I was also surpresed about the amount of power. Unfortunatly i blew up my 1080 esc, after that i realised i dont need an esc to run a brushed motor. You can directly connect a lipo to a brushed motor and let it run, but than its alway at 100% power! And much more powerful than than an 1080 esc with only 80 amps. And here you can see the result of that: th-cam.com/video/dXnMd8_YSh0/w-d-xo.html
Thank you! It is a lot of thrust, i did not expect that. This is how i waterprofed my receiver: th-cam.com/video/--cMq3p9SKI/w-d-xo.html All the other connection are not waterprofed, water is less conductive as you would expect. If you drop a lipo in water nothing happens. But if you add some salt to the water (100grams per litre) that it becomes conductive but still with a high resistance (high ohm value) I also drove my TRX several times underwater without extra waterproofing it.
Fantastic ! Powerful thrust wow , thank for sharing video
I was also surpresed about the amount of power. Unfortunatly i blew up my 1080 esc, after that i realised i dont need an esc to run a brushed motor.
You can directly connect a lipo to a brushed motor and let it run, but than its alway at 100% power! And much more powerful than than an 1080 esc with only 80 amps.
And here you can see the result of that:
th-cam.com/video/dXnMd8_YSh0/w-d-xo.html
Cool that’s a lot of thrust. How did you waterproof all the other connections?
Thank you!
It is a lot of thrust, i did not expect that.
This is how i waterprofed my receiver:
th-cam.com/video/--cMq3p9SKI/w-d-xo.html
All the other connection are not waterprofed, water is less conductive as you would expect. If you drop a lipo in water nothing happens. But if you add some salt to the water (100grams per litre) that it becomes conductive but still with a high resistance (high ohm value)
I also drove my TRX several times underwater without extra waterproofing it.