YDLIDAR OS30A Depth Camera

Looking for Os30a Camera? YDLIDAR OS30A Depth Camera is available at Zbotic with fast shipping across India.

The OS30A 3D camera module utilizes binocular structured light 3D imaging technology to capture depth images and create depth information models. Equipped with a dedicated depth calculation chip, it is specifically optimized for robotic obstacle avoidance.

Compact and easy to integrate, the camera features a Type-C standard output interface, offering users great flexibility. It is capable of operating in a variety of challenging environments, including total darkness, strong or weak indoor lighting, backlighting, and semi-outdoor conditions, making it highly versatile for a wide range of applications.

Note: This product is discontinued please check the updated version of this SKU is R123195.

Features:

1. 1280*920 high-resolution image output
2. Depth map horizontal direction FOV 78°, meet the requirement of robots
3.  Fearless ambient light interference
4.  Deep calculation processors use high-performance dedicated chips
5.  USB2.0 standard output interface

Specification

Package Include:

1 x YDLIDAR OS30A Depth Camera

Datasheet

User manual

YDLIDAR OS30A Depth Camera Overview

The YDLIDAR OS30A Depth Camera is a binocular structured light 3D imaging module designed for precise depth mapping in robotic systems. It delivers high-resolution depth images and is optimized for real-time obstacle avoidance and scene reconstruction.

Key Features of YDLIDAR OS30A Depth Camera

• 1280×920 high-resolution depth and RGB image output for detailed scene analysis
• 78° horizontal field of view depth map meets wide-angle robotic navigation needs
• Binocular structured light technology ensures accurate 3D imaging and depth consistency
• Dedicated high-performance depth calculation chip for low-latency processing
• Type-C standard output interface and compact form factor for easy integration
• Fast shipping across India from Zbotic ensures you receive the camera quickly

Applications and Use Cases

• Autonomous mobile robots: real-time obstacle detection and collision avoidance
• Warehouse automation: 3D mapping for inventory tracking and space optimization
• Service robots: human tracking and gesture recognition in hospitality or healthcare
• AR/VR scanning: creating depth maps for virtual environment reconstruction
• Agricultural robotics: terrain analysis and crop monitoring under variable lighting
• Security systems: perimeter monitoring in low-light or backlit conditions

How to Use YDLIDAR OS30A Depth Camera

Mount the OS30A module on your robotic platform or fixture, connect the USB Type-C interface to your host computer, and install the YDLIDAR driver and SDK. Power up the camera, run the provided calibration tools, then access real-time depth frames and point clouds through the SDK APIs to integrate obstacle avoidance or mapping functions.

Why Buy from Zbotic?

• Genuine Products: All items sourced from authorized distributors
• Fast Shipping: Orders ship within 24 hours with tracking (non backordered products)
• Free Shipping: Free delivery on qualifying orders
• COD Available: Cash on Delivery, UPI, cards, net banking
• Technical Support: Expert help for setup and troubleshooting
• Easy Returns: Hassle-free replacement for defective products

Frequently Asked Questions

What resolution and field of view does the OS30A Depth Camera provide?

The OS30A outputs depth and RGB images at 1280×920 resolution with a 78° horizontal field of view, offering wide coverage and fine detail for robotic vision tasks.

How does the OS30A perform under various lighting conditions?

Equipped with binocular structured light and a specialized depth calculation chip, the OS30A is fearless against ambient light interference and operates reliably in total darkness, strong or weak indoor lighting, backlighting, and semi-outdoor environments.

How can I integrate the OS30A Depth Camera into my robotic system?

Simply mount the compact OS30A module, connect via USB Type-C to your controller or PC, install the YDLIDAR SDK and drivers, run the calibration routine, and use the provided APIs to acquire depth data for navigation or mapping.

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