Before RTK days, I worked at a drone company in 2014 and we spent months trying to get an accurate landing with lasers, etc. RTK was a game changer it came out
Love what you're doing!!! Keep up the good work; I've been doing this for years... Way to help out the community... In fact, I endorse your work and channel...
(polished by llama3 to ease the understanding, down you have the original idea that I was thinking from my ADHD mind) The primary purpose of an RTK (Real-Time Kinematic) system is to calculate the deviation of the GPS location from a fixed reference point. This fixed point serves as a constant anchor, unaffected by changes in the GPS signal. When the GPS signal deviates from this fixed point, the RTK system sends the deviation data to the mobile station, which then uses this information to determine the true location, taking into account the deviation from the fixed reference point. It's important to note that having two mobile stations, with one acting as an RTK, would not achieve the same result. This is because both mobile stations would still be relying on GPS signals, which can be affected by various sources of error. In this scenario, the 'RTK' mobile station would not provide a reliable fixed reference point, as it would still be subject to GPS signal deviations. As a result, the system would not be able to accurately calculate the deviations and provide a precise location. Original from my ADHD brain: I think the need of an rtk is to calculate the deviation of the gps location from the fixed point (where it should be fixed always, regardless of the position signal from the GPS) - and when gps signal deviates from the fixed point (where it should be fixed): then it sends that gps deviation to the mobile station telling what is the true location including the deviation of the fixed point.
I'm trying to build a mapping Drone with rtk and a mechanical shutter. I am planning on trying to add a machine learning model on it in the future also. All the other parts are more basic. I need help finding the right parts and getting the Drone to work. Do you know of any people or resources that can help me?
What's your account name at the Drone Dojo- are you currently a blue belt member? Blue belts will get automatic access to the courses. Email me at the dojofordrones.com contact us form if you have any questions :)
Before RTK days, I worked at a drone company in 2014 and we spent months trying to get an accurate landing with lasers, etc. RTK was a game changer it came out
It's the dancing squirrel for me!
Love what you're doing!!! Keep up the good work; I've been doing this for years... Way to help out the community... In fact, I endorse your work and channel...
So it is spot on in a gated community, cool. Clandestine missions here I come.
Probably the most accurate drone build I’ve ever seen!
So my drone uses regular gps and can land on a dime because it also takes a picture during take off and re aligns during landing
What software is that?
What software is that?
Simply excellent...!!! hey dojo can you give more info on the RTK module ..i mean the product links etc..
Thank you!! Any board that uses the F9P ublox chip should work. I'm using the ardusimple board but the spark fun board would work as well
Niceee demo!!! Can't wait to see what that here4 puck is like. It seems a lot better and sleek!
You are the Jack Reacher of RTK!
OG dji chassis, classic
Wires everywhere, classic
Pixhawk, classic
Double sided tape, classic
Listening to those motors oscillate, unacceptable 😅
Love you too!
Amazing video but bro... I call myself jank but this is another level 10:45 the extruder
Cool build. You're definitely well on your way to becoming ... another Bond villain ;-).
Awesome work👍
But do you have to have a base_mount in order to use RTK?
Cheers.
Love your vids we definitely need to collaborate again.
Now this is research that mads tech can't do
Quick question, doesn't RTK need a base station to function? Thanks.
you didn't talk about the rtk base/reference station. where was that placed?
Encouraging all around. amazed 🎉
pretty badass
good job, and sense of humor :)
Amazing 🤩, can you build it with a base station?
Awesome
Thank you good sir!
Very interesting video. Thanks for sharing
Best video ive ever watched keep up the great work
Good video bro. Keep it up!
Are you using a local base station or an internet based service
For this video I was using an internet based base station. My phone hotspot was the 'in the field' router
@thedronedojo what this means. Can you give a quick explanation, please?
Thank you, you guys are F*@# Awesome !!!!
that field is amazing, where is it
I am wondering, if mobile base and fixed base station could be combined to eliminate the compass and have precision navigation at the same time.
(polished by llama3 to ease the understanding, down you have the original idea that I was thinking from my ADHD mind)
The primary purpose of an RTK (Real-Time Kinematic) system is to calculate the deviation of the GPS location from a fixed reference point. This fixed point serves as a constant anchor, unaffected by changes in the GPS signal. When the GPS signal deviates from this fixed point, the RTK system sends the deviation data to the mobile station, which then uses this information to determine the true location, taking into account the deviation from the fixed reference point.
It's important to note that having two mobile stations, with one acting as an RTK, would not achieve the same result. This is because both mobile stations would still be relying on GPS signals, which can be affected by various sources of error. In this scenario, the 'RTK' mobile station would not provide a reliable fixed reference point, as it would still be subject to GPS signal deviations. As a result, the system would not be able to accurately calculate the deviations and provide a precise location.
Original from my ADHD brain: I think the need of an rtk is to calculate the deviation of the gps location from the fixed point (where it should be fixed always, regardless of the position signal from the GPS) - and when gps signal deviates from the fixed point (where it should be fixed): then it sends that gps deviation to the mobile station telling what is the true location including the deviation of the fixed point.
How much cargo can a drone like this carry?
So where is the other component of the RTK system? It's all a bit vague. It's not a real RTK system. If it was then you could achieve 1cm.
I'm trying to build a mapping Drone with rtk and a mechanical shutter. I am planning on trying to add a machine learning model on it in the future also. All the other parts are more basic. I need help finding the right parts and getting the Drone to work. Do you know of any people or resources that can help me?
Ur dog snd my dog must be related lol
Try simple syrup for bed adhesion
idk my landings are already ok
I am getting
Course is closed currently
What to do
What's your account name at the Drone Dojo- are you currently a blue belt member? Blue belts will get automatic access to the courses. Email me at the dojofordrones.com contact us form if you have any questions :)
Hi I'm still unable to create account
12:22 poopy juice. Smells like fish sauce
Hi I'm unable to create an account on your website
Shoot me an email at cbergquist@dojofordrones.com and I'll fix ya up
@@thedronedojodone
@@thedronedojoHi
Your safe place. Lol
I’ve been trying to contact customer service but had no luck can you pls check your emails
Contact please
Your drone is out of tune
Bruh
WFT awesome video man!
Awesome