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  • Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys
  • Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys
  • Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys
  • Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys
  • Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys
  • Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys
Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys

Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys

  • 2 - 9 Sets
    $37.50
  • 10 - 49 Sets
    $36
  • >= 50 Sets
    $34.50

Customization:

Customized packaging（Min.Order: 100 pieces）
Customized logo（Min.Order: 100 pieces）
Graphic customization（Min.Order: 100 pieces）
View product details

Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Bionic Movement & Structure Design: Mimics a spider's quadruped locomotion through articulated legs and a central body with motors, sensors, and control boards, enabling realistic crawling and adaptive movement.
  • STEAM Education & DIY Programming: Designed for hands-on learning in robotics, coding (Arduino/ESP32), and bionic engineering. Includes customizable control boards and accessories for building, programming, and experimenting with sensor integration.

Key features

  • 1. Sturdy Material Construction for Durable Use

    • With a corrosion-resistant metal body and reinforced plastic components, ensure long-lasting durability even during intensive experimentation. This robust build outperforms plastic-only kits in withstanding repeated assembly and disassembly*

  • 2. Programmable Arduino/ESP32 Control for Customization

    • With dual support for Arduino and ESP32 microcontrollers, design complex behaviors and movements via intuitive coding interfaces, offering greater flexibility than single-platform educational robots*

  • 3. Bionic Quadruped Design for Realistic Locomotion

    • With articulated legs mimicking a spider’s natural gait, achieve agile and stable movement patterns ideal for studying biomechanics—enhancing educational value compared to generic robotic kits*

  • 4. Multi-Level Adaptability for Diverse Skill Sets

    • With modular components and adjustable programming difficulty, cater to both beginners (basic assembly) and advanced users (sensor integration/algorithm optimization), surpassing single-tier educational tools*

  • 5. Comprehensive Safety and Environmental Certifications

    • With PSE, UKCA, CE, and RoHS certifications, ensure compliance with global safety and environmental standards, providing a safer and more responsible choice than uncertified alternatives*

Product details

Robotlinking Scientific Robot Toy for Arduino Bionic Quadruped Spider Explorer Kit Multi-function DIY Building Smart Toys

The ACEBOTT Bionic Spider Explorer Kit is a versatile educational robotics platform designed for hands-on STEAM learning. Built with durable metal and plastic components, this quadruped robot kit supports Arduino and ESP32 control systems, enabling users to program movements, customize behaviors, and explore bionic engineering principles. Certified for global safety standards (PSE, UKCA, CE, RoHS), it is ideal for educators, hobbyists, and robotics enthusiasts.

Technical specifications

FeatureSpecificationApplication Scenario
Control SystemArduino/ESP32 compatibleProgramming complex movements and sensors
MaterialReinforced metal legs, plastic bodyWithstands repeated mechanical stress
Movement TypeQuadruped bionic spiderMimics natural locomotion for study
CertificationsPSE, UKCA, CE, RoHSSafe for classroom and home use
CustomizationModular design, sensor integrationTailored experiments and project builds

Customization guide

Adjustable leg joint angles and sensor configurations allow customization for specialized tasks (e.g., terrain adaptation or obstacle detection). Users can also modify the control logic via open-source code to meet advanced robotics project requirements.

Get inspired

Transform abstract robotics concepts into tangible creations! With ACEBOTT’s bionic design and programmable core, educators can design interactive STEM lessons, while hobbyists can experiment with autonomous navigation or sensor-based behaviors.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
ProcessorArduino UNOESP32 (Wi-Fi enabled)Dual-core ESP32-S3
SensorsIR obstacle avoider6-axis gyroscopeLIDAR + IMU
Motor Torque1.5 N·cm2.2 N·cm (+47%)3.5 N·cm (+133%)
Battery Life2h3.5h (+75%)6h (+200%)

Supplier's note

  1. Key Technical Breakthroughs:

    • Dual-Platform Compatibility: Supports both Arduino and ESP32, enabling seamless migration from basic to IoT-driven projects.
    • Modular Design: Interchangeable legs and sensors reduce project setup time by 30% compared to fixed-structure kits.
    • Safety-Certified Materials: RoHS compliance ensures no hazardous materials, critical for classroom use.

  2. Optimal Version Selection:

    • Beginners/Students: Base Model offers foundational programming practice with essential sensors.
    • Educators/Advanced Makers: Advanced Model’s gyroscope and extended battery life suit classroom demonstrations and prototyping.
    • Professionals/Competitors: Pro Model’s LIDAR and high-torque motors enable advanced autonomous navigation, ideal for robotics competitions or industrial simulation projects.

With the Pro Model’s 3.5 N·cm motor torque, you can design robust leg mechanisms for uneven terrain. Pair this with LIDAR for real-time environmental mapping, creating a spider robot capable of precision navigation—beneficial for disaster-response simulations or field research. The Advanced Model’s Wi-Fi connectivity (via ESP32) allows remote control, perfect for collaborative classroom experiments.

Frequently asked questions

  • Which bionic spider robot kit suits beginners in Arduino programming?

  • How do I clean the sensors on a quadruped spider explorer kit?

  • What materials make the Robotlinking spider kit safe for classroom use?

  • Can I customize the spider’s movements using ESP32 instead of Arduino?

  • Is this bionic spider kit suitable for STEM competitions?

  • Does the kit include everything needed for programming and assembly?

  • How does the spider kit teach bionic engineering principles?

  • Are there age recommendations for the Robotlinking spider explorer?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material & DurabilityClassroom use, long-term projectsMetal alloy frame (EN 10020) + plastic components (ISO 294) ▲ (sturdier than plastic-only kits)Withstands frequent handling ▲ (reduces breakage vs flimsy designs)Slightly heavier (requires more storage space)
Control & ProgrammingSTEM education, hobbyist projectsDual compatibility: Arduino/ESP32 ▲ (supports 2 major platforms vs industry’s 1)Flexible programming options ▲ (access to broader community resources)Requires basic coding knowledge
CustomizationAdvanced robotics projects5+ sensor ports (▲ 20% more than standard kits) + modular designSupports complex configurations ▲ (enables advanced experiments)Steeper learning curve for customization
Movement PrecisionTerrain simulation, robotics competitions4-legged articulated design (▲ 12 DOF vs industry’s 8 DOF) + obstacle sensorsRealistic spider-like movement ▲ (better terrain adaptability)Higher power consumption
Safety ComplianceSchool environmentsPSE/UKCA/CE/RoHS certified ▲ (meets 4+ international standards)Safe for classroom use ▲ (exceeds basic safety norms)Certification adds to cost
Educational ValueSTEAM learning programsNGSS-aligned curriculum ▲ (integrates arts+engineering)Holistic learning experience ▲ (covers multiple disciplines)Requires teacher guidance for full utilization

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