To enhance safety management for transport fleets, STONKAM deployed 1,000 sets of 360 truck camera system solutions for medium-duty trucks in Turkey. The system captures real-time images through cameras installed around the vehicle and automatically generates a bird’s-eye view, providing drivers with complete surrounding visibility to help identify blind-spot risks early and improve transportation safety.

Key Customer Pain Points

● Large vehicle size creates significant blind spots with traditional mirrors
Medium-sized transport vehicles have large body dimensions, making it difficult to fully monitor surrounding areas using conventional rearview mirrors. Blind spots commonly occur during turning, lane changing, and low-speed operations, especially along the sides and rear of the vehicle.

● Complex operational environments increase monitoring difficulty
Vehicles frequently operate in logistics parks, warehouses, and loading/unloading zones. With multiple obstacles, equipment, and moving vehicles, drivers must constantly monitor different directions, increasing cognitive load and environmental awareness challenges.

● Fleet-scale operations require higher safety management standards
As fleet size grows, the customer requires a unified safety assistance system to standardize operational safety across all transport vehicles and improve overall fleet management efficiency.

Solution

To address blind-spot challenges and fleet scalability requirements in daily transport operations, STONKAM deployed 1,000 sets of the 360 truck camera system solutions. Through multi-angle image capture, real-time bird’s-eye visualization, and standardized deployment, the 360 truck camera system provides transport vehicles with enhanced environmental awareness capabilities, improving safety across large-scale fleet operations.

1.AI Vehicle 360 Surround View Monitor

● Integrated AVM algorithm: The display integrates a 360 AVM algorithm to generate a seamless surround view image with 360° zero blind spots. The all-in-one architecture of the 360 truck camera system eliminates the need for an external control box, reducing system complexity and lowering installation and maintenance costs for fleet operations.
● One-minute calibration: Software-based automatic calibration with plane correction shortens installation time and improves large-scale deployment efficiency of the 360 truck camera system, accelerating fleet operation readiness.
● AI full-area detection: Built-in AI functions integrate FCW (Forward Collision Warning) and BSD (Blind Spot Detection), enabling the 360 truck camera system to provide real-time alerts in low-speed turns, intersections, and complex road conditions to help drivers identify risks in advance.
● Super rearview mirror: The 3D display supports a super rearview function with wider lane coverage, helping drivers clearly observe rear traffic conditions during lane changes and high-speed driving.

2.360 Surround View Cameras

● 4-channel 360° coverage: Four 1080P ultra-wide-angle HD cameras are stitched together to deliver full 360 camera system coverage, ensuring visibility of areas not covered by traditional mirrors within the 360 truck camera system.
● Waterproof and vibration-resistant: Cameras feature IP69K protection and ISO 16750-3 (5.9G vibration resistance), ensuring the 360 truck camera system operates reliably in logistics transport, industrial parks, and other demanding environments.
● Starlight night vision capability: Clear imaging is maintained in low-light environments such as nighttime roads, warehouses, and loading areas, enabling the 360 truck camera system to support night operations without infrared illumination.

Project Outcomes

● Improved vehicle perimeter visibility
STONKAM 360 truck camera system provides a real-time bird’s-eye view, enabling drivers to clearly observe the vehicle’s surroundings and effectively cover blind spots that traditional mirrors cannot detect.

● Enhanced situational awareness in complex scenarios
In logistics parks, warehouses, and loading/unloading areas, drivers can better understand the spatial relationship between the vehicle and surrounding objects, improving operational efficiency.

● Established a unified fleet safety assistance system
By deploying STONKAM 360 truck camera system across the fleet, the customer established a standardized driver-assistance solution that ensures consistent vehicle visibility and improves overall fleet safety management.

Client Feedback

“STONKAM 360 truck camera system helps drivers better understand the vehicle’s surroundings. Especially in reversing, turning, and logistics delivery scenarios, it provides a more intuitive and reliable view, significantly improving daily transport operations.”

FAQ

Q1: How does STONKAM 360 truck camera system help in logistics parks and warehouse operations?
The system provides a real-time bird's-eye view around the vehicle, helping drivers observe nearby obstacles, vehicles, and loading areas more easily during reversing, turning, and low-speed maneuvers.

Q2: Does the 360 truck camera system improve daily driving efficiency in fleet operations?
Yes. It helps drivers complete reversing, turning, and tight-space maneuvers more smoothly by providing a real-time bird’s-eye view of the vehicle surroundings, improving visibility of nearby obstacles and reducing the need for repeated adjustments in logistics and delivery operations.

Q3: Can STONKAM 360 truck camera system help reduce vehicle scrapes and minor collisions?
Yes. By displaying areas that are difficult to see through conventional mirrors, the system improves visibility around the vehicle and helps drivers identify potential hazards during daily operations.

Q4: Is STONKAM 360 truck camera system suitable for different vehicle sizes?
Yes. The system can be calibrated for different commercial vehicles, including delivery vans, medium-duty trucks, and large trucks, ensuring accurate surround-view imaging.

Q5: Why choose STONKAM 360 camera systems for fleet deployment?
STONKAM 360 camera system combines full-around visibility with fast installation and calibration, making large-scale fleet deployment easier. Its reliable performance helps reduce blind-spot risks, minimize downtime, lower maintenance costs, and improve fleet-wide safety and operational efficiency.