Mechanical Principle

Let's find out how powerful, and accurate it is and how quickly he throws Lego parts. PS. magazine contains a safe locker, don't forget to remove it before the run. 00:00 Too low RPM 00:24 20 times more RPM - much better now 00:57 Let's add a magazine for repeating 01:37 Adding some gears :) 02:15 Time for Automatic 03:14 Accuracy test 04:03 Penetration test

Five models made of bricks, gears, and pins, and the one ring - let's make some fun! 00:00 First model 00:46 Second model 01:15 Two bikes simultaneously 01:44 Rotating Rover 02:30 IDon'tKnowWhatItIs model 03:24 Let's make some fun 04:00 Tesla Roadster

Please enjoy my own creation of the massive spice harvester that use on the planet Arrakis. Dune by Frank Herbert is one of my all-time favorite Sci-Fi books. And, of course, Dune II by Westwood Studios is one of my favorite games. PS. Red means Harkonnen :)

00:00 "Let's get ready for the rumble!" 00:12 Tracks or Tires? 00:29 "There can be only one"

Please enjoy this short funny video 00:00 Round One 00:23 Round Two 00:42 The Winner

Various Lego cars versus obstacles! Enjoy! 00:00 First Chapter! 01:29 Chapter 2 02:12 Final Stand

An unusual Lego joint allows you to create a mechanical tail or even a mech arm. Mechanical Lego Tail - Making and Testing

Making and testing booster for Hot Wheels using Lego Technic parts, engines, and wheels :) 00:00 Model MK I 01:01 Let's test it 01:20 OK, now let's try MK II 02:04 Upgrade for MK I 02:35 Increasing RMP for high speed 03:02 Time for The Big One!

Is it possible to couple Lego and Magnets and transfer energy through the air or solid objects? There will be a lot of fun to make magnetic Lego joints and test them. Enjoy!

Three types of Lego motors for How Wheels boosters. Making and testing, speed measurement, and, finally, trying to make an infinity loop for Hot Wheels cars. 00:00 EV3 Large Servo Motor 00:50 First speed test 01:25 Speed test after the upgrade and power up 01:40 PF XL Motor - is it better? 02:09 Incredible speed result! 02:57 But not for a tall car... 03:08 OK, let's try four PF L motors 03:52 Finally, Infinity loop

I propose you to remember and watch the best moments again. Thank you all for your views and subscriptions. 00:00 Hot Wheels Boosters 00:26 Tug-of-War 00:37 Dune Thopter 00:48 Stunt Bike Show 01:07 Mechanical Tail 01:18 Lego Whirlpool 01:30 Wireless Energy 01:41 Brick Thrower 02:02 Gyro Spinner 02:24 Domino Machine 02:55 Lego Crawler 03:16 The Slowest Car 04:00 Lego Pantograph 04:16 Sanitizer Auto Dispenser 04:40 Mechanical Principles

Is there an easy way to spin a Lego Minifigure up to 10,000 revolutions per minute? How many engines will be required for this? What gears and how many are needed to achieve high revs? 00:00 Testing max RPM with 24 teeth and 8 teeth gears 02:12 OK, let's test 40:24 gears 02:52 Four XL motors and 40:8 gears

Gear ratios are all around us, but do you understand how they work? Lego Technic allows explaining all about.

Eight models will try to survive on the treadmill. Choose the best one and vote for it in the comments. 00:00 Let's get ready 00:23 Airscrew 01:34 V8 Engine 02:29 The Cage 03:19 SeeSaw 04:22 Float-B04T 05:07 Rubberhicle 06:02 Big Wheel 06:45 Spin-Me-Round

Time to put some of your awesome tips for Lego Technic to the test and see what happens. 00:00 Balance test 00:34 Paper test 01:24 Vertical beams test 02:04 Oil axels test 02:24 Gear ratio vs power

What to do if you understand that you need to go to the gym, but you are very reluctant to go there! Here are a few exercises for the gym that you can do using the Lego Technic. 00:00 MK I - FWD Drive system 01:23 MK II - RWD 02:25 MK III - 4x4 03:00 Let's add some weight... 04:53 Lego Technic Twin Engine Vehicle

"Anything that can go wrong will go wrong" - Murphy's law Tried to make some Lego pencil sharpeners. Here's what I got... :) Remember the safety precautions when conducting such experiments !!! 00:00 MK I 01:48 MK II 02:24 MK 3.5 03:36 T800 :) 04:14 Make your choice!

Hot Wheels Lego Booster - Slow Motion Crash Tests

If you watched my previous video, you will remember that I have a small amount of waffle leftovers :) I think I found the easiest way to dispose of leftovers) The "most powerful" shredder from Lego Technician - The waffle has no chance.

I love to watch the Toy Spring "Slinky" shimmer, but I'm too lazy to do it myself. Here is the video of how it works... 00:00 Slinky powered by Lego 00:32 Curious hamster is always ready to help 01:08 Let's add opposite gears 01:32 Time to power it by the Hamster Wheel 02:26 Reverse gearbox upgrade

I made some unusual Lego Vehicles out of Lego and decided to experiment with how they Survive on a treadmill with obstacles. 00:00 Dragonfly 01:14 Elastic Buggy 02:00 Minecart

Machine demonstrating the conversion of rotary motion to reciprocating motion using gears. The bottom pair of gears drives the mechanism. You can also look at some unusual mechanisms that demonstrate the work of various mechanical principles. 00:00 Conversion of rotary motion 01:15 Trammel of Archimedes 01:32 Pantograph 01:49 Eccentric conversion 02:06 Gear drive 02:15 Chain drive 02:24 Bevel gear drive 02:30 Bevel gears + universal joint 02:39 Worm gear 02:49 Slider-crank linkage 02:59 Scotch Yoke Thanks to redshoebox, Lego Technic Mastery, 2in1 Bricking, and Sariel. And, of course, Brick Experiment Channel, for the inspiration :)

At your request, I made the Lego Technic Remote Control Car Launcher that launches mini cars. 00:00 Simple launcher 00:43 Elevating mechanism 01:24 Rotating platform 02:30 Semi-automatic loader 03:55 Chassis for mobility and stability 04:32 Let's get ready for the tests

Let's build a Lego Technic music box and find out if it can play a famous tune on a xylophone. Expiring by @Wintergatan marble music box 00:00 Intro 00:17 Automation 00:48 Mallet 2.0 01:03 Motorization 01:15 Next line of the tune 01:32 Did you recognize this tune? :) 01:51 "Small" upgrade 02:04 Complete!

I decided to check how effective the popular mechanical principles of Lego mechanics are. Tested with high RPM and high-torque mechanisms to determine which joints are more durable. I hope you will like to know it. 00:00 CV joint 01:48 Schmidt coupling 02:44 Belt drive 04:00 Bevel gears 05:24 Chain drive 06:51 Gear drive