From May 21 to 23, the 2026 World UAV Congress and International Low-Altitude Economy & Unmanned Systems Expo, together with the 11th Shenzhen International UAV Expo, was successfully held at the Shenzhen Convention and Exhibition Center in Futian under the theme “Low-Altitude Economy, Flying Toward the Future.”

This year’s exhibition covered an area of 110,000 square meters and brought together 1,220 companies from 17 countries and regions. Over the three-day event, the expo welcomed 187,351 professional visitors and generated nearly RMB 23 billion in intended transactions, showcasing the latest achievements in the low-altitude economy and unmanned systems industry.

As two brands with shared origins, Robosn Robotics and AMOVLAB jointly appeared at the exhibition. Robosn Robotics focused on industrial-grade UAVs and inspection applications, while AMOVLAB focused on UAV research and development platforms and the technical ecosystem. Together, the two brands demonstrated comprehensive capabilities spanning core systems, research platforms, and real-world scenario implementation.

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Exhibition Highlights

The exhibition site was bustling with visitors, including industry clients, research institutes, university teams, developers, and partners.

The booths of Robosn Robotics and AMOVLAB attracted many visitors for in-depth discussions around products and applications such as the BO1 inspection solution, FlyCore integrated control system, SU17/P600/P450 research UAVs, onboard computing platforms, and video-data transmission links. Together, these exhibits showcased the dual-brand product matrix and technical strength, covering the full path from research platforms to inspection sites.

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Robosn Robotics

Professional Intelligent UAV OEM Supplier

As a professional intelligent UAV OEM supplier, Robosn Robotics focuses on industrial-grade intelligent UAV products and application implementation. At the exhibition, Robosn Robotics mainly presented the FlyCore UAV Integrated Control System and the BO1 Indoor Autonomous UAV Inspection Solution, providing OEM customers, UAV manufacturers, and industry application clients with product capabilities ranging from core systems to scenario-based solutions.

FlyCore: The Core Foundation for Intelligent UAVs

The FlyCore UAV Integrated Control System consists of three onboard computing units: flight control, obstacle avoidance and positioning, and recognition and planning. It integrates capabilities such as fusion positioning, flight control, sensor access, mapping, and path planning, providing OEM customers, UAV manufacturers, and industry solution providers with core technical support for rapid product deployment.

Product Highlights

• Supports autonomous positioning and stable flight in GNSS-denied environments;
• Supports multi-source fusion using vision, LiDAR, IMU, RTK, and other sensors;
• Suitable for complex scenarios such as underground parking lots, warehouses, offices, campus patrols, caves, dense forests, and indoor-outdoor transitions;
• Compatible with PX4 hardware peripherals and ecosystem applications, with strong support for open-source projects such as Prometheus;
• Supports OEM delivery and secondary development, helping customers shorten product deployment cycles.

BO1 Indoor Autonomous UAV Inspection Solution

The BO1 Indoor Autonomous UAV Inspection Solution is designed for GPS-denied environments and is suitable for complex scenarios such as warehouses, factories, underground utility tunnels, energy facilities, and power infrastructure.

During the exhibition, the BO1 inspection solution was demonstrated through live flight operations. The real-flight demonstration intuitively presented the UAV’s autonomous flight, task execution, data acquisition, and closed-loop operation capabilities in indoor inspection scenarios, attracting many visitors to stop, watch, and engage in discussions.

Product Highlights

Dual-Sensor Autonomous Inspection:
BO1 flies autonomously along a preset route and automatically triggers data acquisition tasks at designated waypoints. It completes visible-light and infrared dual-sensor data collection, covering typical inspection targets such as meter readings, barcodes, utility tunnel environments, and inspection markers.

Automatic Data Backhaul:
After the mission is completed, collected data is automatically transmitted back, forming a complete operational loop of “autonomous flight — data acquisition — data backhaul.”

Precise Repeated Inspection:
During the exhibition, two identical route missions were carried out on different days. The number of waypoints, waypoint sequence, visible-light and infrared task ratio, and total mission duration all remained highly consistent, with a task time difference of only about one second.

In addition to the FlyCore system and BO1 inspection solution, Robosn Robotics also showcased the LQ-10 Video/Data Transmission Module and the QE3 Integrated Smart Remote Controller with Display.

The LQ-10 features high bandwidth, low latency, long-distance transmission, and flexible networking capabilities. In actual testing, it achieved a bandwidth of up to 100 Mbps at 1 km and up to 80 Mbps within 1.5 km. In narrowband mode, the reliable ground-to-air transmission distance can reach 7 km. It can be used for transmitting images, video, point clouds, control commands, and mission data.

The QE3 integrates a 10.1-inch IPS large display, Android 14 platform, HD video transmission, 16-channel control, multiple expansion interfaces, long-lasting battery life, and PD fast charging. It is suitable for professional scenarios such as inspection, surveying and mapping, security, agriculture, and emergency response.

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AMOVLAB

Making Robotics R&D More Efficient

The AMOVLAB booth focused on research and development, algorithm validation, experimental teaching, and the technical ecosystem. Key exhibits included the SU17 Research UAV, the Prometheus 600 Research UAV Development Platform, as well as the Prometheus 450, Allspark2-Orin Series Onboard Computers, ProSim Simulation Platform, and UAV laboratory construction solutions.

SU17 Research UAV

The SU17 Research UAV is an integrated quadrotor platform developed by AMOVLAB for research and development applications. It integrates a self-developed flight controller, onboard computer, four-camera visual SLAM system, and video transmission module. Equipped with the Prometheus autonomous UAV software, it supports flight control, target recognition and tracking, and 3D path planning.

Product Highlights

• Supports fast and accurate mapping, with real-time processing into 3D environment maps;
• Supports EGO-Swarm, enabling dynamic obstacle avoidance and target-point adjustment;
• Provides simulation function demos and supporting teaching examples for quick secondary development;
• Supports four-camera visual SLAM for integrated visual-inertial positioning;
• Applicable to scenarios such as indoor inspection, glass corridors, dark corridors, dense forests, low-light tunnels, and underground parking lots.

P600 Research UAV Development Platform

The Prometheus 600 Research UAV Development Platform deeply integrates the two open-source projects Prometheus and SpireCV. Equipped with a 40x zoom electro-optical gimbal and integrated with 3D LiDAR, it supports target detection and tracking, autonomous landing at multiple altitudes, 3D LiDAR SLAM mapping, trajectory planning, and flight obstacle avoidance.

Product Highlights

• Supports flexible control of the electro-optical gimbal to meet target recognition and tracking requirements;
• Supports long-distance target recognition, click-to-lock, and dynamic tracking;
• Supports QR-code-guided landing, with landing error controlled within 30 cm;
• Supports EGO-Planner 3D path planning and Octomap mapping;
• Equipped with high-precision RTK and a Prometheus control submodule, supporting centimeter-level precise hovering and multiple flight control modes.

The Prometheus 450 Research UAV Development Platform, Allspark2-Orin Series Onboard Computers, and ProSim Simulation Platform were also displayed at the booth.

The Prometheus 450 is suitable for indoor and outdoor research and application scenarios, supporting target recognition and tracking, Fast-LIO 3D mapping, and EGO-Swarm path planning and obstacle avoidance.

The Allspark2-Orin series onboard computers are designed for robotic AI edge computing, providing up to 157 TOPS of computing power.

The ProSim Simulation Platform provides a free simulation testing environment for UAV algorithm development.

In addition, AMOVLAB showcased its UAV laboratory construction solutions, addressing the needs of university teaching, research innovation, and industry-education integration. The solutions cover UAV simulation laboratories, UAV assembly laboratories, UAV perception laboratories, robot swarm laboratories, and industrial inspection simulation laboratories, providing systematic support for course teaching, experimental training, research project validation, and industrial application development.

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See You Next Year

The 2026 Shenzhen UAV Expo was not only a major industry event for the low-altitude economy and unmanned systems, but also a valuable platform for in-depth exchanges on technology, products, and application scenarios.

We sincerely thank every customer, partner, teacher, developer, and industry friend who visited our booth. Every conversation, every technical discussion, and every scenario-based exchange motivates us to keep moving forward.

Looking ahead, Robosn Robotics will continue to focus on industrial-grade flying robot applications, using the FlyCore integrated control system as its core to help more flying robots enter real-world industry scenarios.

AMOVLAB will also continue to uphold its mission of “Making Robotics R&D More Efficient,” providing research users and developers with more open, stable, and efficient UAV development platforms and technical support.

The low-altitude economy is no longer a distant vision — the future is already here. Flying robots are moving toward broader and more practical real-world applications.

The 2026 Shenzhen UAV Expo has successfully concluded.

See you again next year!