Joined Nov 2006
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Forum Thread
Decent mechanical toys for young teens, preferably under $100?
November 29, 2018 at
09:00 AM
I've got a 14 year old nephew who basically lives on his phone when he visits, like pretty much all 14 year olds. Mostly it's games in his case. I've resigned myself to this, especially since I'm not his parent, but his birthday just came up and I want to get him a present that's not purely electronic, but more mechanical with perhaps some electronic aspects or features. He's into or was into LEGO, RC cars and drones, robots, etc. Again, like most boys his age.
I was actually wondering if there are any decent toys that incorporate gears and motors, under $100, that are worth getting. I've been teaching myself to fix cars, and have been studying how transmissions and differentials work, and it's quite complicated and fascinating, and I think that a kit that would model such devices might make a great toy for a young kid. Is there such a thing?
I don't mean the K'Nex, Hex or Lego-type toys that include motors and gears that you can use to build crude robots, vehicles or cranes. Those are great and he has a few of those, but I was thinking an actual scaled-down model of a transmission, differential or similarly complex real-world mechanical device, e.g. turbine, clock, etc. It would have both mechanical and electronic components, and be fairly well-built.
I think that kids spend too much time these days with virtual devices like phones and tablets and too little time with "real" things that they physically interact with. Ideally they'd be doing both, and learning how to combine the two using STEM devices like Arduino and Raspberry Pi.
Anyway, just wondering if anyone has any ideas or suggestions along these lines. I bet that such toys exist, but they're probably a lot more expensive than $100.
I was actually wondering if there are any decent toys that incorporate gears and motors, under $100, that are worth getting. I've been teaching myself to fix cars, and have been studying how transmissions and differentials work, and it's quite complicated and fascinating, and I think that a kit that would model such devices might make a great toy for a young kid. Is there such a thing?
I don't mean the K'Nex, Hex or Lego-type toys that include motors and gears that you can use to build crude robots, vehicles or cranes. Those are great and he has a few of those, but I was thinking an actual scaled-down model of a transmission, differential or similarly complex real-world mechanical device, e.g. turbine, clock, etc. It would have both mechanical and electronic components, and be fairly well-built.
I think that kids spend too much time these days with virtual devices like phones and tablets and too little time with "real" things that they physically interact with. Ideally they'd be doing both, and learning how to combine the two using STEM devices like Arduino and Raspberry Pi.
Anyway, just wondering if anyone has any ideas or suggestions along these lines. I bet that such toys exist, but they're probably a lot more expensive than $100.
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I've been into vintage snowmobiles for quite a few years now and recently on one of the vintage snowmobile forums there was a guy who shared his story about getting a teen neighbor boy to help him with an old snowmobile project he had acquired. He had the kid help him take the whole thing apart and they went through everything and fixed whatever needed fixing. The kid really got into the project and would show up after school and whenever he had free time. When they eventually got it all back together and running he let him take a ride on it and then told him it was his to keep. I'm sure that experience is something that kid will remember for a long time.
I've been into vintage snowmobiles for quite a few years now and recently on one of the vintage snowmobile forums there was a guy who shared his story about getting a teen neighbor boy to help him with an old snowmobile project he had acquired. He had the kid help him take the whole thing apart and they went through everything and fixed whatever needed fixing. The kid really got into the project and would show up after school and whenever he had free time. When they eventually got it all back together and running he let him take a ride on it and then told him it was his to keep. I'm sure that experience is something that kid will remember for a long time.
Nah, I hate kids.
I've been into vintage snowmobiles for quite a few years now and recently on one of the vintage snowmobile forums there was a guy who shared his story about getting a teen neighbor boy to help him with an old snowmobile project he had acquired. He had the kid help him take the whole thing apart and they went through everything and fixed whatever needed fixing. The kid really got into the project and would show up after school and whenever he had free time. When they eventually got it all back together and running he let him take a ride on it and then told him it was his to keep. I'm sure that experience is something that kid will remember for a long time.
I was actually wondering if there are any decent toys that incorporate gears and motors, under $100, that are worth getting. I've been teaching myself to fix cars, and have been studying how transmissions and differentials work, and it's quite complicated and fascinating, and I think that a kit that would model such devices might make a great toy for a young kid. Is there such a thing?
I don't mean the K'Nex, Hex or Lego-type toys that include motors and gears that you can use to build crude robots, vehicles or cranes. Those are great and he has a few of those, but I was thinking an actual scaled-down model of a transmission, differential or similarly complex real-world mechanical device, e.g. turbine, clock, etc. It would have both mechanical and electronic components, and be fairly well-built.
I think that kids spend too much time these days with virtual devices like phones and tablets and too little time with "real" things that they physically interact with. Ideally they'd be doing both, and learning how to combine the two using STEM devices like Arduino and Raspberry Pi.
Anyway, just wondering if anyone has any ideas or suggestions along these lines. I bet that such toys exist, but they're probably a lot more expensive than $100.
https://www.amazon.com/dp/B06XD4F31D/
In general buying them a kit will not jump start (Once you build it you don't have to repeat it again) without actual hands on experience with someone knowledgeable and constantly reusing that knowledge to build new foundation. You spending time with him to change oil would be more profound than any kit you buy.
Another route you could go is bicycle, eventually it will need repair. He will need to learn to fill air and maintain the bicycle (that's assuming he wants one and uses it constantly not leaving it to rust in the garage)
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https://www.amazon.com/dp/B06XD4F31D/
In general buying them a kit will not jump start (Once you build it you don't have to repeat it again) without actual hands on experience with someone knowledgeable and constantly reusing that knowledge to build new foundation. You spending time with him to change oil would be more profound than any kit you buy.
Another route you could go is bicycle, eventually it will need repair. He will need to learn to fill air and maintain the bicycle (that's assuming he wants one and uses it constantly not leaving it to rust in the garage)
But, I still want to look into models, whether a simulation of one component, a complete car kit, or an all-purpose kit that can be used to build lots of contraptions. But it's got to have gears, and well-built ones that'll last and not strip like cheap plastic ones. Ideally it would have a microcontroller aspect, but if not I could add one on myself. I'm pretty good at that sort of thing. He's a great kid but a bit directionless, and apparently isn't doing too well at school. This might change that.
But, I still want to look into models, whether a simulation of one component, a complete car kit, or an all-purpose kit that can be used to build lots of contraptions. But it's got to have gears, and well-built ones that'll last and not strip like cheap plastic ones. Ideally it would have a microcontroller aspect, but if not I could add one on myself. I'm pretty good at that sort of thing. He's a great kid but a bit directionless, and apparently isn't doing too well at school. This might change that.
Don't know how much time you get to spend with your nephew. I would recommend doing some sort of science project or challenges.
https://www.youtube.com/watch?v=M...wAC
https://www.youtube.com/watch?v=nsnyl8l
https://www.youtube.com/watch?v=UBuH1b0
https://www.youtube.com/watch?v=a...8qJ
Search your local area if there are places that teaches kids to build robot
https://www.youtube.com/watch?v=SfW5en3
I came across a robot kits
https://shop.littlebits
for $99.95
https://code.org/ is another good resource to teach kids how to program
Don't know how much time you get to spend with your nephew. I would recommend doing some sort of science project or challenges.
https://www.youtube.com/watch?v=M...wAC
https://www.youtube.com/watch?v=nsnyl8l
https://www.youtube.com/watch?v=UBuH1b0
https://www.youtube.com/watch?v=a...8qJ
Search your local area if there are places that teaches kids to build robot
https://www.youtube.com/watch?v=SfW5en3
I came across a robot kits
https://shop.littlebits
for $99.95
https://code.org/ is another good resource to teach kids how to program
Cheap too.. just use have him use readily available items.
Does his school have computer, tech, robotic, or mechanic club? Back in HS my club built a Rube Goldberg machine as a group project
Good luck on your search.
Cheap too.. just use have him use readily available items.
Does his school have computer, tech, robotic, or mechanic club?
Good luck on your search.