7 Weight Lifting Lego Mechanisms +Test

Did you want a test? Here's a test for you! All Lego Technic mechanisms from part #1. No significant changes were made. If Lego mechanism doesn't hold up, I make some changes. The mechanism test stops after the motor protection is triggered (the L-motor will stop). I had to modify my kitchen scale for this. xD There are a few broken parts, which is bad, but, for tests it’s not a pity, I think… Hope you enjoy!
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[@_lex_5775]

RIP to all those details that gave their lives for the glory of science

[@Dzyra_nazar]

Вони віддали життя заради науки

[@hawkespoulter2758]

Liked before I even watched. Dis gon be good

[@user-wb6hg7jc8v]

I know it's more expensive but if you use metal gears and axles, over time it might save you money, also you will be able to lift more.

[@ronietitus1444]

if it's a hard one like toughened steel

[@user-zy2nu7gk6i]

I believe that if you college the electric motor at the Buwizz hub you will be able to lift more weight (if you want you can make a video about it)
👇Who wants this video

[@greenforzegaming3049]

Number seven lifted EEEE above that scales limit. 🎉

[@ristopoho824]

The strength of lego pieces is truly impressive. And when you manage to damage them, it feels horrible. Yes it's also a waste of lego but it's good it was a worthwhile sacrifice for science. But. Somehow it feels painful.
Also, now that the copy legos and such are catching up to the real deal, in general quality. I would be interesting seeing you test them in strength. I'm pretty sure the genuine Legos are just straight out more durable, from personal experience. But. Would be interesting. Maybe even multiple brands. Also, Gobi has amazing sets and it does not even feel like a Lego copy, the feeling is way different. Some others too. Straight up copies are not okay, but they tend to have series so different i could never imagine Lego doing them. But. Strength. That's something to test.

[@lemboshauser4700]

Of course, I understand why you are using the smallest gear to the biggest gear - to create a better ratio. But IMHO the smallest gear does not seem to handle stress very well - the teeth are too tiny. Maybe you can try to go from the middle gear to the biggest gear and then through the same axis from another middle gear to the biggest gear again. Maybe even more often. This way you can create the same ratio but you use more stable gears and spread the torque

[@mephInc]

Need to use several sheaves. You can significantly reduce the strain on the motors and gears while multiplying your lifting ability.

[@CesarHernandezGT]

Where can I find the instructions for #4? (Video doesn’t cover all the angles)

[@siewhong7998]

May I know where to find the build guide for the scissors lift?

[@anandinternetsewagangiarag7784]

can you use steel or aluminum axels

[@benrous8430]

RIP Axles

[@Joffboff-do1nn]

the big pneumatic cylinders lifts around 7kg...

[@TechnicBrick]

Agree, but here I am testing mechanisms from one of the previous video, there are no pneumatics...

[@sergycallie]

im really fkin high and this is the most relaxing video ever hooly

[@cooperhastings6327]

ong😭

[@Studs_Studio]

2nd!

[@rafaelcabral4905]

Tô vendo do Brasil

[@afonsopediatra]

Please don't use those plastic ones use the metal ones

[@AaronTureRonAbrahamsson157]

Yes

[@user-bp9re3df1v]

우우웅웅