@ctorobotics: Gravity is trying its best. This controller is trying harder. 👀 A triple inverted pendulum is one of the hardest control problems in engineering. - One tiny mistake. - One delayed correction. - And everything falls apart. Yet somehow, it keeps balancing. Thousands of corrections every second. Would you trust software to keep this stable? 🎥 Media: Embedded Control Lab ( Youtube ) ⚠️ This content is shared for informational purposes only. CTO Robotics Media is a media platform and does not own or develop the technology shown. Credit belongs to the original creators.

𝐒𝐚𝐢 𝐓𝐡𝐮𝐫𝐚 𝐙𝐚𝐰 ♈️ :

KieNguyen :

“Việc học rất quan trọng” 🥰

Ray :

FISCH MACRO REFERENCE

Fiorela :

Todo Loque hace la matemática 😂

Hotter in Person :

ive read about its difficulty but in a vacuum it should be easy right? I wonder if gravity pulls down in a perfect line to a central point or if its messier.

depressed :

wish i could do that

Toàn Leo :

how impossible?

ApanSkyRtem :

Bogdan :

А де датчики?

Werner Bramer :

péndulo invertido 😱

Zeynox :

ứng dụng , ai biết thì nói giúp tôi ứng dụng nhế đang thắc mắc

Abang Kereta AFai :

jean :

Nghĩa ❄️Học Điện Tử ❄️ DNU :

I want to it’s code

Rawrdiliosuars :

bro the robot has aura ngl plus pls can i have one

formosa_blackcat :

S :

стабилизация получше чем у айфонов

Yassir Halim :

Fernandinho :

Tadala pra quê ? kkkkk