Testing Brushless Underwater Thrusters
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- Опубліковано 8 вер 2024
- I’m testing the brushless motor thrusters for my underwater FPV Stingray drone. Follow me on instagram for more updates: protog42
Here are some of the parts I'm using for the underwater drone so far:
Thrusters: amzn.to/2T1AiAE
Acrylic Dome: amzn.to/3d7XiVy
Camera: amzn.to/35PorIP
Reversible ESC: amzn.to/2T78k6B
Diving LED Lights: amzn.to/35PBJFh
RC receiver: amzn.to/3vTYZN4
433MHz Receiver: amzn.to/3dXXAyX
433MHz Transmitter: amzn.to/2SKwbsF
Video Transmitter: amzn.to/2T379Fm
Gasket: amzn.to/2U7ZJB0
Ethernet Cable: amzn.to/3jpVXgO
Ethernet Breakout Board: amzn.to/3x5dLBN
Cable Gland for Tether: amzn.to/2SB6Yks
Dielectric Grease: amzn.to/35YkG3V
RTV Silicone Liquid Gasket Maker: amzn.to/3heQ4jU
Battery Plug: amzn.to/3A6de4t
ESC Plug: amzn.to/2SwwFT6
150A Power Meter: amzn.to/3h9tbOM
#engineering #underwaterdrone #antennadesign #antenna #computerscience #programming #firmware #design #robotics #electronics #electricalengineering #mechanicalengineering #mechatronics #fpv #fpvdrone #fpvpilot #3dprinting #artinmotion #rover #automation #program #stem #education #maker #rov #underwaterrov #diving #scuba #scubadiving #diver
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![Underwater Electric Thruster Test - 24V 1200W motor. Expedition lifeboat conversion Ep107 [4K]](http://i.ytimg.com/vi/Ff-weEnpLTc/mqdefault.jpg)
![Underwater Electric Thruster Test - 24V 1200W motor. Expedition lifeboat conversion Ep107 [4K]](/img/tr.png)
Follow me on instagram for more updates: instagram.com/protog42
Here are some of the parts I'm using for the underwater drone so far:
Thrusters: amzn.to/2T1AiAE
Acrylic Dome: amzn.to/3d7XiVy
Camera: amzn.to/35PorIP
Reversible ESC: amzn.to/2T78k6B
Diving LED Lights: amzn.to/35PBJFh
RC receiver: amzn.to/3vTYZN4
433MHz Receiver: amzn.to/3dXXAyX
433MHz Transmitter: amzn.to/2SKwbsF
Video Transmitter: amzn.to/2T379Fm
Gasket: amzn.to/2U7ZJB0
Ethernet Cable: amzn.to/3jpVXgO
Ethernet Breakout Board: amzn.to/3x5dLBN
Cable Gland for Tether: amzn.to/2SB6Yks
Dielectric Grease: amzn.to/35YkG3V
RTV Silicone Liquid Gasket Maker: amzn.to/3heQ4jU
Battery Plug: amzn.to/3A6de4t
ESC Plug: amzn.to/2SwwFT6
150A Power Meter: amzn.to/3h9tbOM
Cool hydro drone design. Can't wait to see the prototype!
Years ago I experimented with 12V bilge pump cartridges and a variety of RC props to power a kayak. Worked surprisingly well, although yours is certainly a much more elegant solution.
Very nice. I remember when ROVs were all the rage during the drone craze. A couple of capstones projects were focused on them. I have always like the OpenROV project.
Also for a fun summer project in high school I made a simple ROV that used bilge pumps that had the case cut off of them. They worked great.
Sadly i think OpenROV got bought up and is now...not Open, but i LOVE all this new DIY/OS Development !
Loved the concept, and waiting for more... peace bro!! 💚💚💚✌️🥳
I have 2 of these thrusters on the way. I'm planning to attach them to my paddleboard. It looks like they make enough thrust to move a paddleboard around pretty well. I am planning to steer using differential thrust for my first attempt. Hopefully it will make enough differential to turn/rotate.
Dude! Insane amount of power out of such small thrusters. It was obvious that you can't even get an accurate reading with the flex of the pivot shaft. Need to reinforce the test structure to really gauge. I bet your output is near double what it registered under that current test structure's limits.
Just noticed you are using a Differential Gasket to make the seal. That is very creative. Also would make for a cool cover. Really like where the project is going. Just picked up some of those thruster if I ever getting around yo making an ROV
Thanks! I also think the shape of the differential cover is cool and is the main reason I bought one!
This is fantastic!
Thank you!
This is cool. I am interested in knowing how durable these thrusters are. Let me know what you find in your testing. I am designing a drone that will stay in water for hours or could be even days. I am trying to find out if these thrusters are reliable or not.
Very cool
Thank you!
haha, well if this doesn't work out for a drone, you can probably convert over to a Bass Boat and be able to compete in the MLF. Holy &hit that's a lot of thrust :)
haha, for sure! I didn't notice during filming but it's actually bending the brass rod as well!
I am working on a rov project myself, and been eyeballing these same thrusters as a stopgap before spending a bunch of money on T200's. I don't want to spend a grand on motors til I know what I'm doing a little more.
I am curious what kind of depth these can handle.
Isn't the speed just directly related to the velocity of the water coming out the back? Is there no simplified equation to get estimated max speed?
I guess that would give you a theoretical max speed if the motor has enough thrust to propel the boat. If you attached a pressure washer to a larger boat, it's not going to move the boat at over 200mph even though that's the velocity of the water coming out of the nozzle. There are rough boat speed calculators online but I imagine a realistic formula would be pretty complicated and also depend on the boat shape, displacement, motor type, efficiency etc.
Привет, интересный у тебя проект.
So 100 of these would produce a chiropractic visit