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Redefining Drone Control with Thrust Vectoring? Mathieu Bresciani’s thrust vectoring drone highlights the potential of the technology in drones. Powered by PX4 Autopilot, this single-ducted fan design demonstrates impressive control and maneuverability. Thrust vectoring’s emergence in UAV technology could offer improved stability and agility for drone applications in search...

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Circuit

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25,173 Aufrufe • vor 1 Jahr •via X (Twitter)

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Profilbild von Jeff Lewis
Jeff Lewisvor 1 Jahr

@PX4Autopilot Impressive!

Profilbild von Suraj
Surajvor 1 Jahr

@PX4Autopilot Both have their advantages and disadvantages, but to me- I think a traditional drone will be more efficient and more capable than this type of drone. Thurst vectoring drones can only be used in very niche applications like if very precise control and stability is needed

Profilbild von Jeff Dillon
Jeff Dillonvor 1 Jahr

@rosorg @PX4Autopilot More info please? I’m doing thrust vectoring with jet engines

Profilbild von Ape descent
Ape descentvor 1 Jahr

@PX4Autopilot No #Ufo again. 👽

Profilbild von Kristoffer 💯
Kristoffer 💯vor 1 Jahr

@PX4Autopilot This can’t be more efficient than a multi rotor copter

Profilbild von Andres Aristizabal
Andres Aristizabalvor 1 Jahr

@PX4Autopilot Linchpins are much better at this, why aren't we seeing them everywhere?

Profilbild von Marc Compere
Marc Comperevor 1 Jahr

@PX4Autopilot how is yaw control implemented? 🤔

Profilbild von bro_jack.png ☄
bro_jack.png ☄vor 1 Jahr

@PX4Autopilot only if ever we can mute that annoying sound with some trick in real life

Profilbild von Zeta Buffer Arrow : The Man in the Net
Zeta Buffer Arrow : The Man in the Netvor 1 Jahr

@PX4Autopilot Musk Generation ! Arduino forever !

Profilbild von R3PL1C8R Drones
R3PL1C8R Dronesvor 1 Jahr

@PX4Autopilot This is from last year.

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