The 4G Helmet Camera CR300TK-DL series adopts an eight core Qualcomm Snapdragon processor, integrating high-definition video, audio, 4G and WiFi wireless communication, GPS/Beidou positioning, storage, alarm and other modules, which can record on-site conditions in real time, collect evidence, standardize construction, etc. Real time audio and video information transmission can be achieved through 3G/4GWiFi wireless network, realizing functions such as voice intercom and GPS tracking throughout the process. In collaboration with a video comprehensive management platform with complete backend functions, remote scheduling and command functions for outdoor mobile individuals can be realized.

▶ high-definition camera
200W high-definition wide dynamic camera, tilted down 35 °, better field of view for the human eye, what you see is what you get
▶ High brightness lighting lamp
Built in laser light and LED white light illumination, with an illumination distance of 20M, can be used as a positioning and lighting fixture
▶ GPS full tracking
Support GPS/Beidou/GLONASS global positioning modules, real-time positioning for personnel management throughout the entire process, and route setting for inspection
▶ High-capacity storage
Data encryption is secure and reliable, supporting 256GB TF card cyclic coverage storage, with a storage duration of 720P and a resolution of 380 hours
▶ Multiple security alerts
One click SOS/off cap/electric field strength detection/low battery/high temperature/drop/impact/static/hazardous area/alarm

The segmented application scenarios of 4G intelligent safety helmets are suitable for practical applications, including power, emergency, supervision, coal mining, railway and other industries, achieving real-time remote video monitoring, image recording, call command, high-precision positioning, intelligent recognition and linkage alarm functions.
 Power operation site: In response to the inability of outsourced power construction teams to effectively control, 4G intelligent safety helmets are used to achieve sub meter high precision positioning of power construction teams in the field; Management personnel can simultaneously achieve remote real-time monitoring of the construction team on-site, keeping track of the distribution of personnel trajectories, the number of on-site workers, and the safety work status at any time.
Power fault repair: Due to the uncontrollable nature of power equipment failures, command personnel are unable to communicate with operators, resulting in extended repair time and even habitual violations causing significant casualties. By equipping with 4G smart safety helmets, command personnel can real-time understand the location, cause, and repair progress of faults, and provide timely guidance for repair and standardized operations.
Mining engineering construction: Workers wear 4G smart safety helmets and use 4G networks to upload real-time audio and video data collected to the command center. Mining enterprises and safety supervision departments can watch mining operation videos in real time on the monitoring platform, and timely grasp the safety operation dynamics of the mine. In the event of an emergency, being able to quickly establish control over the scene.
Railway line repair: Through the use of wearable 4G intelligent safety helmets, railway maintenance work can wirelessly monitor and analyze the maintenance status of railway lines, vehicles, contact networks, and equipment along the line, identify existing problems, and then develop scientific management strategies, which plays a crucial role in improving the level of railway transportation.
Construction site construction: The construction site environment is complex, personnel are complex, construction sites are scattered, and construction safety management, supervision, and investigation and evidence collection are difficult. 4G intelligent safety helmets are used for remote real-time monitoring, and problems are discovered for visual command and dispatch in the first time. Synchronous video recording is convenient for traceability afterwards, reducing the probability of safety accidents.