AUTONOMOUS SYSTEMS
FOR A COMPLEX WORLD
Pioneering safe, efficient, and reliable autonomy in GPS-denied environments with advanced UAS, edge-AI, and humanoid platforms.
ADVANCED AUTONOMOUS SYSTEMS
SKYROVR DRONES
Hybrid VTOL | Wildfire Intelligence | Logistics
SkyRovr THERMIS
SkyRovr THERMIS is a hybrid VTOL UAV designed for long-endurance missions in harsh and degraded environments. It combines vertical takeoff capability with efficient fixed-wing cruise, enabling deployment without runways. THERMIS is optimized for wildfire intelligence, disaster response, and logistics support, integrating thermal sensors, EO/IR payloads, and onboard AI for real-time mapping and decision support. The platform supports autonomous routing, GPS-denied navigation, and extended-range operations, making it suitable for civil agencies, utilities, and defense users. THERMIS serves as the primary platform for climate, emergency, and dual-use missions within the SkyRovr ecosystem.
Hybrid VTOL | ISR | Defense-Focused
SkyRovr RAPTOR
SkyRovr RAPTOR is a hybrid VTOL ISR drone designed for tactical and defense-oriented missions. It emphasizes autonomy, secure communications, and modular payload integration. RAPTOR supports ISR, perimeter security, and reconnaissance operations in GPS-denied or infrastructure-limited environments. The platform integrates edge AI for target detection, tracking, and mission adaptation, reducing operator workload. With vertical launch capability and efficient forward flight, RAPTOR can operate from confined areas while maintaining extended range and endurance. It is intended for military, border security, and critical infrastructure protection applications.
Fixed-Wing / Hybrid | Patented Non-Landing Delivery
SkyRovr QuickDrop
SkyRovr QuickDrop is a logistics-focused drone platform built around a patented non-landing delivery system. It enables precision payload delivery without landing, reducing risk in hostile, congested, or uneven terrain. QuickDrop is optimized for medical supplies, humanitarian aid, and tactical resupply missions. The platform emphasizes reliability, mechanical simplicity, and autonomous delivery accuracy. By eliminating landing requirements, QuickDrop significantly expands operational flexibility for both civilian and defense logistics, particularly in disaster zones and contested environments.
Multirotor / VTOL | Inspection | Industrial Use
SkyRovr SiteScan
SkyRovr SiteScan is an inspection and mapping UAV designed for infrastructure, construction, energy, and industrial applications. It integrates high-resolution cameras, optional LiDAR, and AI-based vision analytics for automated inspection and reporting. SiteScan focuses on stability, precision flight, and repeatable mission execution, enabling consistent data collection across sites. The platform is suitable for utilities, oil and gas, transportation, and large facilities, offering a professional alternative to off-the-shelf inspection drones with enhanced autonomy and data integration.
Hybrid / Tailsitter | Advanced Flight Control
SkyRovr X
SkyRovr X is an advanced hybrid tailsitter UAV focused on flight-control innovation and compact design. It transitions between vertical and horizontal flight without separate lift motors, reducing mechanical complexity. The platform is used as a testbed for advanced control laws, AI-assisted transition management, and efficient airframe design. SkyRovr X supports ISR and experimental missions where agility and deployment flexibility are critical. It plays a key role in validating next-generation autonomy and aerodynamic concepts within the SkyRovr portfolio.
High-Speed | Fighter-Style | Experimental Defense UAV
SkyRovr Falcon
SkyRovr Falcon is a high-speed, fighter-inspired UAV designed for advanced maneuvering and experimental defense applications. The platform focuses on aerodynamic performance, rapid response, and AI-assisted flight control. Falcon is intended for research, simulation, and potential tactical missions where speed and agility are prioritized. It serves as an experimental platform to explore future concepts in autonomous combat, interception, and high-G maneuvering, while remaining a prototype-level system rather than a production asset.
Compact High-Speed Quad | Rapid Response
SkyRovr FieryStrike
SkyRovr FieryStrike is a compact, high-speed quadcopter designed for rapid response and close-range missions. It emphasizes agility, acceleration, and precision control in confined or dynamic environments. The platform supports visual sensing, target identification, and fast deployment, making it suitable for emergency response, tactical scouting, and specialized defense scenarios. FieryStrike is optimized for short-duration, high-impact missions rather than endurance, and acts as a complementary asset to larger SkyRovr platforms.
Consumer / Enterprise | Cost-Optimized UAV
SkyRovr NOVA
SkyRovr NOVA is a cost-optimized drone platform designed to compete in the consumer and light enterprise market traditionally dominated by DJI-class systems. It focuses on ease of use, reliability, and integrated software, while maintaining tighter control over data security and customization. The platform is intended for photography, surveying, light inspection, and general-purpose use, offering a domestically developed alternative with modular upgrade paths for professional users.
Heavy-Lift UAV | High Payload Ratio
SkyRovr HeavyLift
SkyRovr HeavyLift is a high-payload UAV platform developed for competitive and experimental programs, including DARPA-style challenges. It is designed to carry heavy payloads with a target payload-to-weight ratio of approximately 1:3. The platform emphasizes structural efficiency, high-power propulsion, and autonomous load management. HeavyLift serves as a technology demonstrator for future logistics, construction, and defense resupply missions, pushing the limits of lift efficiency and autonomous heavy transport.
Ultra-Compact | Personal Surveillance
SkyRovr Mini
The SkyRovr Mini is Vision One's ultra-compact drone designed for discrete surveillance and personal monitoring applications. With a phone-sized form factor, it combines portability with powerful surveillance capabilities.
GROUND & HUMANOID PLATFORMS
NETRION
Humanoid Robotics Platform with military (NETRION-M) and civilian (NETRION-C) variants. NETRION-M supports defense logistics, maintenance, and human-machine teaming. NETRION-C focuses on industrial, research, and service applications.
GROUND HAWK
Hybrid Wheeled UGV Platform with military/police/security (GROUND HAWK-M) and civilian/municipal (GROUND HAWK-C) variants. Supports defense logistics, base security, last-mile deliveries, and municipal operations.
RECOGNITION & PARTNERS
ABOUT VISION ONE TECH
Vision One is a technology company focused on developing autonomous systems that enhance safety, efficiency, and decision-making in complex environments. The company's portfolio includes advanced unmanned aerial systems (UAS), autonomous ground and humanoid platforms, and edge-AI vision solutions for defense, emergency response, logistics, and infrastructure applications.
Vision One designs modular hardware and software architectures that integrate perception, autonomy, and human-machine collaboration, enabling reliable operation in GPS-denied and contested environments. Through its drone platforms and intelligent sensing technologies, Vision One aims to reduce human risk, improve situational awareness, and accelerate the transition of innovative autonomous capabilities from prototype to real-world deployment.
Vision One Drones focuses on advanced autonomous aerial systems designed for intelligence, logistics, and high-risk operational environments. The company's drone platforms integrate edge AI, computer vision, and autonomous mission planning to enable long-range, GPS-denied, and resilient operations. Vision One's drone system has been recognized as winner of NASA Sustainable Business Challenge Model Challenge 2025 and has been listed as awardable by Defense Advanced Research Projects Agency (DARPA). Building on this momentum, Vision One continues to advance scalable drone solutions for defense and civil applications. In parallel, the company's humanoid autonomy program has been selected by the U.S. Army for finals and live experimentation in 2026, reinforcing Vision One's leadership in autonomous systems development.
CORE TECHNOLOGIES
ADVANCED UAS
Intelligence, logistics, and resilient operations for manufacturing and complex environments.
HUMANOID AUTONOMY
U.S. Army selected for humanoid autonomy in the 2026 Army strategy finals. Advanced robotics for complex operations.
EDGE-AI VISION
Real-time perception and camera control for autonomous operations, mission planning, and situational awareness.
ABOUT VISION ONE
Our mission is to reduce human risk and improve situational awareness. An important element of our solution is once-exit environmental and conventional operations, as well as reliable operations and improved situational awareness.
We develop autonomous systems for complex environments, integrating advanced UAS, humanoid platforms, and edge-AI vision systems to create comprehensive solutions for challenging operational scenarios.