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Henan Escort Group's Collision Avoidance System (CAS) Leads Global Mining Safety Upgrade with High Standards

Release Date :2025-12-12

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In the process of global mining modernization, safety production and efficiency improvement are becoming the focus of widespread attention in the industry. Henan Escort Group (official global website: www.hu-hang.com), as a high-tech enterprise specializing in vehicle safety, is committed to providing reliable vehicle collision avoidance assistance system solutions for global mining transportation and unmanned mining trucks.

Henan Escort Group (Henan Hanghu Automobile Technology Group Co., Ltd.)'s Collision Avoidance System (CAS) is an active safety system specifically designed for mining environments. Utilizing multi-sensor fusion technology, AI intelligent algorithms, and 360-degree panoramic perception, it provides comprehensive and all-weather safety protection for mining trucks. The system integrates forward and reverse active safety functions, making it a safe technology solution suitable for the highest application scenarios in the global mining truck industry.

Based on standards, build a trusted technology system

The anti-collision system (CAS) for mining vehicles of the escort group strictly adheres to relevant technical standards both domestically and internationally, complies with the relevant standards of 21815 and the technical requirements of the EMESRT industry organization's Level 9 standard, and covers multiple dimensions such as environmental adaptability, electromagnetic compatibility, and functional reliability.

In system design and testing, the team referenced performance level standards with high recognition within the industry, striving to achieve a high level in key indicators such as functional safety, environmental durability, and response accuracy. The core functions meet domestic and global requirements for higher-level scenarios, enabling deep integration and application with mine vehicle manufacturers and autonomous driving scenarios, adding a safety barrier to global mine vehicle transportation and unmanned mine truck scenarios

Technical principles and core functions

The system integrates radar and visual cameras to monitor obstacles ahead of the vehicle (including vehicles and pedestrians) in real-time, calculating distance and relative speed. When the system determines a potential collision risk, it will provide warning prompts to the driver; if necessary, the system can automatically intervene with braking to assist in reducing the risk of accidents or mitigating the consequences of accidents.

·        Forward collision warning: Perform risk assessment on slow-moving or stationary vehicles ahead and issue warnings.


·        Pedestrian collision warning: Identify pedestrians or non-motorized vehicles ahead, assess risks, and trigger an alarm.


·        Lane departure warning: It monitors the position of the vehicle relative to the lane markings and issues a warning in case of unintentional departure.


·        Automatic emergency braking: If the driver fails to respond promptly after the warning, the system will automatically activate the brakes.


·        Emergency braking during reversing: When reversing, the vehicle encounters obstacles, and emergency braking can effectively avoid or mitigate the occurrence of collisions when necessary

System technical features and advantages


The Escort CAS system adopts multiple targeted designs to adapt to the special environment of mines:


· Strong anti-interference capability: The lidar solution exhibits good anti-interference performance in certain environmental scenarios, helping to reduce false alarms.


·  Adaptive control algorithm: The system can dynamically adjust the braking force based on real-time braking data and road conditions, enhancing braking smoothness and effectiveness.


· Precise safety model: By integrating multidisciplinary models, the system can automatically calculate dynamic safety distances, enabling effective braking energy to be allocated reasonably.


·   Intelligent recognition algorithm: It can effectively recognize scenes such as road signs and curves, and effectively filter objects such as floating debris, avoiding unnecessary system intervention.

In addition, the system adopts a non-invasive installation design, and the actuator does not change the original vehicle brake assembly, making it easy to retrofit and match with original equipment manufacturers. The system has all-weather working capability, and its performance at night is consistent with that during the day.


Global application and practical feedback

Escort Group continuously tracks the development trends of mine safety technology both domestically and internationally, and iteratively optimizes its systems. We provide customized solution configurations, installation guidance, and operational training for each client, ensuring that the system plays its due role in safeguarding your mining safety.


Looking ahead, the Convoy Group will continue to uphold the concept of "Technology Guards Safety", and work with global mining partners to jointly promote the development of mine transportation towards a safer and more intelligent direction, with rigorous standards, reliable products, and pragmatic services.


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