Transform your smart car into a programmable tank with rugged tracks and powerful control!
This expansion pack brings the thrill of tracked mobility to the ACEBOTT QD001 ESP32 Smart Car, perfect for robotics challenges, off-road exploration, and hands-on STEM learning.
🔧 Key Features
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All-Terrain Tracked Mobility
Swap wheels for durable tank tracks—navigate over grass, gravel, sand, and indoor obstacles with ease.
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ESP32-Controlled Precision
Drive and steer using your ESP32 module. Fully programmable via Wi‑Fi with ACECode, Arduino, or MicroPython.
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Strong Build & Quick Integration
Securely clamps onto the QD001 chassis. No soldering—modular connectors for easy installation and removal.
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STEM-Focused Learning
Explore mechanical engineering, robotics control, sensor integration, and algorithmic navigation.
📦 What’s Included
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Two rugged track assemblies with motors
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Mounting hardware and ESP32-compatible cables
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Quick-start guide with wiring, programming examples, and design tips
Requires QD001 Smart Car Starter Kit (sold separately).
📚 Learning Outcomes
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Understand tracked vehicle mechanics and drivetrain design
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Learn robot navigation, path planning, and obstacle handling
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Practice coding motor control, speed modulation, and steering
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Analyze real-world variables like surface traction and terrain adaptability
👨🔧 Ideal For
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Students learning about robotics motion and control systems
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Educators creating off-road robotics challenges and competitions
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Hobbyists upgrading smart cars for rugged testing environments
⚙️ Technical Specs
Feature |
Details |
Mobility Mode |
Dual tracked (tank-style) |
Power Source |
ESP32-powered DC motor control |
Compatibility |
ACEBOTT QD001 ESP32 Smart Car |
Installation |
Plug-and-play; no soldering |
Recommended Age |
10+ (adult supervision suggested) |
🛠️ Upgrade Your Smart Car with Tank Tracks
Elevate your QD001 Smart Car into a robust, tank-like robot that handles diverse terrains. Perfect for building, coding, and off-road exploration, this expansion pack combines creativity, engineering, and real-world robotics learning.