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DuckyCode is a children’s coding education platform launched by Greece-based DuckyCode P.C., with Cubie educational robot as its core product. It is not just a video-course platform; instead, it combines a robot, physical programming blocks, parameter blocks, a Blockly visual interface, and Wi‑Fi remote programming to help children learn coding through hands-on activities. The website states that it is suitable for children aged 6 and above, and covers a progression from physical programming for younger learners to Python, C++, and Arduino.
Cubie’s main highlight is “physical programming”: children assemble programs using tangible blocks, which are then executed by the robot. This lowers the barrier to understanding abstract code concepts. The virtual programming component is based on Google Blockly, making it suitable for transitioning from graphical logic to real code. Hardware capabilities include movement and navigation, line following, obstacle avoidance, maze activities, screen display, sound, LEDs, and sensors for light, distance, temperature, gestures, and sound. IoT control is also mentioned.
In terms of company background, DuckyCode P.C. was founded in 2023 and is a spin-off from Aristotle University of Thessaloniki. The site also publicly lists multiple EUIPO/OBI patents and trademarks, which adds to its credibility. However, the website does not show a complete curriculum outline, class hours, homework system, or teacher-led lesson arrangements, nor does it clarify whether certification is provided.
Pricing is based on purchasing hardware kits: Basic is €159 + VAT and includes only the robot, making it suitable for trying Blockly and Wi‑Fi remote programming; Standard is €299 + VAT and includes the base station, 12 programming blocks, and 4 parameter blocks, offering the full physical programming experience; Advanced is €399 + VAT and adds more blocks, targeting advanced users and classroom use. Prices do not include VAT, and institutional procurement, training, and support require contacting the company for a quote.
For home-based coding introduction, the Standard kit is the one that best reflects the product’s core value. For bulk school purchases, buyers should further confirm pricing, maintenance, and accompanying teaching materials.
The advantages are concrete interactivity, a rich set of sensors, and a learning path that can extend from Blockly to Python/C++/Arduino. It is suitable for children’s coding introduction, STEM classes, robotics clubs, and project-based learning. The downsides are that it is more of a hardware platform than a mature course service. Information on certificates, Chinese-language content, teacher support, and learning assessment is limited. The Basic kit also lacks physical blocks, which limits its educational differentiation.
Access from China cannot be determined from the available website content. Payment methods are only said to be shown at checkout, with no clear indication of whether commonly used Chinese payment options are supported. Cross-border shipping, VAT, customs duties, and after-sales service should also be confirmed before placing an order.
Chinese users may also compare alternatives such as Scratch, mBot, LEGO Education SPIKE, Makeblock, and Arduino education kits, with particular attention to localized teaching materials, after-sales support, and classroom management costs.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on duckycode.com official site.
duckycode.com is an Greece Education provider. TG4G tracks its product information, an overall rating of 6.0/10, and a China-accessibility score of Workable. Click "Visit Official Site" to reach duckycode.com directly.