n the field of marine technology, every leap in technology is not merely a simple upgrade of technical parameters; it represents humanity’s further brave exploration of the unknown underwater world, as well as a profound innovation and comprehensive optimization of existing operation methods. On November 8, 2024, another historic moment in this field unfolded in Xiamen. Shenzhen Chasing Innovation Technology Co., Ltd. grandly released the Gladius X100 – the world’s first intelligent omnidirectional anti-current underwater robot – at the 7th International Diving, Salvage and Marine Engineering Equipment Exhibition. At the press conference, where technology and marine elements intertwined, it attracted numerous experts and scholars in the marine technology field, industry elites, as well as media friends and technology enthusiasts from all over the country, who jointly witnessed this milestone moment.
The senior product manager of Shenzhen Chasing Innovation Technology Co., Ltd. gave a detailed introduction to this revolutionary and era-defining marine intelligent device to the guests present. He emphasized that as the latest pinnacle of professional-grade underwater robots, the launch of the Gladius X100 not only marks a major breakthrough in underwater robot technology but also a comprehensive innovation in humanity’s ability to explore, utilize, and protect the ocean for underwater operations. It brings unprecedented intelligence and environmental protection to multiple fields such as marine resource development, marine ecological protection, maritime infrastructure, emergency rescue, and underwater archaeology.
I. Technological Innovation for an Ultimate Control Experience
The Gladius X100 professional-grade underwater robot boasts a leading speed of 4.5 knots. Its brand-new proprietary OctoDrive power system, with an 8-thruster vector layout, features fast attitude response speed and strong control stability, enabling 360° omnidirectional movement and rotation while achieving a speed of 4.5 knots. Adopting Chasing Innovation’s self-developed magnetic coupling thrusters, it not only improves power performance but also enhances the robot’s reliability and ease of maintenance.
The world’s first AnchorX intelligent omnidirectional anti-current system, when the underwater electronic gimbal is paired with DVL, allows the Gladius X100 to intelligently perceive water flow direction and speed, and automatically activate the robot’s maximum anti-current direction, with a maximum anti-current capacity of 4.5 knots, realizing anti-current operations without manual intervention. Whether conducting fixed detection or fixed-distance detection of observation targets, it can maintain stable submersible operations in complex current environments with high flow rates and multiple flow directions, providing users with an ultimate control experience.
II. Underwater Electronic Gimbal for Stable Panoramic Shooting
The Gladius X100 can be optionally equipped with a self-developed underwater electronic gimbal, featuring a 180° hemispherical lens perspective, a 100° viewable frame that can be dragged, and 4K high-definition image quality. The electronic gimbal, combined with the AnchorX intelligent omnidirectional anti-current system, automatically performs horizontal correction when the Gladius X100 changes its attitude, ensuring the observation target remains unchanged and the frame view stays stable. Flip the robot with one click to achieve 360° omnidirectional shooting. In the intelligent omnidirectional anti-current mode, the shooting frame can be manually adjusted via Chasing’s waterproof remote control with screen, and the stored panoramic data supports dragging the frame up and down to view details of other positions.
III. Open Platform to Meet Diverse Application Needs
The Gladius X100 is not only a powerful underwater robot but also features an SDK open platform. Users can independently install various accessories or conduct secondary development, such as robotic arms, multi-beam imaging sonar, DVL, shore-based power supply systems, etc., to meet application needs across multiple industries and scenarios.
At the same time, AI-related functions such as intelligent recognition, intelligent cruise, intelligent measurement, and intelligent tracking will be launched soon, providing users with a wealth of application options. This flexibility and scalability enable the Gladius X100 to be widely used in various professional observation and detection fields.
IV. High Reliability for Worry-free Underwater Operations
To cope with the complex and ever-changing underwater environment, the Gladius X100 has made numerous innovations in terms of reliability. The entire Gladius X100 adopts a modular design to ensure stability and reliability during long-term high-intensity operations, while facilitating maintenance and after-sales service. With a maximum diving depth of 350 meters and a maximum horizontal operating radius of 400 meters, it fearlessly performs deep-sea submersible observation operations. The new-generation low-light lens is specially designed for low-light environments, with optimized new image algorithms and paired with 12,000-lumen fill lights, allowing the Gladius X100 to achieve clear image quality, accurate color reproduction, and excellent shooting results even in low-light environments.
In terms of battery life, the Gladius X100 comes standard with a 1000 Wh lithium battery that supports quick replacement to meet uninterrupted operation requirements; it can also be optionally equipped with shore-based or ship-based power supply to achieve unlimited battery life. The high-strength material frame effectively protects the main unit and accessories from direct collisions. The professional-grade waterproof remote control with screen uses the dedicated CHASING GO1 APP for the Gladius X100 to achieve quick connection and control. It supports underwater live streaming and one-click upload and sharing for a more user-friendly experience.
V. Multi-scenario Applications to Innovate Industry Solutions
With its high speed, strong anti-current capability, deep submersible capacity, and ability to carry multiple accessories, the Gladius X100 can be widely applied in key fields such as emergency rescue, water conservancy and hydropower, ship and terminal inspection, fishery breeding, pipeline detection, offshore wind power, oil drilling platforms, underwater archaeology, and scientific research and environmental protection. It provides low-cost, convenient, accurate, efficient, and safe underwater solutions for underwater operations.
In the field of emergency rescue, the Gladius X100 can respond quickly, accurately locate missing persons or the source of accidents, effectively shorten rescue time, and improve rescue efficiency.
In the fishery breeding industry, the Gladius X100 can real-time monitor water quality and fish school conditions, helping the fishery achieve refined management and promoting the sustainable development of the fishery.
In the water conservancy and hydropower industry, the Gladius X100 can efficiently complete inspection tasks, go deep into complex underwater environments such as reservoirs and dams for safety detection and maintenance, and ensure the safe and stable operation of water conservancy facilities.
In ship and terminal inspection, the Gladius X100 can conduct detailed inspections of ships and terminal facilities, timely detect and handle potential safety hazards, and improve compliance.
In the field of pipeline detection, the Gladius X100 can go deep into pipelines to accurately identify pipeline damage and blockages, providing important data support for the safe operation of public infrastructure.
In offshore wind power and offshore drilling platforms, the Gladius X100 can inspect underwater components and assist in the maintenance of underwater equipment to ensure the safe and reliable operation of wind power facilities and offshore platforms.
For underwater archaeology and scientific research and environmental protection, the Gladius X100 captures high-definition images and records of underwater relics, providing precious data for historical research; it also conducts long-term monitoring of the underwater ecological environment, offering scientific basis for environmental protection work such as protecting marine biodiversity and preventing underwater pollution, contributing to marine ecological protection.
VI. Conclusion
After the press conference, relevant leaders and guests including Zeng Dongsheng, Director of Xiamen Municipal Bureau of Ocean Development, Weng Youling, Deputy Director of China Maritime Search and Rescue Center and Director of Emergency Management Office of the Ministry of Transport, Ian Granger, Chief Executive Officer of the International Marine Contractors Association, and Song Jiahui, Chairman of China Diving and Salvage Contractors Association, visited the Chasing Innovation booth for guidance.
Today, the Chasing Innovation Gladius X100 underwater robot officially embarks on its journey towards the vaster and unknown deep sea. The advent of the Gladius X100 not only represents the pinnacle of underwater robot technology but also heralds a comprehensive innovation in marine operation methods, serving as a new productive force to drive marine scientific research and promote the development of marine technology.
