and magnetic sensors.
AI Integration: Equipped with AI recognition systems capable of detecting movement and reading license plates.
Environmental Stability: Optimized for diverse environments, including high-altitude plateaus, deserts, oceans, and urban areas.

AOSSCI XC-60 UAV

The AOSSCI XC-60 is the "heavy-lift" flagship of the AOSSCI VTOL (Vertical Take-Off and Landing) fixed-wing series. It is significantly larger and more powerful than the XC-15 and XC-25, designed specifically for long-range logistics, large-scale maritime surveillance, and heavy sensor integration.

Key Features

Hybrid Power Options: While smaller models are often purely electric, the XC-60 is frequently configured with a gasoline-electric hybrid system to achieve its superior endurance and heavy payload capacity.
Maritime Ready: It is specially optimized for "ship-to-shore" or "ship-to-ship" operations, featuring advanced anti-salt spray protection and the ability to take off/land from moving vessels.
Large Modular Bay: The oversized payload bay can accommodate complex equipment like heavy-duty LiDAR, high-resolution SAR (Synthetic Aperture Radar), or even small cargo deliveries.

AOSSCI BLACK WARRIOR

The AOSSCI Black Warrior (also known as the XC-150) is the high-performance, tactical flagship of Sichuan AOSSCI Technology's VTOL fixed-wing lineup. It is a gasoline-electric hybrid UAV designed for long-range, heavy-duty missions that require significantly more endurance and power than the smaller all-electric XC-15 and XC-25 models.

Key Features

Hybrid Power System: It utilizes a gasoline engine for long-range cruising and electric motors for vertical take-off and landing (VTOL), eliminating the need for a runway.
Satellite Communication (SATCOM): Unlike smaller models, the XC-150 is equipped with satellite links, allowing for beyond-visual-line-of-sight (BVLOS) operations over vast distances.
All-Weather Performance: It is designed to operate in extreme conditions, including high altitudes, high winds, and temperatures as low as -16°C

BOYGA By STM

BOYGA is a world-class tactical Unmanned Aerial System (UAS) developed by STM (Savunma Teknolojileri Mühendislik ve Ticaret A.Ş.) of Türkiye. This drone redefines the concept of close-range precision air strikes by transforming conventional mortar ammunition into smart, air-dropped weaponry.

Key Features

Mortar Ammunition Dropper: Capable of carrying and dropping 81 mm caliber mortar ammunition (specifically the MOD-132 type) with high accuracy.
Ballistic Algorithm: Equipped with an advanced ballistic estimation algorithm that automatically calculates wind speed, altitude, and trajectory to ensure the ammunition hits the target precisely
"Man-in-the-Loop" Operation: Operators can mark and track targets in real-time through a visual interface before releasing the ammunition.

KARGUFPV Kamikaze Drone

KarguFPV Kamikaze Drone combines high manoeuvrability with effective day and night operation capability and a low radar cross-sectional area, facilitating precise strikes against fixed or moving targets. Equipped with an advanced military security fuze and an integrated day and night camera, the KarguFPV Drone is resistant to electronic warfare effects such as jamming and spoofing. The platform can be programmed to detonate automatically at an adjustable distance using its proximity sensor, or can be detonated manually. Its autonomous terminal diving capability, supported by computer vision, ensures accurate target marking and precise hits.

Key Features

High Maneuverability (FPV): First Person View control allows the operator to perform extreme maneuvers, such as flying through windows, doors, or narrow corridors.
Precision Strike: Capable of locking onto and hitting both fixed and moving targets with high accuracy, supported by Computer Vision.
Day & Night Operation: Equipped with an integrated dual-sensor camera (EO/IR) effective in all lighting conditions.
Low Observability: Features a Low Radar Cross-Section (RCS) and a quiet motor, making it difficult for enemy radar or personnel to detect.
Electronic Warfare Resistance: Built to be resilient against Jamming and Spoofing (GPS manipulation) through secure communication links.
Flexible Fuze System: Features a military-grade security fuze with options for automatic detonation via Proximity Sensor or manual detonation.
Autonomous Terminal Diving: Advanced capability to dive onto a target autonomously during the final attack phase to ensure a precise hit.

STM FIXED-WING VTOL UAV SYSTEM

The Fixed-Wing VTOL UAV System developed by STM is a versatile unmanned aerial vehicle that eliminates the need for a runway and, with its autonomous mission capability, can be used in both military and civilian operations. Standing out with its long endurance and high payload capacity, the system can autonomously perform missions such as reconnaissance, surveillance (ISR), payload delivery, surface mine detection, and carrying FPV drones. Thanks to its integrated EO/IR imaging systems, it can operate both day and night. It can be set up in a short time by a single operator and offers significant operational advantages in the field with its multi-munition carrying capability.

Key Features

Vertical Take-Off and Landing (VTOL): Combines the convenience of a helicopter (no runway needed) with the long-range efficiency of a fixed-wing aircraft.
Autonomous Mission Capability: Capable of performing reconnaissance, surveillance (ISR), and waypoint navigation automatically.
Long Endurance: Engineered for extended flight durations with a high payload capacity.
Day & Night Operation: Equipped with integrated EO/IR imaging systems for both thermal and high-resolution visual tracking.
Versatile Utility: Can be used for payload delivery, surface mine detection, and even carrying additional FPV drones.