11/11/2012

fitted plastic insert to hold the parts snugly in place

I can't sing enough praise about this toy for the parents of any scientifically minded youngster. While the toy is costly, for sheer "educational and fun" value, I can say we've gotten more bang for our buck out of this toy than any other we've ever bought for our children. It is well worth the price. My nine year old received this toy in February, and I can say while he has played with it almost every single day since, has barely made a dent in all of the possible projects, and still can't get enough of it.

For this review, I asked my childrens' (and their father's) favorite experiments. I got more than I could include, but here's a small sample:

The Light and Sounds experiments: We loved looking at electronic signal patterns using the included oscilloscope Windows "WINSCOPE" software. My child spent two weeks experimenting with different signal patterns in any any sound from talking, laughing, or screaming into the microphone; playing music and other audio samples etc.

Salt Water Light: Electricity conduction. By submersing wires into water, we completed a power circuit and lit a light bulb. We added salt to the water and found it to be an even stronger conductor, creating a brighter light.

This toy isn't limited to huge number of projects outlined in the experiment book. If your child is creative, the potential of this toy is a happy thing.

We created our own variation of the Salt Water Light by wetting our hands with salt water and clasping hands while holding the wires, thus using our bodies to create and complete the circuit. Since the power source was double A batteries, this was a safe variation, though clearly you wouldn't want to try any un-approved power sources for this toy for obvious safety reasons. (IE: Don't plug it into a wall socket if you'd like to keep your hair or brain.)

Another example was a modification of the simple "On/Off" project from the Snap Circuits. My nine year old likes Legos and K'nex building toys. He put together a motorized K'nex car. Using the Snap Circuits, he created a bypass of the K'nex motor's original on/off switch so that he could turn the motor on using the Snap Circuit mechanism. He wants to expand on this using the solar panel included in the Snap Circuits to see if he can then make the K'nex car solar powered.

On the downside, while this toy is remarkably sturdy for something with so many parts and delicate electronic components, it isn't indestructible, and can't handle a lot of hard play. We've broken one of the capacitors so far. You can order replacement parts from the company, though since we haven't done this yet I can't offer a review of the process.

My one complaint is storage. We have kept the original box with its form fitted plastic insert to hold the parts snugly in place, but the box is not designed for real storage and transport. My son keeps it out and open on his dresser. You can purchase a specially designed carry case for between $30-50 dollars. I might consider that for his next birthday present, but it's pricy enough that it isn't an afterthought purchase in the least. I'm sure other people could offer better and cheaper creative storage suggestions, but we haven't looked into it yet.

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