UAVOS: Pioneering Unmanned Systems Technology
UAVOS specializes in advanced unmanned systems, delivering innovative products and solutions for security, surveillance, inspections, and cargo transport to clients globally.
Our offerings encompass multi-role UAVs, proprietary autopilot systems, sophisticated communication technologies, UAV components, and hands-on training programs. UAVOS is also engaged in stratospheric research and progress, having created the HiDRON stratospheric glider for meteorological missions and the HAPS ApusDuo autonomous aircraft, which is equipped for stratospheric operations.We excel in integrating complex payloads and converting manned aircraft into UAVs. Our facilities include several clean rooms equipped with environmental testing chambers and composite design and manufacturing capabilities.
Autonomous Control Systems (Autopilot Solutions)
Lightweight and Modular Autopilot Systems for Drones
The Autonomous Control System (AP) serves as the hardware and control abstraction layer for the host platform, facilitating fully autonomous operations.All flight functions,including take-off,landing,navigation,and mission execution,can be initiated with a single keystroke. Diagnostics, mission planning, and remote control are all achievable wirelessly.
A standout feature of the AP is its distributed architecture. each system component is equipped with a dedicated microcontroller that facilitates data exchange and communication over the CAN bus.This decentralized setup alleviates the load on the central processor by distributing routine management tasks across all components. furthermore, there are no limitations on the number of identical modules that can be connected to a single system, allowing for redundancy at all levels. The AP can accommodate nearly all payloads or ready-made third-party modules.
AP10.1 Automatic control System for UAVs with a maximum takeoff weight (MTOW) of 100-1500 kg, as well as lighter-than-air systems, unmanned ground vehicles (UGVs), and unmanned surface vehicles (USVs).
Explore configurations for Fixed Wing UAVs >
AP10.2 Mini Automatic Control System for UAVs with an MTOW of 15-100 kg.
Explore configurations for VTOL UAVs >
VTOL Helicopter UAVs
All our Vertical Take-Off and Landing (VTOL) UAVs come as complete unmanned aerial systems, including a Ground Control Station (GCS).
UVH-25EL Unmanned Helicopter
Industrial-grade VTOL UAV for surveillance and monitoring
The UVH-25EL is an industrial-grade electric helicopter equipped with rechargeable Li-Ion batteries and a payload capacity of 5 kg. It can be operated semi-autonomously via wireless control, providing full access to diagnostics and flight planning, or it can execute missions autonomously. This UAV is perfect for surveillance, monitoring, and environmental research applications, including meteorology and hydrology.
Learn more: UVH-25EL Unmanned Helicopter
UVH-170 Unmanned Helicopter
VTOL helicopter drone with a four-stroke gasoline engine
The UVH 170 is powered by a four-stroke gasoline engine and is designed for reliable operation in hot and humid conditions, featuring enhanced engine cooling.It supports fully autonomous or semi-automatic control, making it suitable for payload delivery, surveillance, monitoring, and environmental research.
Discover more: UVH-170 Unmanned helicopter
UVH-500 Unmanned Helicopter
Heavy-lift long-range helicopter UAV
the UVH-500 is a heavy-lift VTOL UAV capable of transporting up to 160 kg. It is indeed designed for operations in remote and challenging environments, boasting a range of 840 km and the ability to function in severe weather conditions, both day and night.
This versatile helicopter UAV can perform autonomous cargo delivery missions and can be outfitted with various payloads, including EO/IR gimbals, LiDAR scanners, hyperspectral sensors, and synthetic aperture radar (SAR).
Specifications:
| Dimensions (LxH) | 7050 x 2350 mm |
| Empty Weight | 340 kg |
| Max Payload (including fuel) | 160 kg |
| Max Cruising Speed | 160 km/h |
| Operational Range | 840 km |
| Operational Ceiling | 5000 m |
| Max Flight Time | 7 hrs (with 20 kg payload) 2 hrs (with 120 kg payload) |
Learn more: UVH-500 Unmanned Helicopter
Fixed-wing UAVs
All UAVOS fixed-wing UAVs are provided as complete unmanned aerial systems,including a Ground Control Station.
BOREY 20 Fixed-Wing UAV
Long-endurance fixed-wing drone
The BOREY 20 is a fixed-wing UAV powered by four 16Ah Li-Ion batteries, providing an endurance of four hours. Its minimal component count enhances reliability and allows for quick flight preparation.
With flexible mission planning and autonomous capabilities,the BOREY 20 is well-suited for various long-endurance UAV tasks,including mapping,search and rescue,and precision agriculture.
Learn more: BOREY 20 fixed-Wing UAV
Albatross Fixed-Wing UAV
Heavy-lift long-endurance fixed-wing drone
The Albatross is a robust long-endurance fixed-wing UAV designed for heavy-lift operations. Its reinforced structure and landing gear are engineered to withstand multiple daily missions and meaningful accelerations. Takeoff, landing, and flight are fully automated, initiated with a single button press.
The Albatross is ideal for extensive surveillance and monitoring tasks, and also deploying smaller target drones weighing up to 280 kg (617 lbs).
Learn more: Albatross Fixed-Wing UAV
Ground Control Stations (GCS)
PGCS.7 Portable UAV Ground Control Station
Versatile laptop docking station for real-time UAV management
The PGCS.7 is a rugged, compact solution designed for UAV operations in challenging environments.
Built for field use, this IP65-rated station ensures optimal performance, durability, and flexibility for mission-critical tasks.
The PGCS.7 features a robust docking station for a military-grade Getac X600 laptop. With various joysticks, buttons, and switches, it provides real-time control, telemetry monitoring, data management, mission planning, and more.
Learn more: PGCS.7 Portable Ground Control Station
PGCS.4 Portable Ground Control Station for UAS
Next-generation GCS for real-time UAV management
The PGCS.4 features a powerful Getac X600 PC, an external redundant power supply, and an enhanced customizable I/O hardware interface.
With an upgraded full-size keyboard, joysticks, buttons, and switches, the PGCS-4 enhances operator performance, usability, and operational security.
This advanced system allows for a fully configurable interface for virtually any platform and enables pilots to swiftly switch between multiple UAV models to transfer data using a single ground control station.
Learn more: PGCS.4 Portable Ground Control Station
Ground Control Unit (GCU)
Mobile Command Centre for Unmanned Aerial Systems
The Ground Control Unit (GCU) serves as a comprehensive mobile command center for unmanned systems, housed within a modified 20-foot container. It features two distinct PC-based workstations, each equipped with three monitors and a customizable control interface.Additionally, it includes omnidirectional antennas for telemetry, communication, and video data transmission.
Designed for extended operations of unmanned systems, the GCU is outfitted with a 15 kW generator, air conditioning, and essential kitchen and restroom facilities.
Discover more about the Ground Control Unit (GCU).
Components of Unmanned Aerial Vehicles (UAVs)
UAV Servo Drives
Precision Servo Drives for Drones and UAS
Our UAV servo drives are engineered for accurate and controlled movement of drone components and wing surfaces. They also facilitate the conversion of manned aircraft into uavs, integrating automatic piloting systems (APS). Continuous monitoring of current, voltage, board temperature, and absolute encoder position is standard.We provide servo drives tailored for three distinct UAV weight categories, each offering various shaft speeds, torque, and gear ratio configurations.
Learn more about our UAV Servo Drives.
Two-Bladed main Rotors
Advanced Two-Bladed Propellers for Drones
Our cutting-edge carbon main rotor blades are manufactured using the latest multi-layer carbon technology in a curing oven. These highly efficient blades feature an all-metal edging glued to the leading edge, ensuring full interchangeability and a lifespan of 2,600 hours.
Thanks to the industrial production methods, these rotor blades exhibit exceptional durability, improved aerodynamic performance, and enhanced resistance to wear in harsh weather conditions. They perform exceptionally well during extreme maneuvers.
Our rotor blades are compatible with unmanned helicopters weighing up to 50 kg and those with take-off masses of up to 140 kg.
Explore more about our Two-bladed Main Rotors.
UAV Payload Systems
Gyro-Stabilized Gimbals for UAVs
GSG 201 Two-Axis Gimbal for Day and Night Operations
The GSG 201 is a two-axis gyro-stabilized gimbal designed for high-quality imaging both day and night. It features a 30x optical zoom Full HD (1080/60p) camera, thermal LWIR 1024×768 cameras, a GPU (Graphics Processing Unit), and an optional 2500m laser rangefinder.This robust gimbal is IP65-rated for environmental protection and is suitable for various UAS missions, including surveillance and mapping.
Learn more about the GSG 201 two-axis gimbal.
GOS-155D/T Two-Axis Gimbal with High-Resolution Thermal Imaging
The GOS-155D/T is a gyro-stabilized two-axis EO/IR gimbal that integrates a 30x optical zoom RGB camera with a high-performance LWIR thermal imager, offering a resolution of 1280×1024. designed for optimal size, weight, and power (SWaP) efficiency, it also includes integrated video processing capabilities.
This advanced gimbal is IP65-rated and features a drying cartridge to eliminate moisture from the sensor chamber. Constructed from aircraft-grade aluminum with an automatic air pressure compensation valve, it is indeed perfect for mid-sized VTOL or fixed-wing UAS.
Discover more about the GOS-155D/T two-axis UAV gimbal.
Pan-Tilt Platforms
PTP-140 Pan-Tilt Platform (Turret)
The PTP-140 Turret is engineered for precise control of payloads such as cameras,thermal imagers,laser rangefinders,and directional antennas. It can be equipped with a GNSS module, making it ideal for mobile surveillance and tracking applications, including UGVs.
Learn more about our Pan-Tilt Platforms for Unmanned Vehicles.
Drone Parachute Systems
For UAVs Ranging from 5kg to 1000kg
Our drone parachute systems are specifically designed for UAV recovery and serve as a safety mechanism in the event of catastrophic failure, ensuring a safe and low-impact landing for both drones and their payloads.
UAVOS parachutes feature an automatic cord-cutter system that deploys the parachute upon landing, reducing the risk of damage from high winds.
These systems are engineered for deployment speeds ranging from 20 km/h to 220 km/h, with extension capabilities.
Learn more about our Drone Parachute Systems.
Advanced Composites Curing Oven
The Oven-700-2000 is engineered for the curing, annealing, drying, and hardening of synthetic and composite materials. This oven from UAVOS accommodates a diverse array of materials with intricate shapes and sizes, ensuring rapid heating, brief cycle durations, exceptional temperature consistency, and optimal curing results.
constructed to meet the highest industry standards, the Oven-700-2000 series features fully equipped, professional-grade curing ovens. This series includes a robust stainless steel interior, precise temperature control, rapid response capabilities, and the ability to maintain continuous operation at 200°C.
The oven’s panels are made with thermally insulated steel exteriors and a high-performance ceramic fiber core, ensuring excellent thermal efficiency.Additionally, it incorporates UAVOS’ latest touchscreen control interface, designed for intuitive and accurate operation in industrial settings.
Tailored specifically for composite processing,this oven is perfect for curing and post-curing laminates,prepregs,thermoplastics,castings,and molds.
Discover more: Advanced Composites Curing Oven
Tailored Composite Components for UAS
Our state-of-the-art manufacturing facility enables us to create a diverse range of composite parts and structural elements for UAS sub-assemblies. Utilizing cutting-edge technologies such as composite curing ovens, RTM (Resin transfer Molding), and autoclaves, we enhance cost efficiency while minimizing waste and energy usage.
We offer a variety of custom components to meet specific needs,including:
- Fuselage sections
- Wing assemblies
- Flight control surfaces and other movable elements
- Aircraft skin panels
Experience a virtual tour of our advanced production facilities below:
465 N Whisman Road, Suite 600, Mountain View, 94043 California, USA
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