How Can STONKAM Truck Camera System Improve Blind Spot Safety and Support UN ECE R151 Compliance?

What Does UN ECE R151 Require for Trucks?

UN ECE R151 establishes the functional requirements for Blind Spot Information Systems (BSIS) on heavy commercial vehicles. Its objective is to reduce collisions with vulnerable road users by improving driver awareness of passenger-side blind spots.
To support UN ECE R151 requirements, a truck blind spot monitoring system should be able to:

● Monitor the passenger-side blind spot where pedestrians and cyclists are most at risk

● Detect vulnerable road users within the defined monitoring area

● Provide timely driver warnings when a potential collision risk is identified

● Deliver consistent detection performance under the operating conditions specified by the regulation

As UN ECE R151 becomes increasingly important in UNECE markets, truck manufacturers and fleet operators are adopting compliant blind spot monitoring solutions to improve safety and support regulatory compliance.

Why Is UN ECE R151 Becoming a Priority for Truck Fleets?

Blind spot-related collisions remain one of the most serious safety risks in heavy truck operations, especially in urban environments.
Common high-risk scenarios include:

● Right-turn operations in city traffic

● Loading and unloading at distribution centers

● Narrow road navigation

● Pedestrian-heavy urban logistics routes

At the same time, global safety expectations are increasing. Fleet operators are no longer only focused on vehicle operation efficiency—they are also required to demonstrate structured safety risk management and compliance readiness.
As a result, UN ECE R151 is becoming a key reference point when selecting truck camera systems with reliable truck blind spot detection and upgrading fleet safety architectures.

What Do Truck Fleets Need to Support UN ECE R151 Blind Spot Requirements?

To meet UN ECE R151 functional expectations, truck fleets need blind spot safety systems that go beyond basic camera installation and provide consistent performance in real driving conditions.

● Blind spot monitoring coverage: Continuous monitoring of side blind zones, especially on the passenger side during turning and low-speed operations

● AI pedestrian detection: Ability to identify pedestrians and cyclists in urban logistics environments where interaction risk is high

● Side visibility support: Real-time visual assistance to compensate for mirror limitations on large commercial trucks

● Reliable driver warning: Clear and timely alerts to help drivers react to potential collision risks in blind spot areas

● System integration capability: Unified architecture combining monitoring, detection, and warning functions for consistent fleet deployment

These requirements guide how truck camera systems and truck blind spot monitoring technologies are evaluated for compliance support.

How Can STONKAM Help Reduce Truck Side Blind Spot Risks and Meet UN ECE R151 Requirements?

UN ECE R151 defines functional requirements for blind spot information systems in heavy trucks, focusing on side blind spot monitoring, vulnerable road user detection, and real-time driver warning in urban traffic environments.
Compared with traditional camera setups, STONKAM 360 truck camera system is designed to improve both regulatory alignment and real-world fleet usability:

● 360° blind spot coverage
During truck turning, lane changes, and low-speed manoeuvres, STONKAM system provides a complete surround view to improve truck blind spot safety and reduce passenger-side visibility limitations.

● AI pedestrian detection
Designed for urban delivery and logistics operations, AI detects pedestrians and cyclists near the truck, enhancing truck blind spot detection where vulnerable road users are most at risk.

● Seamless panoramic image
A distortion-free 360° view helps drivers quickly understand vehicle surroundings, improving situational awareness in complex truck operating environments.

● 1-minute auto calibration
Fast calibration simplifies installation across large truck fleets, reducing deployment time while supporting standardized.

Together, these capabilities provide a more complete truck side blind spot safety monitoring solution, helping fleets reduce blind spot risks and support the functional requirements of UN ECE R151.

Recommended Truck Applications

STONKAM truck safety camera systems can be deployed across a wide range of commercial truck types, including:

● Semi-trucks and tractor-trailers

● Articulated trucks and container trucks

● Logistics delivery trucks

● Heavy-duty transport trucks

These applications typically operate in environments where blind spot risks are frequent and operational visibility is critical.

Why Work with STONKAM for Truck Safety Projects?

● Certified Truck Camera System
STONKAM truck camera system provides solutions designed to support safety-oriented projects aligned with UN ECE R151 requirements.

● Flexible System Architecture
Provides a unified truck safety architecture integrating 360° vision and AI detection with 1-minute calibration, and supports scalable connection with radar systems for fleet deployment across different truck types.

● OEM and Fleet Experience
Extensive experience supporting OEMs and commercial truck fleets with UN ECE R151-compliant safety projects. Related truck safety case studies are available to demonstrate real-world deployment.

● Scalable Deployment Capability
STONKAM systems are designed for large-scale fleet installation and standardized deployment.

● Technical and Project Support
From system integration to after-sales service, STONKAM truck camera systems provide full lifecycle support for truck fleet safety projects，enabling flexible truck blind spot detection solutions for different truck platforms.

Key Takeaways

● UN ECE R151 focuses on side blind spot safety for heavy trucks.

● Fleet operators should prioritize accurate side blind spot coverage, stable vulnerable road user detection, and timely driver warnings when selecting truck safety systems.

● STONKAM integrated truck camera systems support side blind spot monitoring through AI pedestrian detection and 360° surround view, helping improve driver awareness and operational safety while supporting UN ECE R151 compliance.

● STONKAM provides certified truck safety solutions designed for truck fleet operators seeking scalable blind spot monitoring systems.

FAQ

Q1：What is UN ECE R151（BSIS）compliance?
UN ECE R151 is a European regulation requiring Blind Spot Information Systems (BSIS) for commercial trucks. It aims to reduce collisions by helping drivers detect pedestrians and cyclists in the truck's side blind spots.

Q2：What type of vehicles and blind spots does the UN ECE R151 regulation mainly address?
It mainly targets trucks, mandating systems to cover and monitor side blind spots to alert drivers of potential collision risks.

Q3: What blind spot area does UN ECE R151 cover?
UN ECE R151 focuses on the truck side blind spot, where pedestrians and cyclists are most vulnerable. It requires reliable monitoring and timely driver warnings to help reduce side collision risks during turning and low-speed driving.

Q4：What technical factors matter most for supporting UN ECE R151 in trucks?
Key factors include side blind spot coverage accuracy, vulnerable road user detection stability, and driver warning timing. STONKAM truck camera system combines these functions into a unified platform for practical fleet use.

Q5：Can existing trucks be upgraded to support UN ECE R151 requirements?
Yes. STONKAM truck camera system can be added to provide 360° visibility and side blind spot monitoring for compliance-oriented upgrades.

Q6：How do fleet operators choose the truck camera system?
For fleet operators, UN ECE compliance is the top priority—it ensures legal acceptance and system reliability. Then assess blind‑spot coverage, AI detection, HD imaging, and plug‑and‑play integration. STONKAM provides all these in one certified solution, cutting deployment effort and maintenance while maximizing safety.

Learn more:https://www.stonkam.com/news/R151-truck-camera-system.html

STONKAM 360 Around View System Enhances Sweeper Truck Efficiency and Safety

 In early 2021, STONKAM collaborated on a China sweeper truck project for daily cleaning of urban roads, parks, and parking lots. By integrating STONKAM’s 360° panoramic surround view system, the vehicles eliminated blind spots and enabled full-process video recording, greatly improving safety, efficiency, and management.

sweeper truck camera

Key Customer Pain Points

The primary issues included:
● Missed debris in corner areas due to limited driver visibility.
● Poor lighting at night, reducing operational efficiency and cleaning accuracy.
● Restricted cockpit view causing safety risks in narrow streets and underground areas.
● Frequent pedestrian and electric vehicle traffic increasing collision risk.
● Lack of video evidence for accident liability and performance tracking, affecting accountability and cleaning quality.

Solution

After conducting detailed research, the STONKAM team developed a customized 360 degree panoramic camera tailored to the structure and operational characteristics of domestic sweeper vehicles. 

By installing four 360 vehicle cameras around the vehicle, the system provides a seamless bird’s-eye view on the in-car display, enabling real-time monitoring of the sweeping area and surrounding blind spots to reduce potential risks.

The 360 vehicle cameras support night vision, ensuring effective cleaning operations even under dim street lighting at night. 
Furthermore, the recording function enables full-process video capture and retention, effectively addressing the customer’s needs for driver performance evaluation and liability tracing. The system not only significantly improves operational efficiency and cleaning quality but also ensures safer and more reliable processes.

Project Outcomes

After implementation, the project demonstrated remarkable improvements in operational safety and efficiency:
● Complete Blind Spot Elimination: Drivers gained comprehensive visibility around the sweeper vehicle, drastically reducing scratches and collisions.
● Enhanced Safety: Operations in complex environments became safer, with a substantial decrease in accident risks.
● Improved Cleaning Quality: Drivers can now verify cleaning coverage in real-time, day or night, avoiding omissions and redundant work.
● Visualized Management: Project managers utilize full-process video recordings to assess driver performance and trace liabilities.

After using the system, drivers shared positive feedback: “We used to miss corners while cleaning, but now we can clearly see obstacles and debris around the brushes, making work much more efficient.”

The customer added: “Since adopting STONKAM’s 360° surround view system in 2021, our sweeper operations have become safer and more efficient. Drivers can monitor cleaning in real time and record the entire process, reducing accidents and improving quality.”

Link:STONKAM 360 Around View System Enhances Sweeper Truck Efficiency and Safety_STONKAM CO., LTD

STONKAM AI Wireless Camera System Enhances Safety and Efficiency in Heavy Equipment Remote Operations

 In a China mining project, heavy machinery like excavators, cranes, and loaders operate in hazardous conditions with dust, noise, falling rocks, and blasting risks. Remote control ensures operator safety and continuous production. The STONKAM AI Wireless Camera System provides real-time video and AI alerts, making operations safer, more intuitive, and efficient.

heavy equipment camera system

Key Customer Pain Points

In high-risk mining environments, unmanned or remote operations face key challenges:

● Limited Visibility & Difficult Remote Operation: Dust, smoke, and large vehicle blind spots hinder operators’ real-time awareness of surroundings and equipment, reducing precision and efficiency.
● Safety Hazards:  Debris clearing, maintenance, or material transport may involve personnel or other equipment entering the work area, increasing collision and accident risks.
● Slow Equipment Troubleshooting:  Harsh conditions cause frequent equipment anomalies, and without direct visual monitoring, operators struggle to quickly locate and assess issues, delaying repairs and lowering efficiency.

Solution

The project used two types of remote control setups: one with wireless displays and one with central control displays. STONKAM provided tailored solutions for each:

Basic Wireless Remote Control: 360° cameras installed on the operator’s arm or vehicle transmit real-time video via a wireless camera system​ to the controller’s display. Operators can control equipment remotely while monitoring surroundings, avoiding misjudgments and ensuring safe, efficient work.
AI Intelligent Upgrade: For controllers without displays, STONKAM supplied an AI Wireless Display with cameras. Built-in AI algorithms detect personnel entering hazardous zones, trigger active alerts, and record alarm video for management and safety tracking.

By combining these solutions, the customer overcame limited field of view issues and achieved proactive safety protection, enhancing the reliability of remote machinery operation.

Project Outcomes

After deployment, the customer reported notable improvements in remote operation safety and efficiency:

● Higher Operational Efficiency: Remote control became more responsive and precise, enabling smoother operations in complex scenarios and significantly increasing overall work pace.
● Enhanced Safety: AI detection reliably identifies unauthorized personnel and issues early warnings, greatly reducing accident risks.
● Faster Fault Diagnosis: Real-time monitoring and recording help operators spot equipment abnormalities quickly, shortening troubleshooting and maintenance cycles.

The project manager noted: “STONKAM’s solution has greatly improved the safety and intuitiveness of remote equipment control. Operators no longer rely solely on instinct—AI alerts and live monitoring make operations safer and more efficient, especially on mining sites with multiple simultaneous machines, easing coordination and command.”

AI Wireless Camera System——FAQ

1. What is the AI Wireless Camera System?

The AI Wireless Camera System is a remote visual assistance and safety protection solution specifically designed for high-risk operating environments such as mines and heavy equipments. The system consists of wireless cameras, wireless receivers, and optional wireless displays.

2. Which heavy equipment and scenarios is this system suitable for?

This system is suitable for various heavy equipment, including mining excavators, cranes, loaders, drilling rigs, and more. It is particularly well-suited for high-risk environments where remote operation is commonly used, such as blasting zones and excavation areas.

3. What key issues does this system address?

The system provides real-time transmission of operational surveillance footage, enabling operators to clearly monitor the equipment’s surroundings during remote control. Additionally, when paired with an AI smart display, it can detect potential safety hazards, such as personnel proximity, and issue real-time alerts.

4. Is installation complicated? Does it require structural modifications to the equipment?

With its wireless deployment, the system requires no extensive modifications and can be quickly adapted to most types of engineering machinery.

5. Where can I learn more or request a demo?

Visit the STONKAM website and contact us for professional customized solutions.

STONKAM

As a National “Little Giant” Enterprise, with 20+ years in in-vehicle vision, STONKAM provides intelligent vehicle camera systems across 150+ countries, trusted globally for quality, innovation, and reliability.For more information about our solutions, please feel free to contact us!

Link:STONKAM AI Wireless Camera System Enhances Safety and Efficiency in Heavy Equipment Remote Operations_STONKAM CO., LTD

Successful Implementation of 6000+ STONKAM Forklift Fleet Management Systems For Japanese Client

The client, a platform management company under a major Japanese conglomerate, provides long-term safety and operations management for a large nationwide forklift fleet. Since 2017, they have partnered with STONKAM, deploying over 6,000 forklift fleet management systems. The solution enables real-time monitoring, driving behavior analysis, hazard warnings, and evidence recording, fully integrated with the client’s supervision platform. This has helped standardize driver behavior, enhance dispatch efficiency, and advance digital, intelligent fleet management.

forklift monitoring systems

Key Customer Pain Points

● Limited visibility causing recurring minor collisions: Forklifts operating in narrow aisles face serious front/rear blind spots, leading to repeated minor impacts with personnel, goods, and equipment due to the lack of effective early-warning mechanisms.
● Inability to quantify driving habits or assess training results: Although rules and training were in place, managers had no real-time visibility into unsafe behaviors such as sharp turns or sudden braking.
● Low efficiency and incomplete coverage from manual supervision: With multiple zones and shifts, managers couldn’t continuously monitor all vehicles, resulting in gaps in recording, feedback, and violation tracking.
● Insufficient evidence for incident investigations: Without video or behavioral data, damage incidents required costly investigation, made liability difficult to determine, and reduced management transparency.

Solution

To meet the client’s needs for safety oversight and data-driven management, STONKAM deployed a forklift management system​ built around Waterproof MDVRs, HD forklift cameras, and customized line controllers.

● The Waterproof MDVR serves as the core, supporting 4-channel recording, up to 2TB local storage, and stable data upload—ensuring reliable performance in dusty, humid, and high-vibration environments.
● Front and rear 1080P HD forklift cameras cover major blind spots, while the MDVR’s built-in 9-axis G-SENSOR detects unsafe actions such as sudden braking or sharp turns and automatically triggers alerts to standardize driving behavior.
● All video and behavioral data is transmitted to the client’s supervision platform for reporting, event handling, and analysis.

This integrated forklift monitoring systems​ unifies real-time monitoring, driving behavior collection, and evidence recording, enabling a transparent, manageable, and traceable forklift safety supervision framework.

Project Outcomes

● Significant Accident Reduction & Proactive Risk Alerts: Real-time driving behavior monitoring and instant warnings improved driver awareness, reduced dangerous actions, and lowered accident-related and maintenance costs. 
● Enhanced Fleet Efficiency: Managers can easily view vehicle and driver status, enabling more accurate dispatching and improving fleet utilization.
● Complete Evidence Chain for Clear Liability: Incidents automatically trigger alarm recording, and video playback provides solid evidence, reducing disputes and compensation expenses.
● Digitalized, Transparent Supervision: All data is uploaded to the client platform for automated behavior statistics and report generation, making management more visual, standardized, and efficient.

Client Testimonial
“STONKAM’s forklift fleet management system has greatly improved visibility across our operations. Real-time front/rear monitoring and hazard alerts significantly reduced avoidable collisions and strengthened driver safety awareness. The system is stable, and integrated seamlessly with our platform. It has become a key investment in elevating the efficiency of our forklift fleet management.”

Forklift Fleet Management System——FAQ

1. What scenarios is the solution suitable for?

Ideal for warehouses, factories, logistics hubs, and other high-frequency forklift environments where a reliable forklift camera​ is needed. Its waterproof, dustproof, and shock-resistant design ensures stable operation even in harsh conditions.

2. Can it integrate with existing platforms?

Yes. The MDVR supports server connectivity and offers APIs for seamless integration.

3. What behaviors can it monitor?

It identifies unsafe actions such as harsh braking, sharp turns, and collisions, automatically triggering recording and alerts for behavior standardization and incident review.

4. Can it be used for driver assessment?

Yes. Driving behavior data can sync to client platforms or STONKAM’s platform to generate driver records and behavior reports.

5. Is customization available?

Yes. We offer multi-level customization, including hardware, software, line controllers, and data interfaces.

6. Is data secure? Is encryption supported?

Yes. SSL encryption, HTTPS transmission, Amazon S3 storage, and supercapacitor power-loss protection ensure robust data security.

STONKAM

As a National “Little Giant” Enterprise, with 20+ years in in-vehicle vision, STONKAM provides intelligent vehicle camera systems across 150+ countries, trusted globally for quality, innovation, and reliability.For more information about our solutions, please feel free to contact us!

Explore more:Successful Implementation of 6000+ STONKAM Forklift Fleet Management Systems For Japanese Client_STONKAM CO., LTD

STONKAM Heavy Duty Truck Camera & Backup Parking Sensor Boosts Safety for Peruvian Mining Trucks

The client is a mining truck operation company in Peru engaged in ore mining and transportation. Their vehicles operate long-term in open-pit areas with heavy dust, poor visibility, and mixed pedestrian–vehicle traffic. These conditions, combined with multiple blind spots and high safety risks, make traditional monitoring insufficient. 

To improve safety and operational efficiency, the client adopted STONKAM’s 360 around view monitor system​ and Onboard Millimeter-Wave Radar Solution, achieving vehicle-surround visualization and active obstacle warnings.

Key Customer Pain Points

● Vehicle Blind Spots Posing High Safety Risks: Due to their massive size and limited visibility, large mining trucks have wide blind spots, making turns, reversing, and loading/unloading risky and prone to collisions or personnel accidents.
● Harsh Environment and Low Visibility Hampering Monitoring: In dust, rain, fog, or low light, traditional monitoring systems produce unstable images, leaving drivers with unclear views and making environmental assessment difficult.
● Complex Operational Scenarios Impacting Efficiency:Open-pit mining involves varied tasks where personnel may approach large vehicles, and trucks must navigate slopes, curves, and intersections. These dynamic conditions make it hard for drivers to judge surroundings in time, affecting workflow and safety.

Solution

Addressing challenges such as blind spots, safety risks, poor low-visibility monitoring, and mixed pedestrian-vehicle traffic, STONKAM offered an integrated 360 Around View Monitor System & Millimeter-Wave Radar solution with enhanced mining truck collision avoidance​ capability.

● 360 Around View Monitor System:

Four cameras deliver a seamlessly stitched surround view, allowing drivers to clearly see their environment during turning, reversing, and loading/unloading, greatly reducing collision risks.

● Backup Parking Sensor:

Provides stable detection of vehicles, personnel, and obstacles even in low-visibility conditions, issuing real-time audio-visual collision warnings to enhance situational awareness and operational safety.

By integrating panoramic imaging with millimeter-wave radar, the solution delivers all-weather, blind-spot-free monitoring, ensuring reliable protection for intensive mining truck operations.

Project Outcomes

● Enhanced Operational Efficiency: Reduces misjudgments and unexpected stops in complex scenarios, minimizing interruptions from delayed reactions or poor visibility. This keeps hauling more continuous and the workflow smoother and more stable.
● Significantly Improved Safety: The system proactively identifies and warns of potential hazards, greatly reducing collisions and improving safety for both vehicles and personnel.
● Reduced Management & Maintenance Costs: Lower repair needs, fewer production stoppages, and reduced management efforts bring clear economic benefits to the enterprise.

Client Testimonial

“STONKAM’s heavy duty truck camera and backup parking sensor solution with mining truck collision avoidance​ has greatly enhanced our vehicle safety. It remains stable and reliable even in heavy dust and nighttime conditions, significantly boosting our mining site efficiency.”

Link:STONKAM Heavy Duty Truck Camera & Backup Parking Sensor Boosts Safety for Peruvian Mining Trucks_STONKAM CO., LTD

STONKAM truck fleet camera systems empower North American freight fleet upgrades

The client is a leading fleet management solutions provider in North America, offering in-vehicle terminals, driver behavior analytics, and fleet data platforms for the cargo transportation industry. To strengthen their solution’s competitiveness, they integrated nearly 20,000 STONKAM intelligent truck camera systems, enabling more reliable video monitoring, more accurate driver behavior detection, and more comprehensive safety management.

truck camera systems

Key Customer Pain Points

● High risk of dangerous driving behavior

Driver fatigue due to long hours of driving, along with unsafe behaviors such as phone use, smoking, and speeding, easily leads to accidents.

● Difficulty in accident evidence collection

Theft, malicious damage, and driving accidents often lack video and data support, resulting in additional losses.

● Low fleet operational efficiency

The client aims to achieve integrated “video + data” management of the fleet, such as driving behavior data, positioning, alerts, and video evidence.

● High blind spot risk

Large trucks and freight vehicles have significant blind spots on the sides, during turns, and at trailer connections, leading to a high incidence of collisions, scratches, and turning accidents.

Solution

To address the customer’s specific needs, STONKAM provided a four-channel AI-integrated truck fleet camera systems​ solution:

● AI Driver Safety Camera (DMS)

Fatigue detection (eye closure, drowsiness, yawning)
Distraction detection (phone use, calling, prolonged head turning)
Smoking detection / Seatbelt non-use detection / Sunglasses recognition
Continuous monitoring of driving behavior to ensure driver safety and provide basis for driver training.

● AI Forward-Facing Camera (ADAS)

Smart driving assistance: Close following distance warning, sudden braking detection, speeding monitoring
Road sign recognition: Speed limit sign recognition, STOP sign recognition
Early warning of potential risks to reduce accident probability.

● MDVR Intelligent Mobile Digital Video Recorder

High-definition video monitoring with large-capacity local storage
Supports daily vehicle status checks and automatic report generation
Enables remote monitoring, recognition, alerts, recording, and remote reporting
Supports API expansion for integration with customer systems.

● Ultra-Wide-Angle Side Monitoring Cameras for Trucks

Expands blind spot visibility to monitor vehicle surroundings
Combined with the forward-facing camera to form a surround-view system, completing the comprehensive truck camera systems​ solution.

Project Outcomes

● Significant improvement in driver safety awareness

DMS-captured behavior data supports targeted training, reducing violations and enhancing safe driving habits.

● Reduction in accidents and related costs

Real-time video and event reports strengthen anti-theft measures, speed up liability determination, reduce insurance disputes, and improve fleet profitability.

● Comprehensive enhancement of vehicle safety

The system minimizes blind-spot accidents and driver errors, especially in nighttime, narrow-lane driving, reversing, and lane-changing.

● Improved fleet operational efficiency

With driving data, alerts, and video analytics, the client can assess performance, optimize routes and fuel use, and monitor vehicle status—shifting from passive to data-driven management.

Client Testimonial

“The stability of STONKAM’s MDVR and the accuracy of its AI cameras have significantly improved our driver behavior analysis and vehicle operations. Their truck camera recording system​ provides exceptional value in accident evidence collection, driver training, and blind-spot risk control. STONKAM is a reliable partner, and we plan to expand its use across more vehicle types and scenarios.”

Explore more:STONKAM truck fleet camera systems empower North American freight fleet upgrades_STONKAM CO., LTD

STONAM AI Forklift Camera System Empowers UK Partner to Enhance Competitiveness in Safety Solutions

The customer is a leading material handling safety solutions provider in the UK and Europe, serving forklift fleets across warehousing, manufacturing, logistics, and other industries. To enhance solution competitiveness and market reach, the customer has purchased around 20,000 sets of the STONKAM AI Forklift Blind Spot Warning System, a comprehensive forklift camera system​ designed to address core forklift safety​ concerns.

forklift camera system

Key Customer Pain Points

● High demand for blind spot safety functions

As awareness of forklift blind spot risks grows, the customer required more advanced intelligent warning capabilities to meet increasing forklift safety demands.

● Rising demand for visual management and video evidence

End-users increasingly value video recording and remote access for incident review and liability analysis, driving the need for more professional video monitoring.

● High adaptability for retrofit projects

Large-scale retrofits required equipment compatible with forklifts of different brands, ages, and structures, while ensuring long-term stability and low maintenance costs.

● Challenging warehouse conditions require high reliability

Dust, vibration, and varying lighting conditions demanded durable, reliable equipment capable of stable operation in large-scale, high-load environments.

Solution

To help the customer build a more competitive forklift safety solution, STONKAM provided an integrated "AI Blind Spot Warning + Video Monitoring & Recording" solution with flexible installation, customizable for different forklift models.

1. AI Pedestrian Detection Camera

● AI-powered pedestrian detection identifies personnel entering hazardous areas
● 140° ultra-wide-angle coverage for comprehensive blind spot monitoring
● Infrared night vision for clear recording in low-light warehouses
● IP69K-rated waterproof, dustproof, and vibration-resistant design, suitable for continuous vehicle vibration and complex warehouse environments

2. Waterproof Vehicle Display

● Real-time display of detected pedestrians and their distance
● Live blind spot monitoring enhances driver awareness
● IP66-rated waterproof and dustproof design for various indoor and outdoor environments
● Supports touch operation for easy setup

3. Intelligent MDVR

● Supports up to 8 camera inputs for continuous HD recording
● Three data access methods: manual SSD removal, Wi-Fi remote download, and cloud platform remote access
● IP69K-rated waterproof, dustproof and waterproof overall, with a tamper-resistant top cover design
● Encrypted video data accessible only to authorized personnel for privacy protection
● Supports real-time video viewing on both PC and mobile platforms

Project Outcomes

● Significantly Enhanced Safety Capabilities

The AI blind spot warning system, centered around the pedestrian detection camera, effectively reduced pedestrian intrusion and blind spot collision risks, giving the customer a stronger proactive forklift safety​ advantage.

● Comprehensively Improved Solution Value

Professional video monitoring met key end-user needs—video retention, remote access, and incident review—making the solution more complete and competitive.

● Higher Efficiency in Large-Scale Retrofit Deployment

Highly adaptable equipment supported fast deployment across multiple forklift brands and types, reducing retrofit complexity and maintenance workload.

● Stronger Market Competitiveness

A smarter, more reliable safety solution generated positive end-user feedback and further strengthened the customer’s position in the local material handling safety market.

Client Testimonial

“STONKAM’s AI Blind Spot Warning System greatly enhances our solution’s competitiveness, helping us better meet fleet forklift safety​ and visual-management needs. Its stability, adaptability, and proven safety results are outstanding. STONKAM is a partner we can trust.

Link:STONAM AI Forklift Camera System Empowers UK Partner to Enhance Competitiveness in Safety Solutions_STONKAM CO., LTD