10.1 Inches Touch Screen 3D Panoramic 360 Degree Surround View Camera System for Vehicles

Model No.: LW-360T

Surround-view camera systems typically employ multiple cameras placed around the vehicle—commonly at the front, rear, and sides. These cameras capture individual images that are then stitched together to create a complete view of the vehicle’s environment.

The stitched image is displayed on the vehicle’s dashboard, giving the driver a real-time, bird’s-eye perspective that aids in avoiding obstacles and navigating through confined areas. The integration of these cameras into the vehicle’s systems must be carefully managed to ensure that they function cohesively, providing accurate imaging data.

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Descriptions

10.1 inch Touch Screen 3D 360 Degree surrounding view Camera System

Model No.: LW-360T

Surround-view camera systems typically employ multiple cameras placed around the vehicle—commonly at the front, rear, and sides. These cameras capture individual images that are then stitched together to create a complete view of the vehicle’s environment.

The stitched image is displayed on the vehicle’s dashboard, giving the driver a real-time, bird’s-eye perspective that aids in avoiding obstacles and navigating through confined areas. The integration of these cameras into the vehicle’s systems must be carefully managed to ensure that they function cohesively, providing accurate imaging data.

Touch Screen 360 Degree Surround View Camera System for Bus

 

 

Traditional 4CHs CCTV Rear view camera with standard 90°~105° view angle lens, it is not able to cover all the blind spot areas of the vehicle:

Traditional 4 View Cameras can not cover surrouding blind spots

 

In our advanced 360 surrouding view system, each camera’s view angle can be 180 degree, 4 cameras will be able to cover all blind spot areas.

360 Surround View Camera fast calibration
360 Surround View Camera fast calibration

360 Surround View Camera for Bus

360 Surround View Camera for mining truck

 

5mins Easy stitching and calibration:

Active alignment is the exact positioning of camera lenses during assembly to optimize image quality across the entire field of view. Extrinsic calibration involves adjusting the cameras’ placement relative to each other to ensure accurate stitching of images in a surround-view system. These processes are important for achieving accurate image alignment and minimizing optical distortions.

4 Cameras stitched and calibration

4 Cameras stitched and calibration 2

 

Super wide view 180 degree fish eye Camera

4 wide view 180 degree fish eye Camera installation

360 Degree Multi-Angle View Camera System for RV

10 inches 360 around view camera system kit

Any question please feel free to contact us!

 

 

Data Sheet

360 Degree Surround View Camera System Technical data:

Model name
LC-360T
 
 
Screen
10.1 inch TFT-LCD touch screen
CPU
Quad-core ARM Cortex – A53@1.5GHz
Working voltage
DC 8V-35V
RAM
DDR3 1GB
Max memory
Up to 512GB(SD card is not included)
Chipset of video
PMTP9930 TP2815
Working temperature
-30℃~+75℃(Storage -40℃~+85℃)
Operating humidity
 ≤90% (Storage ≤90%)
Video Encoding
H.264, 30 FPS
Waterproof rating
IP69K(of camera)

 

Data for 360 Degree Surround View Camera

*Zinc alloy case of high quality
*Wide voltage design, wider applicability
*Wide view angle 180°, 1280 x 1080p30 / 1920 x 1080p60
*High definition, clear image
*Waterproof, dustproof, shockproof

Photos

10.1 Inches Touch Screen 3D Panoramic 360 Degree Surround View Camera System for Vehicles

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Description

Product Description

10.1 Inch Touch Screen 3D Panoramic 360 Degree Surround View Camera System for Vehicles

Model No.: LW-360T

Surround-view camera systems typically employ multiple cameras placed around the vehicle—commonly at the front, rear, and sides. These cameras capture individual images that are then stitched together to create a complete view of the vehicle’s environment.

The stitched image is displayed on the vehicle’s dashboard, giving the driver a real-time, bird’s-eye perspective that aids in avoiding obstacles and navigating through confined areas. The integration of these cameras into the vehicle’s systems must be carefully managed to ensure that they function cohesively, providing accurate imaging data.

 

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