Snap Circuits Toy Teaches Electronics

Snap Circuits SC 300  & Snap Circuits jr 100

Snap Circuits jr 100 or Snap circuits SC 300 were one of the best selling toys for 2008 and are continuing in popularity in 2009. They are a useful educational toy which will teach a child about how electricity works while they have fun making working electronic items.

There are two models of the snap circuits toys, snap circuits jr 100 or the snap circuits SC 300. Snap circuits SC 300 has 100 snap together parts while the jr 100 has 30 parts. Other than that they are pretty much the same.

The snap circuits series has been awarded The National Parenting Center-Seal of Approval, Dr. Toy 100 Best Children's Products, Dr Toy Best Educational Products.

Snap circuits jr 100 and snap circuits 300 were best selling toys at Christmas time. If you didn't get this toy for your child for Christmas it would make a great birthday gift. Your child will learn and get the great satisfaction of making something useful. while  With snap circuits you can build over 100 interesting projects easily. The game comes with very well written manuals that contain good illustrations.

Snap Circuits makes learning electronics easy and fun! Just follow the colorful pictures in the manual and build exciting projects such as AM radios, burglar alarms, doorbells and much more. Imagine what fun it will be for your kid to be able to create something really useful for the home. With snap circuits children can even play electronic games with their friends.

All parts are mounted on plastic modules and snap together with ease, no tools are required. children enjoy hours of educational fun and who knows where the knowledge they gain may lead. They will certainly gain an interest in the subject and want to learn more. .

One reviewer, who gave snap circuits 5 out of 5 stars, said that:

 "The best point in favor of snap circuits is that it is lego style toy that does not intimidate a child with intricate electronic components. My 6-1/2 year old daughter started playing with it and was very excited to have completed her first project to light a bulb with a switch. Theories of electricity followed naturally when initially the bulb did not light up. I showed her the shiny metal strip beneath the connectors and explained conductivity a little..."

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