More engines. Bigger ones. Enjoy! 00:00 V8: 8-Cylinder V-Engine 01:04 U12: Twin-Straight-6 U-Engine 02:38 H16: 16-Cylinder H-Engine 04:38 X24: 24-Cylinder X-Engine 06:11 42-Cyl 7-Row Radial-6 Engine 09:49 S100: Straight-100 Engine 11:34 side-by-side and sound comparison Note: In real life the U12 and WATCH VIDEO
Take a look at our massive LEGO TECHNIC car collection! We have13 in total and they’re all different makes such as Ferrari, Lamborgini, Porsche, Bugatti, Land Rover, and many more. The collection consists of WATCH VIDEO
Using Lego to showcase different engine configurations. Each engine is built from scratch and then rotated at 3000 rpm for visualization and to demonstrate balance. Enjoy! 00:00 Single-Cylinder Engine 01:01 Opposed-Piston Engine 02:29 S2: Straight-Twin Engine 03:54 V2: V-Twin Engine 04:53 WATCH VIDEO
33 Lego wheels, tires or tracks tested on a wooded board to find the best traction. Presented in order from worst to best. Enjoy! Test method: adjust the slope angle until the driving car doesn’t WATCH VIDEO
How to climb steep ramps using Lego? Tested on a plastic glass sheet. The angle of inclination is gradually increased and the car improved to the limit (and beyond). Enjoy! Slope material is SAN (styrene WATCH VIDEO
Here’s the NEWLY UPDATED LEGO sets retiring in 2021. I was quite surprised how many LEGO 2020 sets were on the list. NEWLY ADDED LEGO RETIRING LIST: LEGO TECHNIC Bugatti Chiron 42083 https://amzn.to/2PnFqx8 LEGO WATCH VIDEO
Random experiments with a water vortex. Notice that this Lego vortex-generator doesn’t have an axle going through the middle of the vortex, as it was last time. Enjoy! 00:00 glass cup 00:25 forestman saved by rope 00:51 WATCH VIDEO
Wanted to make a long gear train where all the gears visibly rotate. Using only Lego parts. Restriction: the first gear and the last gear must rotate at the same speed (gear ratio = 1:1). Enjoy! Music: WATCH VIDEO
6 old videos re-edited into one. The aim is to make one Lego motor (Power Functions Medium) pull a weight scale with great force using only Lego parts and a string. The video demonstrates mechanical advantage WATCH VIDEO
Testing a Lego car against different obstacles and improving it until it becomes a capable climber. Demonstrates what you need to consider: wheel diameter, gear ratio, 4-wheel drive, tire grip, breakover angle, weight distribution. Enjoy! WATCH VIDEO