ACEBOTT intelligent transport-educatieset level 2 (Sharkbot) QE028/QE199

The ACEBOTT Intelligent Transport Education Kit Level 2 (Sharkbot) moves beyond basic robotics by combining a shark-inspired mobile platform with intermediate coding challenges. Unlike simpler entry-level kits, it introduces dual programming environments—graphical Scratch-based and Python—alongside a sensor suite that includes infrared, ultrasonic, and line-tracking modules, enabling projects like obstacle avoidance and line following.

Highlights

• Sharkbot-themed mobile robot with 250+ ABS building pieces
• Bluetooth 4.0 control via mobile app and IR remote
• Rechargeable 1800 mAh lithium-ion battery for 60–90 minutes of run time
• Compatible with iOS, Android, Windows, and macOS

In daily use

Students assemble the Sharkbot, then program it using the visual Scratch-based environment or Python. The ultrasonic sensor supports obstacle avoidance, while dual line-tracking sensors enable path following. RGB LEDs and a buzzer provide feedback, and the modular design allows expansion for custom projects.

Full specifications

• Product Type: STEM Robotics Kit
• Educational Level: Level 2 (Intermediate)
• Robot Theme: Sharkbot
• Programming Environment: Graphical (Scratch-based), Python
• Control Interface: Mobile App (Bluetooth), IR Remote Control
• Wireless Connectivity: Bluetooth 4.0
• Wired Connectivity: USB-C
• Included Sensors: Infrared (x2), Ultrasonic (x1), Line Tracking (x2)
• Actuators: DC Motors (x2), RGB LED Lights, Buzzer
• Power Source: Rechargeable Lithium-ion Battery
• Battery Capacity: 1800 mAh
• Charging Time: Approx. 2-3 hours
• Run Time: Approx. 60-90 minutes
• Building Material: High-quality ABS Plastic
• Number of Building Blocks/Parts: 250+ pieces
• Recommended Age: 8+ years
• Supported Operating Systems: iOS, Android, Windows, macOS
• Core Learning Focus: Robotics, Coding, Engineering, AI Principles
• Expansion Capability: Modular design with expansion ports

Final note

The Sharkbot kit provides a structured path from block-based to text-based coding, making it a practical choice for classrooms and self-learners advancing beyond beginner robotics.