ACEBOTT ESP32 Camera Expansion Pack for QD002 Robot

Name: ACEBOTT ESP32 Camera Expansion Pack for QD002 Robot
Brand: ACEBOTT
SKU: IOWC-0473
Price: 1979.00 INR
Availability: OutOfStock

₹1,979.00 (Inclusive of all taxes)

Out of Stock

The ACEBOTT ESP32 Camera Expansion Pack adds a 1280×800 resolution camera to the QD002 robot platform, enabling computer vision, image recognition, and real-time video streaming for Arduino IDE and ESP-IDF development.

Features

ESP32-Powered Vision: Integrates a camera with the ESP32’s dual-core processor for on-device image processing and wireless streaming.
1280×800 Resolution Sensor: Provides clear visual data for object detection, line following, and environmental monitoring tasks.
Plug-and-Play for QD002: Designed for direct compatibility with the ACEBOTT QD002 robot chassis, simplifying hardware integration.
Real-Time Video Streaming: Enables live FPV (First Person View) from the robot over Wi-Fi for remote control and monitoring.
Arduino & ESP-IDF Support: Programmable using popular frameworks for implementing custom computer vision algorithms.

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Description

The ACEBOTT ESP32 Camera Expansion Pack transforms the QD002 robot car into a vision-capable IoT device. This module combines an ESP32 microcontroller with a camera sensor, providing the computational power and connectivity needed for real-time image processing and wireless data transmission. It is engineered for seamless integration, requiring no complex wiring or external power supplies when connected to the main robot controller.

Built for developers and educators, this expansion facilitates advanced robotics projects involving object recognition, color tracking, and autonomous navigation. The ESP32 handles both the camera data and Wi-Fi connectivity, allowing for low-latency video feeds to be streamed to a web interface or mobile app. Its compact form factor and pre-configured mounting ensure it complements the robot’s design without hindering mobility.

Key Features

Adds real-time visual perception to robotic platforms for environment interaction.
Enables development of image recognition, face detection, and object tracking algorithms.
Supports live video streaming over Wi-Fi for remote monitoring and First-Person View (FPV) control.
Plug-and-play design with the QD002 chassis for quick setup and immediate functionality.
Powered and controlled directly through the robot's main ESP32 board, simplifying power management.
Ideal for educational STEM projects, robotics competitions, and IoT prototyping.

Applications

Smart robot car vision for obstacle avoidance and autonomous navigation.
Educational STEM kits for teaching computer vision and IoT concepts.
Remote surveillance and monitoring via mobile-controlled rover.
Prototyping for object recognition, line following, and color sorting machines.

Technical Specifications

Microcontroller/SoC	ESP32 (Integrated on main robot board)
Wireless Protocol	Wi-Fi (802.11 b/g/n)
Camera Resolution	1280 x 800 pixels
Interface	Dedicated camera serial interface (e.g., DVP or similar)
Compatibility	ACEBOTT QD002 Robot Car
Development Framework	Arduino IDE, ESP-IDF
Shipping Weight	0.085 kg
Shipping Dimensions	13.0 x 8.0 x 3.0 cm

Frequently Asked Questions

How do I connect and power the camera expansion pack with my QD002 robot?

The expansion pack connects directly to a dedicated camera port on the QD002's main control board. No external wiring or separate power supply is needed, as it draws power and communicates via the robot's integrated ESP32 microcontroller. Ensure the robot is powered via its USB-C or battery port before activating the camera stream in your code.

What software frameworks can I use to program the camera for object detection?

You can program the module using the Arduino IDE with the ESP32 board package and camera libraries like ESP32-Camera. Alternatively, use Espressif's official ESP-IDF framework for lower-level control. Example sketches are available for capturing images, streaming video to a web server, and implementing basic face or color detection algorithms using onboard processing.

Can this camera module stream video to a phone or computer remotely?

Yes. The ESP32's Wi-Fi capability allows you to host a local web server that streams MJPG video. You can access this stream from any device on the same network by entering the robot's IP address in a web browser. For remote access outside the local network, you would need to implement port forwarding or use a cloud relay service like MQTT with image capture.