Dimensions (L x W x H)
L860×W380×H550mm
Protection Level
The Intelligent Firefighting Robot T23 is an advanced unmanned firefighting system designed to operate in high-risk and hazardous environments where human access is limited or unsafe. Combining intelligent control, AI-powered technologies, and rugged engineering, it supports firefighting, emergency response, reconnaissance, and disaster management operations with enhanced safety and efficiency.
Combining intelligent technology, robust construction, and mission-ready capabilities to meet the challenges of complex subsea operations.
AI Applications
AI visual recognition, autonomous control, deep learning optimization, data center-powered
Expandability
Modular design with open interfaces, customizable to meet diverse needs
High-Temperature Resistance
The track system uses high-strength structural steel, capable of withstanding high-temperature environments
Adaptable to harsh and complex environments
The robot and its systems are well-designed to operate in harsh environments
Designed to perform a wide range of underwater tasks, delivering the versatility, precision, and reliability required for complex subsea operations.
Powered by advanced AI technologies, the T23 enhances situational awareness and operational efficiency during emergency missions.
Engineered for demanding conditions, the T23 delivers reliable performance in hazardous and high-temperature environments.
Dimensions (L*W*H)：L860×W380×H550 mm
Weight：65 kg
Protection Rating：IP68/Explosion-proof customization available
Structural Materials：Aviation-grade aluminum, flame-retardant PC
Operating Temperature：-20 ~ 70 ℃ (-4 ~ 158 ℉)
Power Supply：Wireless charging, built-in lithium iron phosphate battery (48 VDC)
Communication ：Wireless Communication
Detectors, sensors：Camera, infrared, radar, gas sensors, etc. (types configured according to project requirements)
Travel Speed：4 m/s (maximum)
Jet Module Rotation Angle：Horizontal 0–360°, Vertical 0–90°
Jet Module Design Pressure：1.0 Mpa
Jet Module Maximum Flow Rate：8 L/s
Track Structure Type：Integrated pipe-and-track system (combined track and water supply pipe)
Weight：23 kg/m
Material：High-Strength Structural Steel
Track Layout：Equipped with a steering mechanism, offering diverse and customizable design layouts
System Interface：Graphical Interface
Operating System：Ubuntu
Server Hardware：Rack-Mounted Server
Client Hardware：Professional control console/workstation, custom-designed and implemented according to project requirements
We deliver innovative underwater robotics and subsea engineering solutions that enable safer, smarter, and more efficient offshore operations. Combining independent R&D, advanced manufacturing, and extensive project experience, we support customers throughout the entire lifecycle of offshore and deep-sea projects.
Contact VVLAI’s experts to find the right underwater robotics and marine engineering solutions for your next project.
