When reviewing industry news, most content focuses on comprehensive collision avoidance systems, whole-vehicle safety solutions, and practical implementation cases. Today, however, we adopt a broader industrial perspective—skipping discussions of off-the-shelf solutions or vehicle integration demonstrations—to highlight Henan Huhang Group's self-developed core components. We'll explore how our independently developed sensing and execution hardware has broken the monopoly of foreign components, providing localized safety technology support for sectors including mining, ports, logistics, and public transportation.
1. Industry Challenges: High-end security components have long relied on imports, facing three major development bottlenecks
For a long time, China's vehicle active safety industry has suffered from significant shortcomings: the entire AEBS and CAS driver-assistance systems rely heavily on imported core perception and braking execution components, leaving manufacturers facing three major challenges.
1. Delivery timeline is uncontrollable
The supply cycle for overseas components often spans several months, making project timelines and vehicle modification progress highly dependent on supply chain constraints; consequently, urgent renovation projects at mining sites and ports cannot be implemented promptly.
2. High threshold for customized adaptation
The imported radar and brake valves are standardized universal models, making them difficult to adapt to specialized domestic operating conditions such as mine dust environments, high humidity in ports, and narrow roadways within industrial sites; consequently, they pose significant challenges during calibration and exhibit a relatively high failure rate.
3. Post-sales maintenance costs are high
When core components are damaged, the entire unit must be replaced; spare parts are expensive and repair processes involve long waiting periods, directly extending vehicle downtime for enterprises and resulting in production losses.
Many companies focus solely on the overall effectiveness of security systems, neglecting that components serve as the "heart and eyes" of such solutions. Without independently controllable hardware, industrial development remains dependent on external sources.
II. Supporting four self-developed core components to achieve full domestic production across the entire perception and braking chain
With years of dedicated research in vehicle active safety, the group has established a comprehensive R&D, production, and testing infrastructure for automotive components. Its LiDAR systems, various linear control proportional valves, brake motors, and AI control units are all independently designed, mold-developed, and mass-produced, with full ownership of all core intellectual property rights.
1. Optical 3D LiDAR – The "千里眼" for vehicle safety
Self-developed 260-meter long-range 3D LiDAR system featuring patented optical module optimization technology and IP67-rated protection, designed to operate effectively in harsh environments including mine dust, port fog, and nighttime backlit conditions.
• Three-dimensional detection for precise obstacle identification, effectively avoiding both false alarms and missed detections by radar;
• Modular split design allows individual modules to be replaced independently, significantly reducing operational and maintenance costs;
• Supports compatibility with all types of specialized vehicles including mining trucks, forklifts, buses, and overhead cranes, allowing adjustment of detection angles and distance thresholds based on specific scenarios.
2. Complete range of electronically controlled proportional actuators – the "control hub" for active braking
For vehicles equipped with pneumatic, hydraulic, or electric braking systems, we have independently developed three core actuation components to replace imported brake modules.
• Linear proportional air valve: Designed for truck and mining vehicle models with pneumatic braking systems, it provides precise linear adjustment of braking force, enabling three-stage intervention—early warning braking, staged deceleration, and emergency braking—with smooth, impact-free operation.
• Line-controlled proportional oil valve: Used in hydraulic braking systems of mining trucks, forklifts, and loaders, with millisecond-level response time for precise collision prevention and control in large mining areas or confined plant spaces;
• Line-controlled proportional motor: Suitable for new energy commercial vehicles and light trucks, requiring no pneumatic or hydraulic modifications, enabling easy lightweight retrofit upgrades.
3. AI-BOX Collision Prevention Unit – the "smart brain" of the entire system
This integrated system combines multi-channel video acquisition, radar data fusion, driver DMS monitoring, and 4G/5G transmission capabilities in a single host unit. It employs local edge computing without cloud dependency, enabling independent collision warning and automatic braking even in network-disconnected scenarios. The built-in storage module automatically retains recordings of braking and warning events, facilitating comprehensive safety traceability for enterprises.
III. The differentiated competitive advantages brought by self-developed components in the industry
1. The solution is highly customized to accommodate diverse and complex operating conditions in China.
Leveraging its in-house component R&D capabilities, the system can tailor hardware parameters to specific customer sites, vehicle models, and operational requirements: extending radar detection range for mining applications, enhancing waterproof performance for port environments, and lowering early-warning braking thresholds for industrial facilities—adjustments that cannot be achieved with standardized imported components.
2. Shorten delivery and after-sales cycles to minimize business downtime losses.
Domestically developed core components are readily available in sufficient stock, with the installation and delivery cycle for complete safety systems reduced by 60%; component repairs and replacements can be completed within 24 hours.
3. Comprehensive cost control across the entire supply chain, with lower installation thresholds for lightweight configurations
Whether for pre-installation components supplied by vehicle manufacturers or post-installation upgrades for existing vehicles, overall procurement and maintenance costs have significantly decreased, enabling small and medium-sized enterprises as well as mining sites to implement safety features at low cost.
4. Independent intellectual property rights, in line with the policy orientation of domestic substitution.
All components in the series are protected by comprehensive invention patents, with products certified under both domestic industry standards and EU specifications, meeting the localization procurement requirements of central state-owned enterprises and state-owned enterprises as well as international procurement demands.
IV. Components Empower Comprehensive Applications, Delivering Security Solutions Across Multiple Industries
Self-developed hardware is not sold separately; it simultaneously supports the comprehensive security solutions across all four key business segments of the group, featuring deep software-hardware integration and optimal performance alignment.
1. Auxiliary driving system for CAS mining vehicles in open-pit mines: combining LiDAR with electrically controlled pneumatic valves (hydraulic valves), compliant with EU and Australian standards, effectively mitigating collision risks from oncoming traffic at curves and blind spots;
2. 360° AI collision avoidance system for factory forklifts: identifies pedestrians and oversized cargo, automatically reducing speed and applying brakes;
3. Active defense systems for port gantry cranes and stackers: multi-radar array long-range detection with smooth stepwise braking under heavy-load conditions;
4. Urban public transport and freight vehicle AEBS road collision prevention: An integrated radar-ADAS system providing multi-layer protection against lane departure, frontal collisions, and right-side blind spots.
V. Core Industry Mission: Drive the advancement of China's vehicle safety industry through self-developed components
evolving from a standalone collision prevention system supplier to a comprehensive automotive technology group integrating core component R&D, end-to-end solution delivery, and full-scale cloud platform deployment, Henan Huhang has consistently upheld the principle: industrial self-reliance begins with achieving autonomy in core hardware technologies.
In the past, the industry focused solely on the practical implementation of complete safety systems while overlooking potential supply chain bottlenecks. By specializing in the components sector, we have not only strengthened our technical foundation for comprehensive solution offerings but also opened up collaboration opportunities for our self-developed parts, providing domestic automakers and equipment modification companies with locally sourced hardware options to collectively reduce the industry's reliance on imported components.
Going forward, Hushang will continue to increase R&D investments in perception radar and electronic control braking systems, consistently enhance component performance, and leverage domestically developed cutting-edge technologies to ensure operational safety for every vehicle across global industrial sites, mining operations, roads, ports, and facilities.
For the core component parameter manual or customized solution consultations, please call our service hotline: 0371-86556688.
Business Solutions | Pre-installed components for new vehicles | Post-installation upgrades for existing vehicles | Bulk component supply agreements available for negotiation.
