Zephyr Mechanix Motor Bikes

• A do it yourself kit which allows to make 14 different models of bikes one at a time.
• 155 pieces crafted from high quality steel and finished perfectly for the ideal feel and finish
• These parts can be used over and over again to create 14 and many more models as far as your kid’s imagination flies
• If your child is new to building kits then the detailed and illustrated guide of the 14 model engineering building kit will help them
• They get an understanding of basic tasks such as fitting and using tools like nuts bolts screws and screwdrivers
• Teaches and improves fine motor skills logical thinking and creative thinking
• Complete look and feel of a bike with handle bars and wheels and stand
• Looks great as a miniature engineering showpiece

Product description

Fun Way to Design Motorbike Models.Introduce your child to the early learning concepts of building and construction with the Zephyr Mechanix motorbikes. Little kids are very deft with their fingers and this motorbike model set is a great way to help develop finger dexterity and hand-eye coordination. Comprising 155 pieces, this building set will keep your child engaged for hours at a stretch. Ideal for kids aged seven and above, you absolutely have to add this toy to your child's collection. A user-friendly instruction manual clearly gives out a step-by-step process to creating fantastic motorbike models.A Must-have For Bike Enthusiasts.Each of the 155 pieces in this  building set is made of strong metal, assuring you of its long-lasting nature. Your little one can create up to 14 unique motorbike models, sure to delight them to no extent. Apart from being a great way to develop logical and strategic thinking, this 155 pieces Motorbikes also teach kids about the fundamentals of building and construction. It might inspire them to take up art, building or design later on as a career choice. Create and design the most innovative bike models with your child and watch their creative side explode out.

Country of origin - India