CrowPi3 - Al Learning and Development Station - Basic Kit
CrowPi3 - Al Learning and Development Station - Basic Kit is backordered and will ship as soon as it is back in stock.
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Call us on 1300 240 817 between 10 AM and 4 PM on weekdays or email team@littlebird.com.au .
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Pi Australia is operated by Little Bird, and we go to great lengths to ship your orders, often within minutes.
You can view shipping options and pricing at checkout without logging in.
For orders over 500g (such as bulky items), shipping may cost more than the initial estimate.
We deliver across Australia, and here are the options (based on your location; view them on the cart page):
- Standard Post: Starting at $7 (6+ business days, with tracking)
- Express Post: Starting at $11 (2+ business days, with tracking)
- Same Day Delivery: Available for Sydney orders.
- Non-metro WA, NT, SA, and TAS: May take an additional 2+ days.
The most innovative Crowpi 3:All-in-one learning tool that supports multiple SBCs
Feature
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Compatible with multiple development boards
- Supports 4 mainstream open source development boards including Raspberry Pi 5, Arduino Nano, micro:bit, Pico, etc., covering a wide range of user groups from beginners to professional engineers, meeting the learning and development needs at different stages.
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Integrated with multiple sensors and modules
- Built-in 30+ commonly used sensors and electronic modules, with clear layout and clear identification, ready to use after power-on, no complicated wiring required, and easy implementation of various sensor project practices and AI visual development.
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Rich hardware interfaces
- Equipped with Ethernet, HDMI, audio interface, DEBUG interface, power input and output, USB 3.0, I2C/UART interface and Raspberry Pi native 40-Pin GPIO interface, it meets the needs of most application scenarios and has strong scalability.
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Intelligent interactive experience
- Equipped with a 4.3-inch capacitive touch display, a 2-megapixel camera and a high-sensitivity microphone, it supports AI visual recognition, voice recognition and interaction, providing an intuitive and smooth user experience.
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Diverse programming support
- Provides a graphical programming interface, fun examples, mini-game challenges and 100+ course resources, covering program codes, experimental wiring diagrams, etc., suitable for zero-based entry and advanced learning, improving programming learning efficiency.
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AI development capabilities
- Combined with the Raspberry Pi 5 processor, it can support AI applications such as OpenCV image processing, object recognition and tracking, face recognition, QR code recognition, pedestrian and car detection, and can explore the LLM large language model and deep learning development framework to help users easily play with artificial intelligence.
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Dynamic programming lighting effects
- Built-in a variety of dynamic programming lighting effects to enhance learning fun and visual experience and stimulate user creativity.
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Portable and easy-to-use design
- Integrated portable design, ready to use, no complex configuration required, suitable for classroom teaching, personal learning, project development and on-site demonstration and other usage scenarios.
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Comprehensive learning resource support
- Equipped with rich learning resources and software tools, it helps users get started quickly and easily achieve programming learning and project development from basic to advanced.
Crowpi 3: Smarter, More Refined, More Powerful
- Built for the future: AI & Beyond
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AI Image Generation-Speak it, see it.With CrowPi 3, your imagination becomes a visual reality. Just say the words— “Help me generate a picture of a dog dressed as a pirate captain”— and watch as your AI-powered lab brings it to life in minutes. | AI Video Generation-Your Text, brought to lifeType a scene—“A robot family having a picnic in the park”—and watch it transform into a vivid animated video in minutes. Creativity in motion, right at your fingertips.
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- Some upgrades change specs. This one change stories.
- Multi-SBC Compatible, easier to use
Use a Nano-compatible board on CrowPi 3 to light up the full RGB matrix with stunning color effects, making learning more visual, engaging, and beginner-friendly. | 28 Lessons for Nano-Compatible Boards: Sound, Sensing, and Embedded Systems
Run Raspberry Pi Pico on CrowPi 3 to light up LEDs in sequence with changing colors — a fun and visual way to learn coding and hardware control. | 28 Raspberry Pi Pico lessons: motor control, sensors & protocols
- Small Screen for Freedom. Big screen to scale.
What Can You Create with Crowpi 3?
One gesture to play your favorite song. Teach your Al a secret gesture, your project, your rules. | Tap a button. Watch every light respond. Welcome to your smart home—coded by you.
Point the IR remote at CrowPi 3 and press a button—watch as the RGB matrix lights up with dazzling colors in response. | Love Tetris? On CrowPi 3, bring the classic game to life with the RGB matrix—code falling blocks, control the action, and enjoy a bright, interactive experience.
Tilt the CrowPi 3 left and right—the onboard motion sensor reacts instantly, showing direction on the matrix. |
What You’ll Learn
- Python Lessons – Control GPIOs, read sensors, display data, and master hardware communication.
- Node-RED for IoT – Learn flow-based visual programming for building smart, connected projects. (And yes, we’re adding more all the time!)
- Courses for micro:bit, Raspberry Pi Pico, and Nano-Compatible Boards — From blinking LEDs to real-world automation, dive into embedded systems with guided, hands-on projects.
- Supporting multiple operating systems
Who Needs This?
- Students: From elementary school students (8+) to college students, learning the basics of programming and electronic engineering;
- Educators: Teachers and lecturers, for teaching and curriculum development;
- Developers and Engineers: Professional developers and engineers, for project development and prototyping;
- DIY enthusiasts and makers: enthusiasts who like to make projects by themselves;
- Researchers: Researchers engaged in research in fields such as artificial intelligence and machine learning;
- Artists and technical artists: Artists who use technology to create works of art;
- Beginners: Beginners in programming and electronic engineering, looking for a smooth entry path;
- Advanced users: Advanced users who need advanced functions and performance to develop complex projects;
Where is it used?
Specification
CPU/SoC | Broadcom BCM2712, ARM Cortex-A76, up to 2.4GHz, quad-core, 64-bit
GPU | VideoCore VII GPU @800MHz, supports OpenGL ES 3.1, Vulkan 1.2(dual micro HDMI ports, supports dual 4K@60fps video output)
RAM | 4GB/8GB LPDDR4X-4267 SDRAM
Development | Python, C/C++, Java, Node.js, etc.
Development environments (IDE) | Thonny, Visual Studio Code, etc. (supports Node-RED)
Support frameworks/libraries | TensorFlow, OpenCV, Docker, etc.
Operating systems | Official: Raspberry Pi OSOther compatible: Ubuntu Desktop, Manjaro ARM, Kali Linux, LibreELEC (Media Center), OSMC, etc.
Screen
Size | 4.3 inch
Resolution | 800RGB(H)x480(V)
Active area | 95.04(W)×53.858(H) mm
Display panel | IPS wide viewing angle
Brightness | 300 cd/m² (Typ.)
Color depth | 16.7M
Contrast ratio | 1200:1
Backlight | 10-LED
Touch type | Full capacitive touch, single point
Wireless Connection
Wi-Fi | Wi-Fi 6 (802.11ax), supports 2.4GHz and 5GHz bands
Bluetooth | Bluetooth 5.2, Bluetooth BLE, supports low-power device connection
Interface (Peripheral)
Type-C (IN/OUT) | For data transmission and DC power supply. The input rated voltage is 5V/5A, the output is 5V/2A, and it supports PD function.
Type-C (OUT) | A USB Type-C interface with output function, used to transmit data to the outside or to power/charge other devices, with an output rated voltage of 5V/2A.
HDMI | This interface is the HDMI interface that comes with Pi 5
Headphone jack | Used to connect headphones or external speakers, output audio signals, 3.5mm.
Ethernet Gigabit | Ethernet interface 10/100/1000 Mbps.
USB 3.0 | USB 3.0 port, supports simultaneous 5Gbps operation
USB 2.0 | USB 2.0 specification port
DEBUG | DEBUG interface is used for debugging of microcontroller modules, allows users to connect devices such as debuggers or logic analyzers.
Button
Power button/(Power) | Press and hold the power button for 1 second to turn the device on, and press and hold the power button for 3 seconds to turn the device off.
Volume/Brightness button | Used to adjust the volume and screen brightness of the device.
LED Indicator Light
PWR | Power indicator light, lights up red after the device is turned on.
CHG | Lithium battery status indicator, flashes red when low voltage, lights up red when charging, lights up green when fully charged.
Sensor(Input)
EEPROM | Gyroscope/Acceleration | Five-way joystick | Button*4
Touch Sensing | RFID sensing | ultrasound | Flame sensor
Relay | Voltage detection | Angle tilt | Encoder
PIR sensor | Sound detection | Infrared receiver | Temperature and humidity
Hall sensor | Light intensity | Camera | Microphone
Sensor(Output)
Vibration motor | Digital tube | Buzzer
LED*6 running lights | 8*8 RGB matrix | LCD 1602
Other Interface
1*40-Pin pin, 1*Ambient Lighting, 2* Breadboard, 1* I2C interface,1* UART interface, 1* Servo interface, 1* Stepper motor interface
Mechanical
Size | 285*185*38mm
Shell | ABS+PC
Installation method | Desktop, portable
Operating temperature | -10~60 ℃
Relative humidity | 10%-95%, @ 40°C (non-condensing)
Power Input | 5V/5A, with PD protocol
Power Output | 5V/2A
Why Choose Us?
Crowpi Brand
**Note - you will need a Raspberry Pi 5 - 16GB **
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