PuppyPi Pro: Bionic Robotic Dog with LiDAR and ROS for Advanced Robotics

• ✔ Advanced AI in a bionic body: A four-legged robot with vision, powered by Raspberry Pi and ROS.
• ✔ High-precision servo drives: 8 stainless steel coreless servos with 8KG.cm torque for agile movement.
• ✔ Intelligent self-balancing: Thanks to the IMU sensor, it detects and corrects the position in real time.
• ✔ Flexible gait planning: Implements various gaits (walk, step, trot) with independent limb movement.
• ✔ LiDAR for autonomous navigation: LiDAR with a range of 12m for precise mapping and indoor navigation.
• ✔ Comprehensive control and FPV: Control via app (Android/iOS) or PC with real-time image transmission.
• ✔ Robust construction: Aluminum alloy body ensures durability and long service life.

Discover PuppyPi Pro, a revolutionary four-legged robot that pushes the boundaries of bionic robotics. At the heart of this intelligent companion is the Raspberry Pi, powered by the ROS operating system, making it the ideal platform for advanced robotics research, development and education. Equipped with cutting-edge technologies, it is ready to handle complex tasks with unprecedented precision.

🐾 Key features that fascinate

• Bionic Architecture: A four-legged robot with advanced AI vision, built on Raspberry Pi and Robot Operating System (ROS).
• Precise movement: 8 stainless steel coreless servos provide high precision, fast rotation and strong torque of 8KG.cm for complex movement sequences.
• Dynamic stability: The integrated IMU sensor continuously monitors position and automatically adjusts joints for perfect self-balancing.
• Innovative leg mechanism: The linkage system increases the angular velocity of the lower limbs and allows independent movement for a wide range of rotation.
• Adaptive gait: Ability to plan and adjust gait (walk, stride, trot) with detailed control over touch time, lift, and leg height.
• Interactive FPV and control: Support mobile apps (Android/iOS) and PC software for remote control, FPV image monitoring and precise height or tilt adjustment.
• Open-source and educational: All intelligent Python code is open and provided with detailed annotations for easy learning and experimentation.
• Spatial perception with LiDAR: LiDAR-STL-19P-TOF with a range of 12m and a frequency of 4500Hz enables advanced interior mapping and autonomous navigation with ROS support.
• Long-lasting: Built-in high-capacity Lipo battery (7.4V 2200mAh 20C) provides up to 60 minutes of continuous operation.
• Durable construction: The aluminum alloy body ensures excellent resistance to drops, collisions and high load capacity.
• Voltage monitoring: The voltage display module informs you of the current battery charge level, allowing for timely recharge.

✨ Explore every detail of the PuppyPi Pro robot dog

PuppyPi Pro represents the pinnacle of bionic robotics engineering. This quadruped robot is designed to provide an unrivaled platform for researchers, educators, and enthusiasts looking to delve into the world of advanced robotics, artificial intelligence, and autonomous systems. Its integration with Raspberry Pi and ROS offers immense flexibility and openness for further development and customization.

Powered by eight high-performance stainless steel coreless servos that deliver an impressive 8KG.cm of torque and fast response, PuppyPi Pro achieves smooth and precise movements. An integrated IMU sensor ensures constant stabilization, allowing it to maintain balance even in challenging conditions. A sophisticated leg mechanism with linkages increases agility and range of motion, while advanced gait planning algorithms allow the robot to transition naturally between different gaits.

A key component for autonomous operations is the integrated LiDAR sensor with excellent range and frequency, which, when combined with ROS, enables detailed mapping of the surroundings and reliable navigation in unfamiliar environments. To interact with the robot, intuitive mobile applications for Android and iOS are used, as well as PC software, which offer full control, including FPV image transmission from an HD wide-angle camera. With open source Python code and a robust aluminum alloy body, PuppyPi Pro is ready for your most demanding projects.

🔍 Are you facing challenges in developing advanced robotics?

Many robotic platforms lack the flexibility for advanced experiments with artificial intelligence, autonomous navigation, and bionic locomotion. Limited sensor capabilities, low processing power, or proprietary software often hinder the full development of research and educational projects. Are you looking for a robust, open, and powerful platform that enables simulation, SLAM, navigation, and bionic behavior with precision control?

🚀 PuppyPi Pro: Your gateway to the world of autonomous bionic robotics

PuppyPi Pro provides a comprehensive solution to these challenges. Combining Raspberry Pi, ROS, and advanced sensors such as LiDAR and IMU, it provides an ideal environment for developing and testing SLAM algorithms, autonomous navigation, and advanced bionic motion. Its open source code and Gazebo simulation support allow you to fully immerse yourself in innovation and overcome existing limitations, whether you are a student, researcher, or hobbyist.

🌟 More than just features: Real benefits for you

• Integration with ROS: Easy adaptation to standard robotic systems -> Faster prototyping and ecosystem compatibility.
• LiDAR for SLAM: Precise mapping and localization -> Reliable autonomous navigation in complex environments.
• Bionic movement: Natural and efficient walking -> Testing advanced stability and dynamics algorithms.
• Open source: Free access to Python code -> Unlimited possibilities for customization and learning.
• Raspberry Pi 4B/5 support: High computing power -> Processing complex AI algorithms directly on the robot.
• Durable construction: Aluminum alloy body -> Long-lasting durability and reliability even with intensive use.

🎯 Who is PuppyPi Pro the ideal choice for?

• **Students and Educators:** The perfect tool for teaching robotics, AI, and programming with open source and simulation support.
• **Researchers and developers:** A robust and flexible platform for testing SLAM algorithms, autonomous navigation, and bionic movement.
• **Hobbyists and Makers:** For anyone who wants to take their robotics projects to the next level with advanced hardware and software.

🤔 Do you have any concerns? We'll answer them!

• Concern: Is the robot complicated to build or program? -> Answer: PuppyPi Pro is designed for easy integration with Raspberry Pi and ROS, with open source Python code and detailed annotations, making it easy to learn and experiment.
• Concern: How long will the battery last and what if it runs out in the middle of a project? -> Answer: The built-in 7.4V 2200mAh Lipo battery provides up to 60 minutes of operation. The integrated voltage display module will alert you in time when it needs recharging so you can plan your activities.
• Concern: Will it be able to handle real-world environments and challenging terrains? -> Answer: With a robust aluminum alloy body and advanced leg mechanism, PuppyPi Pro is resistant to drops and collisions. Its gait planning and self-balancing allow it to adapt to different surfaces.

⚙️ Technical specifications

**Control unit**	Raspberry Pi 4B/5 (and expansion board)
**Operating system**	ROS (Robot Operating System)
**Drives**	8x HPS-0618SG coreless servo (stainless steel)
**Servo torque**	8KG.cm
**Sensors**	IMU (for self-balancing), LiDAR-STL-19P-TOF, HD 130° wide-angle camera
**LiDAR Type**	Time-of-flight (TOF)
**LiDAR Range**	12 m
**LiDAR Frequency**	4500Hz
**Battery**	7.4V 2200mAh 20C Li-Po
**Battery life**	Up to 60 minutes
**Body material**	Aluminum alloy
**Control**	PC software, iOS/Android APP, wireless controller
**Code**	Open source Python

❓ Frequently Asked Questions

Is PuppyPi Pro suitable for beginners in robotics?

Thanks to open source Python code with detailed annotations and comprehensive documentation, PuppyPi Pro is accessible even for beginners who want to learn and experiment.

What are the robot control options?

The robot can be controlled via a dedicated mobile app for Android and iOS, PC software, or a wireless controller. The mobile app also allows viewing of images from the FPV camera.

Can a robot map its surroundings and navigate?

Yes, it is equipped with a LiDAR-STL-19P-TOF sensor, which, in conjunction with the ROS operating system, enables advanced interior mapping (SLAM) and autonomous navigation.

How long can the robot last on a single charge?

The built-in high-capacity 7.4V 2200mAh Li-Po battery provides up to 60 minutes of continuous operation, ensuring enough time for your projects.

Is it possible to program and expand the robot?

Absolutely. PuppyPi Pro is built on Raspberry Pi and ROS, which ensures the openness of the platform. All code is open-source in Python and is fully annotated, which encourages customization and extension.

What is the structural durability of the robot?

The robot body is made of durable aluminum alloy, which provides excellent resistance to drops, collisions, and overall robustness to protect internal components.