PRESS RELEASES
UAVOS and Mira Aerospace have completed a flight test of the NAVAI system, a vision-based navigation module designed to provide uninterrupted positioning for unmanned aircraft systems (UAS). Integrated into the ApusNeo18 high-altitude pseudo-satellite (HAPS), NAVAI maintained precise navigation under GNSS-denied conditions at an altitude of 16,000 meters (approximately 52,500 feet).
UAVOS has successfully tested NAVAI, a vision-based navigation module for unmanned aircraft systems designed to improve flight resilience when GNSS signals are degraded or temporarily unavailable. NAVAI uses neural networks to match real-time camera imagery with pre-loaded terrain maps, helping unmanned aircraft estimate their position by matching real-time camera imagery with pre-loaded terrain maps when satellite navigation cannot be relied upon.
UAVOS Inc., a developer and manufacturer of advanced unmanned systems and components, today announced it is supplying high-performance rotor blades to U.S. aerospace startups participating in the DARPA Heavy Lift Challenge. The competition calls on developers to design and build an unmanned helicopter capable of carrying four times its own weight, a breakthrough capability with no precedent in operational rotorcraft. In this effort, UAVOS is supporting participating startups as a technology and supply partner, providing rotor blades engineered to meet the demanding performance standards required for advanced heavy-lift unmanned rotorcraft.
UAVOS announces the successful implementation of an advanced manufacturing technology for its composite rotor blades: core sintering without additional mechanical processing. This technology enables the internal structure of a composite rotor blade to be formed with high precision directly during manufacturing. As a result, it improves geometric stability, enhances structural reliability, and reduces production costs.
UAVOS, a company operating in unmanned aerial systems and stratospheric technologies, announces the successful production of another batch of high-performance composite rotor blades for unmanned helicopters. Critical to this production process is the UAVOS OVEN-500-2000 Composite Curing Oven – equipment designed, manufactured, and quality-assured entirely in-house by UAVOS. The rotor blades produced by UAVOS have already proven their durability and safety in the UAV industry, offering a service life of up to 3,000 hours.
UAVOS has announced the successful completion and internal performance validation of its latest composite curing oven, designed to meet the demanding requirements of aerospace manufacturing. The delivered system is a top-loaded composite curing oven engineered for high precision thermal processing of advanced composite structures. Final acceptance testing confirmed stable operation and excellent thermal performance.
UAVOS announces the successful flight testing of its optoelectronic, gyro stabilized Payload Onboard Device (POD) integrated into the HAPS ApusNeo 18, a solar powered high altitude pseudo satellite developed as part of joint project with Mira Aerospace. Using steerable high-resolution cameras, the system demonstrated coverage of 472 km of electro optical imagery with a ground sampling distance of 69 cm per pixel, as well as infrared imagery at 480 cm per pixel, from an altitude of 15,000 m. The camera’s footprint covered 53.9 km², while its steerability allowed access to any point within a 54,5 x 12,3 km area at any time. Designed specifically for stratospheric operations, the POD significantly enhances the intelligence, surveillance and reconnaissance capabilities of HAPS platforms.
UAVOS Inc. and VEDA Aeronautics (P) Ltd. have entered into a strategic agreement to collaborate on the manufacturing of composite structures for unmanned aircraft in India, supported by UAVOS’s full engineering service capabilities. Under the agreement, UAVOS will transfer technology and provide technical assistance to VEDA Aeronautics in the production and assembly of aerostructures for unmanned systems. This collaboration enhances India’s existing infrastructure for current unmanned systems programs and aligns with the Indian Government’s “Make in India” initiative.
UAVOS has announced the successful completion of a test flight of Mira Aerospace’s High-Altitude Pseudo-Satellite (HAPS) ApusNeo 18, with UAVOS providing full engineering and technical support. One of the key objectives of the flight was to evaluate the jointly developed optoelectronic, gyro-stabilized aircraft POD (Payload Onboard Device) by obtaining imagery from altitudes ranging between 3,000 and 12,000 meters. During the mission, the POD captured high-resolution imagery with precise geolocation data from an altitude of 12,000 meters, achieving a Ground Sample Distance (GSD) of up to two meters. The test took place in Abu Dhabi, UAE, and lasted continuously for 48 hours.
UAVOS has successfully completed a series of group flight tests using its fixed-wing Borey Unmanned Aerial Systems (UAS), showcasing the company’s advanced swarm-control autopilot module. The tests demonstrated advanced multi UAS coordination capabilities, achieving high levels of synchronization and stability with position accuracy within 10 meters.
UAVOS has announced outstanding performance results for its advanced S1 V300 Medium Altitude Long Endurance (MALE) Unmanned Aircraft System (UAS). During a recent test flight, the 1,000 kg S1 V300 achieved 16 hours of continuous operation at a cruising speed of 130 km/h, consuming only 10 liters of fuel per hour, and covering a total distance of 2,400 kilometers.
UAVOS Inc. has successfully completed a comprehensive conformity assessment of its composite curing oven, conducted by the Technical Testing Institute TSÚ Piešťany in Slovakia. Following the evaluation, the oven has been awarded a Conformity Certificate confirming its compliance with stringent international safety and quality standards.
UAVOS has been selected by Avincis, a leading European company specializing in aerial emergency services and critical operations, to supply composite main rotor blades for its LUMES unmanned helicopter platform. This collaboration reinforces UAVOS’s position as a trusted OEM supplier of advanced rotorcraft components to international unmanned platform operators.
UAVOS would like to extend its sincere appreciation to the ALTER Technology TÜV NORD S.A.U team for their highly professional work in conducting both overload and environmental testing of the helicopter rotor blades developed for our rotorcraft platforms. Successfully completing these tests will enhance confidence among potential partners and clients, further solidifying UAVOS’s reputation as a dependable OEM with a robust engineering culture.
UAVOS, a developer of unmanned aerial technologies and software solutions, tested its new AI-powered software platform designed to automatically analyze, interpret, and manage large volumes of drone inspection data. The AI Report Generator solution addresses a critical industry need to convert massive drone-collected imagery into fast, actionable intelligence – without manual review. UAVOS’ new software solution has been leveraged in the projects and reduced inspection-to-report turnaround time by over 70%.
UAVOS, a developer of unmanned aerial technologies and software solutions, tested its new AI-powered software platform designed to automatically analyze, interpret, and manage large volumes of drone inspection data. The AI Report Generator solution addresses a critical industry need to convert massive drone-collected imagery into fast, actionable intelligence – without manual review. UAVOS’ new software solution has been leveraged in the projects and reduced inspection-to-report turnaround time by over 70%.
UAVOS has announced the availability of its next-generation Unmanned Ground Control Systems PGCS-4. The new PGCS-4 improves on the company’s previous generation, time-tested PGCS models, taking years of feedback from the clients and prospects to make a highly reliable ground control station for unmanned operations. The PGCS-4 features an advanced interface enabling operators to execute complex missions with enhanced situational awareness and safety.
The advanced landing gear spring incorporates high-strength composite material and precision engineering, offering superior shock absorption, reduced weight, and increased longevity compared to traditional steel components. The new design aims to enhance aircraft stability during landing and taxiing while reducing operators’ maintenance costs.
UAVOS is pleased to announce the development of the Controller Software for its Composite Curing Ovens. The new controller software provides the pre-programmed mode with 19 user-modifiable programs,a standard mode, and a user-intuitive interface controller. This controlling software is important in optimizing the curing technology and controlling accurate and efficient processes. The precise temperature control, low running costs and practical workshop make an incredibly useful piece of equipment in any composite facility.
UAVOS has announced the availability of its next-generation Portable Ground Control Systems PGCS-7. UAVOS’ new PGCS-7 improves on the company’s previous generation by taking years of feedback from clients and prospects to make a highly reliable GCS for unmanned operations. The PGCS-7 has a new generation powerful Getac X600 PC, an external redundant power supply, and an improved customizable I/O hardware interface.
UAVOS is excited to introduce the newest addition to its servos line – the SDLM-04B Linear Servo Actuator. The SDLM-04B is engineered for applications that demand high forces and long-term reliability. With its robust construction and powerful side-by-side motor and gearbox design, this actuator sets a new standard for performance and versatility, making it an excellent choice for multiple industries including unmanned aircraft.
UAVOS Inc., a joint venture with Bayanat, provided support to Mira Aerospace in a successful series of High Altitude Platform Station (HAPS) flights in the UAE. The UAVOS engineers provided software development and sustainment of an advanced Earth Observation payload on the Mira Aerospace HAPS. The mission objective was to test a variety of surveillance scenarios where an OE camera system demonstrated a major achievement for day imaging from the stratospheric altitude of 15000 m.
UAVOS developed a new version of a cost-effective composite rotor blade for helicopter installation with up to 140 kg take-off mass, lower maintenance costs, and higher performance than its previous blades. UAVOS’ retrofit rotor blade includes a glued stainless steel edging into the leading edge, high twist distributions, and modern airfoil to improve the performance of UAVs dramatically. A steel leading edge provides better protection blades operating in sand, rain, saltwater atmospheres, and harsh environments.
UAVOS partnered with its client to test UAVOS’ autopilot system using computer vision. UAVOS’ Engineering Service supported this testing with its advanced avionics system integrated into its unmanned helicopter. The use of computer vision in drone navigation systems is an advanced approach that aims to set up new standards for autonomous drone navigation and safety.
UAVOS has launched the Gimbal 155, a new gimbaled camera purpose-built for the UAS Survey Mission program. The GOS-155 was designed to meet the UAV requirements for surveillance and rescue missions. Its optimized SWaP profile, advanced day and night ISR imaging, and embedded video processor makes it ideal for any mid-sized UAS — VTOL or winged. With its low weight of 1,8 kg, and just 155 mm in size, UAS platforms can increase their endurance without sacrificing optical performance.
UAVOS is pleased to announce that it has successfully demonstrated multiple applications for health-care related drone delivery services. Deliveries have been conducted using the UVH 170 unmanned helicopter with a 10 kg external payload. The demonstration served as an important starting point to illustrate the feasibility and impact of BVLOS medical drone deliveries. These enhance speed, connectivity, and safety in the delivery of supplies to remote and hard-to-reach areas. UAVOS has also successfully demonstrated the ability to transport temperature-controlled medical supplies tests.
UAVOS has extended its string of successes in developing a two-blade rotor for installation on helicopters with up to 140 kg take-off mass and rotor blade diameter of 3200 mm. Designed especially for their heavy-lift helicopter program, the all-composite blades are keen to help meet the requirement to extend aircraft performance at high elevations and temperatures, increase fuel efficiency, and reduce maintenance costs.
UAVOS Inc., a developer and manufacturer of advanced solutions based on advanced unmanned systems, has modified its autopilot hardware, developing its new R4 version. The upgraded hardware autopilot features next-generation sensors and is the result of many improvements. The high-performance R4 hardware enhances the autopilot system providing a high level of reliability as well as flight control required for unmanned aircraft with a smaller unit size, less weight and power consumption.
UAVOS has extended its string of successes in developing a two-blade rotor for installation on helicopters with up to 140 kg take-off mass and rotor blade diameter of 3200 mm. Designed especially for their heavy-lift helicopter program, the all-composite blades are keen to help meet the requirement to extend aircraft performance at high elevations and temperatures, increase fuel efficiency, and reduce maintenance costs.
UAVOS Inc, a developer and manufacturer of advanced unmanned systems, has highlighted its most significant advances in developing, producing and modernizing unmanned systems in an annual review. The company’s key programs include Medium Altitude Long Endurance (MALE) UAV development, its new AI Software for an advanced multi-object gathering and processing data, and its on-going developments in drone-based services.
UAVOS has launched a next-generation AP.11 autopilot system featuring advanced sensors, powerful processing upgrades and a new Total Energy Control controller (TECS) for maintaining speed and altitude of unmanned aerial vehicles (UAV). UAVOS’ flight control system is a leap forward, providing a feature rich software:
Next-generation solution increases longevity, ease of support and integration capabilities.
Offers hardware-independent software for open architecture implementations.
Its avionics and flight control systems are built upon previous generation track records with over 1 million flight hours across multiple customers.
UAVOS has successfully completed the installation and site acceptance testing of their servo drives for Medium Altitude Long Endurance (MALE) aircraft flight control. As part of heavy – lift unmanned aircraft development, 15 pieces of both Rotary Actuators & Linear Actuators types have been installed into the aircraft flight control system. With UAVOS’ actuators, MALE UAS operators can rely on actuation capabilities that meet the highest safety and reliability requirements. The advanced actuators greatly extend the MALE unmanned aircraft reliability and safe steering while further increasing their operational flexibility.
UAVOS successfully deployed the drones in aerial photography and multilevel magnetic prospecting surveys to collect data for pipeline construction, having successfully deployed its advanced technology for the company in Northern Europe. Automated scanning and area surveying has been carried out by the UAVOS’ Borey unmanned aircraft and the UVH-170 gasoline powered unmanned helicopter.
UAVOS has launched a new composite manufacturing facility to produce composite parts for structural unmanned aircraft sub-assemblies. The facility is able to produce composite structural components and assemblies, including fuselage and wing parts, skin panels, and moveable surfaces. Capable of having proven industrialized capabilities in composite production, the new processing line substantially improves the process and cost efficiency with reduced waste and energy consumption to produce advanced composite parts.
Take a quick tour here: https://bit.ly/3KSin7j
UAVOS has launched the GSG 201 – an artificial Intelligence drone gimbal, the company’s latest camera innovation that combines its new proprietary software with AI and its core imaging technology. It will be able to conduct wide-area search, surveillance, and identification specific to autonomous surveillance missions. The GSG 201 is an EO/IR configuration with a 30x optical zoom visible camera and laser rangefinder.
To learn more check out this video: https://bit.ly/3KpCqK3
“By delivering automated object detection, identification, and tracking capabilities in a single payload, the GSG 201 reduces a customer’s payload cost, payload weight and need for a complex aircraft. In addition, the GSG 201‘s fully integrated AI system dramatically increases efficiency and accuracy for customers – ultimately improving mission success”, comments Aliaksei Stratsilatau, Co-Founder and CEO of UAVOS.
True to UAVOS’ product line, the GSG 201 is designed with low weight, superior imaging, and best-in-class geolocation capability. Gimbal features include embedded video processing with electronic stabilization and object tracking, integration with external GPS/INS with real-time target location at multiple ranges across a variety of environments, and day/night operations through visible and thermal cameras.
Mira Aerospace, a joint venture of UAVOS, a developer and manufacturer of advanced unmanned systems, and Bayanat, a part of the Abu Dhabi-based G42, announced a successful test flight of the ApusDuo solar-powered high-altitude pseudo satellite (HAPS). The flight took place on June 8, 2023 at the Huye aerodrome, the Republic of Rwanda. With all basic aircraft tests for the ApusDuo HAPS now complete, Mira Aerospace will proceed with preparations for stratospheric test flights.
UAVOS successfully deployed the drones in aerial photography and multilevel magnetic prospecting surveys to collect data for pipeline construction, having successfully deployed its advanced technology for the company in Northern Europe. Automated scanning and area surveying has been carried out by the UAVOS’ Borey unmanned aircraft and the UVH-170 gasoline powered unmanned helicopter.
UAVOS Inc. has been selected by Bayanat, a leading provider of AI-powered geospatial solutions, to deliver its Unmanned Aircraft System (UAS) for a wide variety of applications including aerial photography and perimeter control. The UAS consists of two UVH 25EL unmanned autonomous helicopters powered by electric motors, a ground control station and various sensor payloads including the multispectral camera, LiDAR, as well as digital and thermal cameras. UAVOS also provides full operational support, including training, and a fundamental review of what the UAS is to be used for.
Page [tcb_pagination_current_page] of [tcb_pagination_total_pages]