Overview of Precision Landing Drone Methods

Precision Landing in drone applications generally refers to the ability to consistently land within ~12 inches from the desired target.
This is a very important component of autonomous drone applications, as conventional GPS based positioning is only accurate to ~10 feet (too wide of a margin of error for many drone applications). Whether you're performing precision agriculture, package delivery or any drone-in-a-box system, you'll need precision landing.
Two of the most common methods of precision landing are by way of computer vision scripting (tracking a target/aruco on the ground with opencv), or IR-lock (a camear+IR-emitting beacon).
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If you want to learn more about precision landing with computer vision and openCV, check out this course!
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dojofordrones.com/drone-deliv...
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[@romanvdovchenko9485]

Hi, what are the weaknesses of both the openCV and IR-lock approach?

[@publicname515]

Why not just use an RTK GPS point?

[@smnl6403]

Hi
thank you so much for your great work on youtube Your content help me a lot.
I was curious could you possibly help me with the Drone delivery precision landing course?
due to financial problems in my country IRAN , sadly i can't afford it.
again thank you so much for your hard work.

[@arshdeepsharma3492]

I want to enroll in the course but $397 ie ₹29237 is too much in India. I took Drone programming primer earlier. Any help?🥺🥺

[@thedronedojo]

Hi there Arshdeep! Shoot me an email at [e-mail]

[@arshdeepsharma3492]

It would be great if you can upload the course on Udemy. I can buy from it.

[@gileneusz]

2020 people still not using metric system xD

[@thedronedojo]

It is the West's biggest regret!!