360 Degree Bird View System | Vehicle Surround View Camera System
- Harine
- Xiamen, China
- 15 days after payment
- 5000pcs per month
- RC50
The RC50 system will display panoramic view picture at full screen when the system is on. 3.22D Aerial View picture on screen left part, 3D front view picture on screen right part when the vehicle is on driving.
3.4The moving object detection function will be active when the vehicle is at standstill or is running at a low speed of less than 10KM/H (CAN obtain the speed of the vehicle).
The system will detect automatically if there is moving object exists around the vehicle body and the detection distance is adjustable.
When a potential hazard is found, 2D Aerial View picture shows the area and distance of the moving object and issues dual alert with image and sound alarm.
3.5Several 3D view pictures can be choose.
360° Surround View Camera System with Bird's Eye View Monitoring
The RC50 360 Degree Bird View System is an advanced vehicle safety solution designed for buses, trucks, construction machinery and commercial vehicles. By combining multiple wide-angle cameras and intelligent image processing technology, the system generates a real-time panoramic bird's eye view around the vehicle.
Drivers can monitor blind spots, surrounding obstacles and moving objects from a single display, significantly improving driving safety and reducing the risk of collisions during parking, reversing and low-speed maneuvering.
The system supports both 2D panoramic view and 3D surround view modes, providing enhanced visibility and situational awareness for operators working in complex environments
Features
360° panoramic surround view monitoring
Real-time bird's eye view display
2D and 3D viewing modes
Moving Object Detection (MOD)
Blind spot elimination
Supports 4 or 6 camera configurations
AHD 720P high-definition video input
CAN Bus communication support
Wide voltage input (9V–36V)
Suitable for buses, trucks and heavy-duty vehicles
Automotive-grade EMC protection
Supports CF card storage up to 128GB
Applications
Bus Safety Systems
City buses
Shuttle buses
School buses
Tourist coaches
Commercial Vehicles
Logistics trucks
Delivery vehicles
Utility vehicles
Construction Equipment
Excavators
Wheel loaders
Cranes
Mining vehicles
Special Vehicles
Fire trucksAmbulances
Municipal service vehicles
Specificaitons for Bird View Process
Detail | Specification | Picture |
CPU | Freescale I.MX6 (Core: ARM Cortex-A9 Clock Speed: 1.0GHz L2 Cache: 1MB) |
|
Memory Bank | 2×512MB DDR3 | |
Emmc_Flash | 4GB eMMC | |
Power Supply | 9-36V | |
Current Consumption | Less than 600mA (@DC12V) | |
Power Consumption | 7.2W | |
video format | AHD | |
Video resolution | 1280*720 | |
Video Input | 4 or 6 (4 cameras for the bus with length no more than 13meter. 6 cameras for the bus with length over 13 meters ) | |
Video Output | CVBS or AHD video output | |
Video interface | RS765-4 connector 1:+ 2:- 3:N/A 4:Video | |
Control line | 4 ( right, left, reverse ,key press control ) | |
CAN control | Available | |
Support CF card | Max 128Gb | |
Operate Temperature | -30℃-85℃ | |
Storage temperature | -40°C to +90°C | |
EMC | Meet ISO 7637 | |
EMI | Meet CISPR25-2008 level 3 | |
EMS | Meet GB/T 17626.3-2006 level 3 | |
ESD | Meet GB/T 19951-2005 level 3 |
Specifications for Fish-eye camera -- waterproof Y360
Detail | Specification | Picture |
Image senor | 1/3” CMOS Sensor |
Y360
|
Effective Pixels | 1280(H)×960(V) | |
Resolution | 720P | |
Mini Illumination | ||
Horizontal View angle | 200° | |
Vertical View angle | 134° | |
Signal to noise ratio(S/N) | Better than 52 dB （AGC off ） | |
White Balance | Auto | |
BLC | Auto | |
Synchronous System | Internal Synchronization | |
Protection grade | IP67 | |
video format | AHD | |
Operate Temperature | -20°C to +70°C | |
Storage temperature | -40°C to +85°C |
Why Choose a 360 Bird View System?
Traditional rear-view cameras only show limited viewing angles. A 360 surround view system combines multiple cameras to create a complete panoramic image around the vehicle, helping drivers identify blind spots and nearby obstacles more effectively. Modern systems can also integrate moving object detection and 3D visualization to further improve driving safety
