Shenzhen Pbrobot Technology Co., Ltd. manufactures four primary bionic configurations engineered on the proven OpenCat framework. Every robot pet shares a cohesive API across Block-based coding, C++, and Python.
High-torque quadruped dog equipped with built-in voice commands and optional robotic gripper expansion.
Agile 11-servo bionic cat with 2-axis head articulation, motorized tail, and integrated ultrasonic perception eyes.
The foundational Arduino-compatible quadruped platform designed for cost-conscious electronics classrooms.
| System Specification | Bittle X | Nybble Q | Bittle Classic |
|---|---|---|---|
| Animal Form Factor | Agile Palm-Sized Dog | Flexible Bionic Feline | Agile Palm-Sized Dog |
| Controller Architecture | BiBoard (ESP32 Dual-Core 240MHz) | BiBoard (ESP32 Dual-Core 240MHz) | NyBoard V1 (ATmega328P 16MHz) |
| Total Actuators (DOF) | 9 Servos (8 Limbs + 1 Head) | 11 Servos (8 Limbs + 2 Head + 1 Tail) | 9 Servos (8 Limbs + 1 Head) |
| Head Movement Range | 1-Axis Horizontal (Yaw) | 2-Axis (Yaw & Pitch Articulation) | 1-Axis Horizontal (Yaw) |
| Tail Functionality | Static Structural Tail | Motorized Dynamic Wagging Tail | Static Structural Tail |
| Integrated Voice Control | Built-in Offline Voice Recognition | Via External Sound / Voice Module | Via External Sound / Voice Module |
| Perception Sensors | Clip-on Ultrasonic / AI Module | Integrated Ultrasonic Eye Sensors | Mouth-Clamped Ultrasonic Sensor |
| Robotic Arm Gripper | Fully Compatible (Head Mounted) | Not Supported (Enclosed Head) | Supported with Upgrade Bracket |
| Native Wireless Protocols | Dual-Mode Bluetooth 4.2 & Wi-Fi | Dual-Mode Bluetooth 4.2 & Wi-Fi | USB Serial (Dongles Required for Wireless) |
| Dynamic Flip Recovery | Performs Front & Backflips | Restricted (Tail-Protective Limit) | Performs Front & Backflips |
| Self-Righting Gyroscope | Integrated 6-Axis IMU (MPU6050) | Integrated 6-Axis IMU (MPU6050) | Integrated 6-Axis IMU (MPU6050) |
| Supported Single-Board Computers | Raspberry Pi Zero/3A+/4B, micro:bit | Raspberry Pi Zero/3A+, micro:bit | Raspberry Pi Zero/3A+, micro:bit |
| Coding Ecosystem | Mind+ Blocks, C++, Python, ROS | Mind+ Blocks, C++, Python, ROS | Mind+ Blocks, Arduino C++, Python |
| Battery Specification | 7.4V Li-ion 1000mAh Smart Pack | 7.4V Li-ion 1000mAh Smart Pack | 7.4V Li-ion 1000mAh Smart Pack |
Understanding mechanical differences enables STEM coordinators to match each model to learning objectives and durability requirements.
Engineered for agile locational dynamic balance, high-impact stunt recovery, and payload carrying.
Built with increased degrees of freedom to replicate feline curiosity, stalking gaits, and expressive gestures.
Servos drive joint performance in legged robots. Shenzhen Pbrobot Technology Co., Ltd. provides two precision actuator types to meet varying duty cycles and student skill levels.
| Actuator Specification | Lite Servos (Plastic-Core) | Alloy Servos (Metal-Gear) |
|---|---|---|
| Internal Gear Train | Engineering Composite Polymer | Aviation Alloy (Steel-Copper Blend) |
| Motor Construction | High-Speed Coreless Motor | Heavy-Duty Coreless Motor |
| Torque Rating (7.4V) | Standard Torque (~2.5 kg·cm) | High Torque (~4.0 kg·cm) |
| Shock-Load Protection | Mechanical Disengage Clutch Mechanism | High-Strength Metal Yield Resistance |
| Thermal & Overheat Safety | Dynamic Software Current Limiting | Thermal Cutoff Protection & Metal Heat Sink |
| Payload Capability | Ultrasonic Sensors, Lightweight Modules | Robotic Arms, Single-Board Computers, Cameras |
| Recommended User Group | Elementary, Middle School, Coding Novices | Universities, High Schools, Research Labs |
| Institutional Service Life | Balanced for standard classroom terms | Extended service under continuous stress |
Selecting the right servo option preserves curriculum budgets while maintaining reliable student uptime:
Designed specifically for introductory coding classrooms. The mechanical lock-release structure ensures that if a student forces a leg during physical handling, the internal gears clutch and disengage rather than strip, allowing simple manual realignment.
Engineered for higher education, competitive team challenges, and demanding AI expansions. The metal gear composition handles aggressive gaits, rapid backflips, and extra weight from Raspberry Pi and gripper attachments without gear deflection.
Petoi bionic robots serve as agile physical chassis for autonomous navigation, machine learning, and computer vision research.
Mount a Raspberry Pi Zero or Pi 3A+ directly onto the top screw pattern. Connect via serial UART to run high-level Python coordination algorithms.
Stream movement teleoperation and sensor coordinates over low-latency Wi-Fi to a desk-based Jetson Nano for heavy neural network processing.
Integrate an intelligent vision sensor directly to detect AprilTags, recognize human faces, track colors, and guide ball-chasing behaviors.
Take advantage of community URDF models to develop reinforcement learning gaits in simulation before deploying directly to physical hardware.
Technical guidance to assist educational procurement teams, resellers, and institutional department heads.
Bittle X is an agile quadruped dog with 9 servos, integrated offline voice recognition, and robotic arm gripper support, making it well-suited for STEM courses and stunts like flips. Nybble Q is an 11-servo bionic cat featuring 2-axis head movement, a motorized tail, and enclosed ultrasonic distance eyes, ideal for expressive robotics and feline gait studies.
Yes. All servo mount brackets, output splines, and wire runs share identical dimensions across Lite and Alloy metal models. Institutions can launch courses with cost-effective Lite Servos and replace individual joints with Alloy Servos as curriculum demands increase.
Both options are available. DIY construction kits provide students with hands-on mechanical assembly, wiring, and joint calibration practice. Pre-assembled configurations are calibrated at our manufacturing facility, allowing teachers to start programming on day one.
Every classroom kit includes access to structured teaching plans: a 16-lesson Block-based coding track for beginner and middle school learners, and a complete C++ and Python curriculum covering kinematic formulas, sensor integration, and visual state machines for high schools and universities.
Shenzhen Pbrobot Technology Co., Ltd. ships globally with verified customs declarations, safety certifications (CE, FCC, RoHS, UN38.3 for lithium packs), and backed warranty replacement services. Volume orders receive dedicated enterprise quotes and spare part packages.
Share your target student count, instructional objectives, or distribution market. Our engineering team at Shenzhen Pbrobot Technology Co., Ltd. will provide a tailored hardware configuration and official quote within 24 business hours.