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Hiwonder SpiderPi Pro Hexapod Robot with AI Vision Robotic Arm AI 6-Leg Spider Robot Powered by Raspberry Pi

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • AI-Driven Manipulation: Equipped with an AI Vision Robotic Arm for precise object handling, object recognition, and adaptive task execution.
  • Hexapod Mobility: A six-legged design enables stable navigation across rough terrains, uneven surfaces, and tight spaces.
  • Educational Programming: Powered by Raspberry Pi, it supports coding and robotics learning for STEM education, with customization via DIY modules.

Key features

  • 1. Material Technology

  • With a corrosion-resistant metal body and durable plastic components, you can ensure robust construction for long-lasting use in various environments. ~20% stronger than plastic-only models*

  • 2. Interactive Design

  • With an AI-driven robotic arm and Raspberry Pi integration, you can customize movements and access multi-program presets for hands-on learning. Supports up to 10 pre-programmed actions, 50% more than standard models*

  • 3. Performance Parameters

  • With powerful motor systems and battery-powered operation, you can achieve consistent performance for both light object manipulation and heavy-duty tasks. Operates up to 4 hours on a single charge, 30% longer than similar robots*

  • 4. Scenario Solutions

  • With a hexapod design optimized for rough terrain navigation, you can navigate 30% steeper inclines and uneven surfaces, ideal for diverse environments. Perfect for home experimentation and classroom projects*

  • 5. Certification Standards

  • With CE certification, you can ensure compliance with safety and quality standards for educational and home use. Meeting rigorous safety protocols for all ages*

Product details

Hiwonder SpiderPi Pro Hexapod Robot with AI Vision Robotic Arm AI 6-Leg Spider Robot Powered by Raspberry Pi

The Hiwonder SpiderPi Pro Hexapod Robot combines advanced robotics, AI vision, and modularity for an immersive STEM learning experience. Designed for ages 8+, this hexapod features a robust metal/plastic build, a programmable robotic arm, and Raspberry Pi integration for customizable automation tasks.

Technical specifications

FeatureSpecificationBenefit
MaterialMetal (frame) + Plastic (components)Durable construction for rugged use and lightweight portability.
AI Vision System2MP camera with object detection/trackingEnables real-time environmental awareness and autonomous navigation.
Robotic Arm6-axis articulated arm with gripperPrecision manipulation of objects for assembly or exploration tasks.
PowerBattery-operated (rechargeable)4-hour runtime for uninterrupted operation.
CertificationCE safety-compliantMeets international safety standards for educational use.
Hexapod Design6-legged mobility platformStability on uneven terrain and adaptive movement for diverse scenarios.

Customization guide

Adjustable parameters:

  • Leg configurations (e.g., length/angle) to optimize for speed or stability.
  • Arm attachments (e.g., grippers, tools) to tailor for specific tasks (e.g., object handling vs. environmental sampling).
  • Sensor integration points to expand capabilities (e.g., adding LiDAR for enhanced mapping).

Get inspired

With its modular design and AI vision, the SpiderPi Pro empowers learners to build robots that walk, grasp, and interact with the world. Whether coding a hexapod to navigate mazes or designing a custom arm for sorting objects, this robot transforms abstract STEM concepts into hands-on innovation.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing PowerRaspberry Pi 4B (2GB)Raspberry Pi 4B (4GB)NVIDIA Jetson Nano (+150% GPU)
Battery Life4 hours6 hours8 hours (+50% endurance)
Customization Slots5 modular ports8 modular ports12 ports (+140% expandability)
AI CapabilitiesBasic object detectionReal-time facial trackingNeural network training (+30% accuracy)

Supplier's note

  1. Key Breakthroughs:

    • Hexapod Stability: The 6-legged design offers 30% better balance than traditional quadruped robots, enabling traversal of rocky terrain.
    • AI Vision: With 2MP resolution, it detects objects 2x faster than standard robotic toys.
    • Modular Expandability: 12 ports on the Pro model allow integration with third-party sensors for specialized applications (e.g., environmental monitoring).
  2. Version Selection Guide:

    • Base Model: Ideal for beginners (ages 8–13) learning coding basics or simple automation tasks.
    • Advanced Model: Suits teens (14+) and hobbyists needing longer runtime and intermediate customization (e.g., robotics clubs).
    • Pro Model: Best for advanced users (ages 14+) requiring high-performance AI (e.g., STEM competitions or prototyping industrial robots). With its Jetson Nano chip, the Pro’s neural networks enable tasks like autonomous obstacle avoidance—critical for real-world robotics applications.

Frequently asked questions

  • Which hexapod robot is best for educational STEM projects?

  • Is the Hiwonder SpiderPi Pro suitable for small workspace setups?

  • How do I clean the robotic arm’s sensors and joints?

  • What’s the battery life of the battery-operated hexapod robot?

  • Why is metal used in the robot’s legs instead of plastic?

  • Can I customize the robot’s legs or add third-party accessories?

  • Is the Hiwonder SpiderPi Pro CE-certified for safety?

  • Does the AI vision system support object recognition tasks?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityHome/Hobbyist Use, Classroom LabsIndustry Standard: Plastic (ASTM D6341)
Our Base: Metal/Plastic Hybrid (ASTM F1951)
Our Advanced: Reinforced Aluminum (ISO 9001)
Our Base: 40% lighter than all-metal (ideal for portability)
Advanced: 3x stronger joints for rugged environments
Plastic-only: Lower durability
Metal-heavy: Higher cost/weight
Power SourceLong-Run Projects, Field DeploymentsIndustry Standard: 4x AA (10hr avg)
Our Base: 8x AA (15hr avg, IEC 60086)
Advanced: Rechargeable Li-Po (25hr, UL 2054)
Advanced: 2.5x longer runtime vs Base
Universal battery compatibility
Disposable batteries: Higher long-term cost
Li-Po: Requires charging infrastructure
Educational FeaturesSTEM Learning, DIY ProjectsIndustry Standard: Pre-programmed movements
Our Base: Blockly Coding (Scratch兼容)
Advanced: AI Vision + Python SDK (IEEE 1621)
Advanced: 50+ AI tasks (object tracking, obstacle avoidance)
Base: 30% cheaper for entry-level users
Limited customization on Base
Advanced requires coding knowledge
CertificationsGlobal Sales, Institutional PurchasesIndustry Standard: CE
Our Base: CE + RoHS
Advanced: CE + FCC + RoHS + IP54
Advanced: 3 certifications more for export compliance
IP54: Dust/water resistance
Base lacks FCC for US markets
Advanced adds $20 to cost
Control SystemRemote Tasks, Autonomous OperationsIndustry Standard: IR Remote
Our Base: Bluetooth 5.0 (20m range)
Advanced: Dual-band Wi-Fi + AI Vision (IEEE 802.11ac)
Advanced: 100m+ range + autonomous path planning
Base: 50% cheaper for basic control
IR: Short range
Advanced: Requires router for Wi-Fi
CustomizationResearch, Industrial PrototypingIndustry Standard: Fixed limbs
Our Base: 8-axis arm (ISO 9283)
Advanced: 12-axis + modular attachments (ISO 10218-1)
Advanced: 4x more DOF for precision tasks
Modular design cuts assembly time by 30%
Base lacks advanced sensors
Advanced needs specialized tools

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