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Showing 49–58 of 58 results

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internet of things iot

500 د.إ

Image featuring the ZERONE A.I. Self-driving Coding Car, showcasing its four coding methods: Motion Sensor Coding, Card Coding, Scratch (PC) Coding, and Mobile Coding via Block Coding App and RC Car App. The car is designed for coding education, from elementary to artificial intelligence levels, offering various activities to enhance computational thinking skills.

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AI & Programming

TOYTRON AI Coding Car ZERONE

699 د.إ

Image of WhalesBot AI Module 1s, offering a comprehensive coding program with 48 diverse courses. Designed to nurture entry-level coding skills, the program covers a range of coding languages including Scratch, Python, and C++. It emphasizes logical thinking and provides a solid foundation for aspiring coders in STEM fields. The kit includes an ARM Cortex M3 processor controller, IR and touch sensors, closed-loop motors, and over 600 structural parts. With transmission parts and projects spanning multiple domains, it equips learners with indispensable coding skills applicable across various industries, from software development to robotics

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Competition Resources

WhalesBot AI Module 1s

1,040 د.إ

Image of the WhalesBot S10 coding kit, designed for children aged 6 and up. The kit offers 32 courses utilizing a no-screen block programming method, focusing on basic construction skills and familiarity with electronic bricks. The controller features input and output interfaces, a charging port, and a built-in power detection module. It includes sensors such as a key button and infrared sensor, along with actuators like a red light module and intelligent motor. With logical modules and structural parts, including an ultrasonic sensor and various gears, it provides a comprehensive learning experience for beginners starting from scratch.

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Robotics

650 د.إ

Smart S30 (Age 7+) There are a total of 32 courses available, and the coding method employed is Coding Pad. The key learning outcome is to develop an understanding of simple construction, introduction to sensors and motors, and sequence programming. This course would be an ideal choice for those looking for a basic robot coding experience. Controller •32-bit processor, including 2 closed-loop motors (voltage 5V), 3 indicator lights, 1 speaker, 780mAh lithium battery, Bluetooth Programmer • Built-in buzzer and Bluetooth. • 72 buttons deliver more than 100 commands. As it is connected to the controller, it can complete many different tasks such as programming, debugging, remote control, etc. Sensors • 1 integrated five-grayscale sensor • 5-channel grayscale sensor (1 each) Actuator • 1 intelligent motor, working voltage 5V Structural parts (including transmission parts) • ≥135 pcs, ≥29 types • Standard 10mm building blocks, patchwork construction method, and screwless construction design Transmission parts • 3 kinds of 6 gears, including two 36 bevel spur gears, two 8-tooth spur gears, and two 24-tooth spur gears

Smart S30 (Age 5+) There are a total of 32 courses available, and the coding method employed is Coding Pad. The key learning outcome is to develop an understanding of simple construction, introduction to sensors and motors, and sequence programming. This course would be an ideal choice for those looking for a basic robot coding experience. Controller •32-bit processor, including 2 closed-loop motors (voltage 5V), 3 indicator lights, 1 speaker, 780mAh lithium battery, Bluetooth Programmer • Built-in buzzer and Bluetooth. • 72 buttons deliver more than 100 commands. As it is connected to the controller, it can complete many different tasks such as programming, debugging, remote control, etc. Sensors • 1 integrated five-grayscale sensor • 5-channel grayscale sensor (1 each) Actuator • 1 intelligent motor, working voltage 5V Structural parts (including transmission parts) • ≥135 pcs, ≥29 types • Standard 10mm building blocks, patchwork construction method, and screwless construction design Transmission parts • 3 kinds of 6 gears, including two 36 bevel spur gears, two 8-tooth spur gears, and two 24-tooth spur gears

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Robotics

635 د.إ

Image of the Whalesbot S40 coding kit, designed for children aged 7 and above. The kit utilizes PC Scratch as the coding method, offering 16 courses for entry into Scratch programming. The controller includes a 32-bit Cortex-M4 processor and a 1-inch color display, with various input and output interfaces. It features sensors such as an integrated five-grayscale sensor and actuators including three intelligent motors. With over 390 structural parts and various transmission parts, it provides an extensive learning experience for kids with intermediate coding robot experience.

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Robotics

936 د.إ

Image of WhalesBot U10 Pro coding kit, designed for children aged 4 and up. The kit features 48 courses utilizing a screen-free block coding method, focusing on basic construction, introduction to electronic bricks, and logic related to input, output, and controllers. It includes an integrated controller with LEDs and magnetic interfaces, along with magnetic electronic building blocks, sensors (sound, touch, photosensitive, infrared), and various motors. With over 137 structural parts, it offers a comprehensive hands-on learning experience for young beginners in coding.

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Robotics

WhalesBot U10 Pro

1,040 د.إ

Image of Make U20 Pro coding kit, suitable for children aged 4 and above. The kit offers 48 courses for project-based learning, utilizing the Coding Card and Scanning Pen method. It focuses on advanced construction techniques, sensor and motor introduction, and sequencing. The kit includes an integrated controller with closed-loop motors, LEDs, speaker, and lithium battery, along with a coding pen with an OID optical sensor. Communication is facilitated via 2.4GHz wireless module and Bluetooth. With over 130 assembly parts and an ultrasonic sensor, it provides a comprehensive STEM education experience for children as young as four.

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Competition Resources

WhalesBot U20 Pro

1,348 د.إ

Image of WhalesBot Make U30 coding kit, suitable for children aged 4 and up. The kit offers 16 courses utilizing a no-screen Coding Pad, focusing on advanced coding methods and logic to enhance performance, with a remote control feature. The controller features an ARM Cortex-M3 processor, built-in Bluetooth, and dual-axis output motors. Structural parts include over 31 pieces for building various projects such as dump trucks and excavators. Additionally, it comes with a Wecode programmer with handheld programming board and Bluetooth connectivity for programming, debugging, and remote control.

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Robotics

1,200 د.إ

Image of the Whalesbot W40 robotics kit, designed for individuals aged 12 and above. The kit offers 32 courses covering multiple coding methods including Scratch, Python, and C++. With a focus on advanced coding, it is tailored for students with prior basic coding experience seeking to enhance their coding abilities. The controller features integrated components such as a buzzer, program running button, and indicator light, along with various interfaces for sensors and motor drive boards. It includes sensors like a potentiometer, gyroscope, joystick, and ultrasonic sensor, as well as actuators including motors, steering gear, and a digital tube. With over 240 structural parts, metal structural parts, and numerous components and screws, it provides a comprehensive learning experience. Energy requirements are met with a dedicated lithium battery and adapter. Software options include graphical building block programming and Arduino C programming.

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Robotics

2,079 د.إ