Driving Lego Vehicles Up A Slippery Slope
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Published 2023-09-30
Demonstrating different Lego vehicles going up a hill that gets steeper gradually. Simulating an icy surface by applying a mixture of dishwashing liquid and water onto a glass plate.
Chapters:
00:00 RWD
01:06 AWD
01:57 Double Wheels
02:24 6 Wheels
03:02 8 Wheels
03:35 Tracks
04:42 Walker
07:04 Turbine
BuWizz 2.0 and 3.0 Bluetooth controlled rechargeable battery box: buwizz.com/shop/1-buwizz-2?ref=155
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BrickController2 (App to use Gamepad with Lego): bit.ly/3JypnV0
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Where I get my Lego parts from: www.bricklink.com/v2/main.page
Music: Allégro - Emmit Fenn
Final Boss - Myuu
#bricktechnology
#legotechnic
#lego
#asmr
#engineering
#experiment
All Comments (21)
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From 4 wheels to 8 wheels to tracks to a spider robot and finally to a literal abomination, that’s just how engineering is basically. Great video.
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after seeing this, i'd definitely be interested in a truck and trailer creation, think 18 wheeler type, with a gearbox, trying to see how much weight it can pull up slopes, down slopes, across terrain, etc...
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Those studs on the tracks ensure there's even less of a contact patch than even 4 tires.
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fan walker has to be the most diabolical creation ive ever seen... but I love it
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i think generally vehicles that get through ice typically generate friction by digging into the ice, something that you can't exactly do with soapy wet glass
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Wake up honey, brick technology just uploaded a new video
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Hi, only a consideration. The slope that you measure isn't in % but in degrees. The 45 deg slope is a 100% slope because for every meter forward you make a meter in height, so the ratio of vertical/horizontal movement is 100%.
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When the spider is OP and just doing 180 on the way down. chefs kiss lol
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The desk slam to deconstruction editing was outstanding. Really clever production and great seeing the build context and you go through these iterations. Always really impressed with how you record all of this.
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Love how we ended up building an AT-TE part way through
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When dealing with slippery surface, lots of little contact patches are better than fewer larger patches. The larger fabric feet worked because fabric is woven and therefore not flat so it has loads of tiny high spots which greatly increase the effective surface area.
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I love the repeating structure of these videos (problem > failure > new idea > success > new problem). Ingenious videos. Great work!
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That ending was actually hilarious. I do wonder however how much soapy water the fabric absorbed and if that made it easier for it.
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You could have added fabric to the tires aswell. It's a common thing here on in winter if you het stick
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I gotta say, this video was infinitely more entertaining and educational than i first thought it would be.
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0:08 add rear weight
0:22 diff locker
0:46 add more weight
1:06 Powered Steering
1:48 Gearing up
1:58 Truck Wheels
2:24 Add Rear Wheels
2:51 New Motor
3:05 Add Front Wheels
3:17 Weight
3:28 Demolition
3:34 Snow Tracks
4:18 Tank Tracks
4:37 Weight
4:41 Crawler
5:27 Fabric
6:21 More Legs
6:36 Better Grip
7:04 Wind Car
7:21 Add Another Wind Turbine
7:31 Wind Crawler -
I am a huge fan of the transition from 8 wheeler to tracks, great little collection of cuts
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The subtle humor and the little details are insanely good, love the editing. Awesome builds!
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All slope climbers eventually become helicopters when optimised enough.
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I think this is a best rep helpful for students who learns Automobile or engineering. Myself not interested in this field because I couldn't comprehend the practicalty in theory. But watching this helps me to figure out how amazing it is. Kudos
