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BY-J 360Automatic Panoramic Image System Calibration Debugging Cloth 2D 3D Car Camera Correction for 360 Surround Bird View
- 360 panoramic debugging cloth is usually universal and is suitable for calibration of most panoramic imaging systems.
- Suitable for different brands 360 panoramic systems, requiring manual fine-tuning and calibration, does not support fully automatic calibration and debugging.
- Suitable for cars, SUVs, business vehicles, pickup trucks, minivans and other models within 4.7 meters.
- Product size: Before and after 188*212 in* large cloth: placed in front and back of the car, used to calibrate the front and rear cameras.
- Lightweight and portable: This cloth weighs only 1 kg, making it easy to handle and transport, and is suitable for calibration at any time.
- Note: This is an installed calibration tool, not a panoramic system and this custom debugging clothis only suitable for the 360-degreepanoramic view sold in our store
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1. How to place the debug cloth- Place the debugging cloth in the center position in front and behind the car: the debugging cloth should be as parallel to the vehicle as possible, and ensure that the camera can fully capture the checkerboard pattern. -
Close to the tire edge: Some systems require the reference line of the debug cloth to align with the outside of the tire to ensure calibration accuracy. - Left, front, right
and back principle: Some brands recommend placing debugging cloths in the order of "left, front, right and back". 2.
Debugging process- Automatic debugging: Many 360 panoramic systems support automatic grabbing of reference points on debugging cloth to complete calibration.
- Manual fine-tuning: If the automatic calibration is not effective, you can manually adjust the reference point of each camera (such as the 12-point calibration method).
- Data input: Data such as vehicle length and vehicle width need to be measured and entered to optimize the splicing effect. 3. Factors influencing debugging cloth-
Flatness: If the debugging cloth is not flat, it may lead to splicing errors.
- Light conditions: High light or reflection may interfere with calibration. It is recommended to debug in an environment with uniform light.
- Site size: The ideal debugging site should be at least 314 in x 275 in to ensure sufficient calibration space.
Close to the tire edge: Some systems require the reference line of the debug cloth to align with the outside of the tire to ensure calibration accuracy. - Left, front, right
and back principle: Some brands recommend placing debugging cloths in the order of "left, front, right and back". 2.
Debugging process- Automatic debugging: Many 360 panoramic systems support automatic grabbing of reference points on debugging cloth to complete calibration.
- Manual fine-tuning: If the automatic calibration is not effective, you can manually adjust the reference point of each camera (such as the 12-point calibration method).
- Data input: Data such as vehicle length and vehicle width need to be measured and entered to optimize the splicing effect. 3. Factors influencing debugging cloth-
Flatness: If the debugging cloth is not flat, it may lead to splicing errors.
- Light conditions: High light or reflection may interfere with calibration. It is recommended to debug in an environment with uniform light.
- Site size: The ideal debugging site should be at least 314 in x 275 in to ensure sufficient calibration space.
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Warranty
- Please contact the Seller directly for warranty information. Warranty information may also be found on the Manufacturer's website.
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Return Policies
- Return for refund within: 30 days
- Return for replacement within: 30 days
- This item is covered by StarDragon Return Policy
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