Our UAVOS INC. engineers are innovators who solve complex challenges and push the boundaries of what’s possible every day. To every engineer who brings passion, creativity, and purpose to our mission - thank you. You’re the reason we partner with the best companies in the industry to push new technology forward. #HAPS #StratosphericTechnology #UAVOSengineers
UAVOS INC.
Aviation & Aerospace
Dover, DE 3,716 followers
At the core of UAVOS's mission is a commitment to the science of autonomous flight.
About us
UAVOS INC is a Silicon Valley based company offering proprietary unmanned aerial, terrestrial and aquatic vehicles solutions with applications in commercial, industrial and defense markets. We are specialized in design, development and manufacturing of unmanned vehicles and autopilot systems as well as individual components, including servo drives, pan-tilt platforms, parachute rescue/landing systems and other UAV accessories and components. The Company headquarters is located in Silicon Valley, California. Our team has extensive experience in computer science, artificial intelligence, avionics, mechanical and aircraft engineering. All products by UAVOS are factory-made, highly reliable, easy to integrate and operate. UAVOS INC. is open for cooperation in the field of civil and military research and development programs.
- Website
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http://www.uavos.com
External link for UAVOS INC.
- Industry
- Aviation & Aerospace
- Company size
- 51-200 employees
- Headquarters
- Dover, DE
- Type
- Privately Held
- Specialties
- Customized unmanned hardware, software and services solutions and Commercial unmanned UAV inspection service
Locations
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Primary
Get directions
S Governors Ave STE
1111B
Dover, DE 20320, US
Employees at UAVOS INC.
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Vadim Tarasov
Managing Partner@Advanced Autonomous Solutions Fund, board member @ UAVOS, SmartCommerce, UAVLAS, UAVHE, Light Polymers, investor@WebGears
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Aliaksei Stratsilatau
CEO UAVOS Inc, System chief architect
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Eugene Y.
MIRA AEROSPACE / UAVOS
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Timofey Batura
Chief Electrical Development
Updates
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UAVOS INC. provided full engineering and technical support to Mira Aerospace’s High-Altitude Pseudo-Satellite (HAPS) #ApusNeo 18 during the testing of the jointly developed optoelectronic, gyro-stabilized aircraft #POD (Payload Onboard Device). Learn more: https://lnkd.in/dNAvaRGF
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#Innovation at every altitude. ✈️ We’ve teamed up with Mira Aerospace to fast-track the development of a gyro-stabilized aircraft #POD (Payload Onboard Device) that addresses several key challenges in border #monitoring, #mapping, forest fire detection, and #emergency response. One of the key objectives of the flight was to obtain imagery from altitudes ranging between 3,000 and 12,000 meters. The test was successful, and 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 0.4 meters. #UAVOSengineering #StratosphericTechnology
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🚀 UAVOS INC. has successfully completed a series of group flight tests using its fixed-wing #Borey #UAS, demonstrating the capabilities of our advanced swarm-control autopilot module. These tests showcased seamless multi‑UAS coordination, achieving exceptional synchronization and stability with position accuracy within 10 meters. This achievement marks another step forward in UAVOS INC.’s mission to advance autonomous flight technologies and enable collaborative operations for a wide range of applications. Read the full story on Unmanned Systems Technology: https://lnkd.in/dyPCCfDJ #SwarmTechnology #AutonomousSystems
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When every mission is unique, flexibility matters. Our technologies are engineered to meet rapidly changing mission requirements with speed and precision. UAVOS INC.’s advanced swarm-control autopilot module enables autonomous, scalable, and reliable swarm operations, supporting unmanned missions across a wide range of applications. Watch swarm technology in action: https://lnkd.in/dwd8SYem #SwarmTechnology #DroneSwarm #UAS
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UAVOS INC. has successfully completed a series of group flight tests using its fixed‑wing #Borey UAS, showcasing the company’s advanced swarm‑control #autopilot module. These tests demonstrated UAVOS INC.’s capability to coordinate multiple #UAS with high precision and stability, achieving position accuracy within 10 meters. Learn more: https://lnkd.in/dRAZCY2E #SwarmTechnology #AutonomousSystems Dubai Airshow Watch #swarm technology in action: https://lnkd.in/dvKCXeUH
UAVOS Successfully Demonstrates UAS Swarm Control Technology
https://www.youtube.com/
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UAVOS INC. mission‑focused #teamwork. When your “office view” is massive live data streams and drones somewhere beyond the horizon. Just another exciting day‑to‑day work! #UAV Dubai Airshow #FlightControl
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Top Benefits of UAVOS INC.’ #Composite #Curing #Ovens for #Aerospace & #Aviation: 1. Aerospace‑Grade Precision - Exceptional temperature and pressure control deliver consistent curing results for critical components such as wings, fuselages, and rotor blades. 2. Proven Aviation Expertise - Developed and validated through UAVOS INC.’ own experience producing #UAV parts - real aerospace performance tested in real conditions. 3. Energy‑Efficient Automation - Smart control algorithms ensure optimal cycle management and reduced power consumption while maintaining quality standards. 4. Scalable and Customizable - Modular design of the Oven tailored for R&D labs, prototypes, or full‑scale production lines. Read the CEO blog to learn how UAVOS INC.’ composite curing ovens deliver reliability and performance for the aviation industry: https://lnkd.in/dnTt4f7K
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#UAS Operators have an insatiable drive to perform their routine tasks with precision, achieving mission success while ensuring flight safety and #unmanned system efficiency. #UAVOS #DroneOperations #FlightSafety
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✅ Successful Test of UAVOS INC. Composite Curing Oven We are pleased to share successful results of our recent test aimed at verifying the uniformity of matrix heating in the UAVOS INC. composite curing oven. Using the Standard program with a target temperature of 100 °C and a set time of 300 minutes, we installed seven thermocouples at evenly distributed points across the matrix. Temperature was monitored at 20, 30, 60, and 90 minutes, with the matrix reaching the target temperature after 90 minutes. 📊 Results: The test confirmed uniform heating across all seven measurement points, validating the oven’s high precision and reliability for composite production. For more information: https://lnkd.in/dkAP6gr3 #CompositeCuringOven #EngineeringSolutions #UAVEngineering
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