Cublo announced the upcoming Kickstarter launch of CUBLO-R, an innovative block-based RC car designed for children and creators of all ages to design, build, and race custom vehicles. This product blends construction block creativity with remote-controlled motion to reimagine hands-on learning through play. The CUBLO-R system features over 120 blocks in various shapes that allow builders to create virtually any form they imagine. Unlike traditional block RC cars that lock users into a single build, CUBLO-R's modular design encourages endless rebuilding, refining, and inventing long after initial assembly.
The RC base includes a four-wheel panel platform specifically designed for easy stacking and rebuilding, while the 2.4GHz remote system ensures strong, interference-free control during racing around obstacles or alongside other RC cars. Beyond creative expression, CUBLO-R serves as a learning tool that nurtures children's understanding of creation, motion, and sensory exploration. As children build and race their creations, their sight, hearing, and imagination engage in meaningful, hands-on discovery. The product is made from durable ABS material and uses an internal rotating magnet system instead of adhesives, providing safe, frustration-free assembly for children and peace of mind for parents.
CUBLO-R launches on Kickstarter on December 4, 2025, where supporters can gain early access, exclusive rewards, and behind-the-scenes updates as Cublo brings this playful innovation to life. The product represents a significant development in educational toys by combining the creative freedom of building blocks with the interactive excitement of remote-controlled vehicles, potentially influencing how children engage with STEM concepts through play. The implications of this announcement extend beyond entertainment, as CUBLO-R addresses growing concerns about screen time by offering a tangible, hands-on alternative that develops spatial reasoning, problem-solving skills, and creative thinking.
By making engineering concepts accessible through play, products like CUBLO-R could help bridge the gap between recreational activities and educational development during critical childhood learning periods. The modular nature of the system ensures that children can continuously experiment with different designs and configurations, fostering persistence and iterative thinking. This approach to toy design reflects a broader trend toward integrating educational principles into playtime without sacrificing fun or engagement, potentially setting a new standard for how toys can contribute to cognitive and motor skill development.
