DIY Wall Clock
Design your own DIY clock using clock hands, a clock machine, and a vibrant color pack. This fun and engaging activity lets you express your creativity while adding a personalized and artistic touch to your home décor.
Age
7+ years
Sold By
Hobby India
Price
₹599


"Dreamcatcher Wall Clock DIY Kit: A STEAM-Powered Craft Experience"
The Dreamcatcher Wall Clock DIY Kit from Hobby India offers adolescents aged 8 and above a unique opportunity to blend creativity with engineering principles. This hands-on project allows young learners to construct a functional wall clock inspired by the traditional dreamcatcher design, fostering an understanding of mechanics and design. The kit includes a 30 cm pre-marked MDF base, clock hands, a working mechanism powered by a single AA battery, six vibrant non-toxic chalk paints, and high-quality paintbrushes. Assembling the clock introduces children to engineering concepts like gear movement and timekeeping mechanisms, while painting the dreamcatcher design enhances artistic expression and creativity. This interdisciplinary approach not only improves problem-solving and fine motor skills but also encourages an appreciation for the interconnectedness of different fields. Priced at ₹599, the kit is an affordable and engaging way to integrate STEAM (Science, Technology, Engineering, Arts, and Mathematics) learning into everyday activities. It's perfect for educational settings, home projects, or as a thoughtful gift that combines fun with learning. Historically, the evolution of timekeeping devices has been marked by significant innovations, such as the creation of one of the earliest electric clocks powered by dry pile batteries in 1815 and the introduction of the electric clock by Scottish clockmaker Alexander Bain in 1840. These advancements paved the way for the development of modern timekeeping technologies, including quartz and atomic clocks, which have become the standard for precision time measurement today. By building the Dreamcatcher Wall Clock, adolescents not only delve into the mechanics of sound production but also connect with a rich heritage of innovation, bridging past and present through interactive learning.
