Zippytoys Travel Magnetic Tiles – 48PCS 3D Mini Magnetic Tiles Building Blocks with Mini Car for Kids– Strong Magnets Portable STEM Montessori Educational Toy with Metal Storage Tin for Boys Girls 3+

The Zippytoys Travel Magnetic Tiles are a set of 48PCS, with each tile measuring approximately 0.748 inches in height and 4.331 inches in width.

Yes, the magnets are strong but designed to be safe for children aged 3 and up. They are not a choking hazard as they are too small for little hands to swallow easily.

The package includes 48PCS of 3D mini magnetic tiles, one mini car, and a metal storage tin to keep all pieces organized and portable.

This Zippytoys Travel Magnetic Tiles set is ideal for kids aged 3 and older who enjoy building and creating with magnetic blocks. It’s perfect for both boys and girls, providing hours of educational entertainment on the go or at home.

The tiles are designed to be durable enough for children's play but should be supervised during use to ensure they stay intact and do not become a safety hazard.

This set includes 3D mini magnetic tiles, which are small but sturdy. Zippytoys does offer other sets with larger or smaller tiles, so if you're looking for specific sizes, it's best to check their full range.

Kids can build various structures and designs with the magnetic tiles, including the included mini car. It’s great for creativity, problem-solving, and developing fine motor skills in a fun, educational way.

The metal storage tin is designed to securely hold all 48 PCS of magnetic tiles and the mini car. It’s compact enough for easy travel but spacious enough to keep everything organized when at home or on the go.

While the tiles are portable, it's recommended to use them indoors due to potential damage from the elements such as rain or dirt. However, they are still convenient for playing in a car or on a picnic blanket outside.

The tiles can be wiped clean with a damp cloth when necessary. Avoid using harsh chemicals or soaking them in water to prevent damage to their magnetic properties and structure.