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I would think that, the outboard motors, would have "alternators". This would be a big bonus.🏴☠😊
Why da fuqq are you sandwiching wood between the steel and aluminum?
If that wood rots (it will), your structure will likely buckle or collapse.
I'm sure there's an epoxy coating you can put between the steel and aluminum to help prevent corrosion.
Using non-marine plywood to do this job is like using Elmer's Glue to build an F22 Raptor.
Use the engines heat to heat the hot tub….
It would be so cool if you did it all EV 😀 love the project!
3d print or something and make plastic washer so you dont get galvanic corrosion. between the steel and alu.
Hope that ply is getting some better protection… And don't say "it's marine ply" 😂
I posted this on the other video, but you gotta do a little stubby double pontoon catamaran tender with your four pontoon ends, it would be so sick!
You need to add a crossbar from the left to the right or the secound floor will crash like a card house
Some type of marine adhesive in between the plywood and the floor rails would have been a good idea. This boat is gonna squeak.
Oh, great commercial.
plywood after 1 year in the water? Was that discussed and I missed it?
That isn't pressure treated plywood on the deck I hope lol.
We are still talking about the boat sunk🤣
Those are actually outboard motors. An inboard/outboard has the engine inside the boat, and the outdrive unit with the prop is outside of the boat. Since these have the engine and drive mechanism outside of the boat, they're outboard motors.
I plan to build something similar… Can't wait to see it finished.
I would want some bow thrusters or something like that, long boat for small bodies of water.
Dissimilar metals on a boat, even further complicated by saltwater, is an electrolysis nightmare waiting to happen. You are basically making the entire aluminum portion of the boat an "anode" that will start to dissolve.
Aluminum would have looked better
Those are outboards. An inboard/outboard has a fixed internal block engine with an external outdrive. The straight inboard has a fixed internal block engine with a direct driven propeller at the end of the shaft coming from the center bottom of the boat. Inboard/outboards are fully steerable. The outdrive trims vertically, and the steering moves the propeller and shaft left and right. The inboard propeller and shaft are not steerable. Steering is accomplished using rudders. The outboard, the motor you have, is the engine, shaft, and propeller, all self-contained in one external unit.
terlalu banyak omong
just a crazy idea how about adding fold down side panel outriggers that lock into place like the sail boats have to add stability from rollover and you can integrate decking to add room to your lower and upper deck since you are making it a one of a kind boat any way just a crazy idea….
What was the name of the battery?
Been watching your content on x2 speed and u talk so much its annoying, interested to see the outcome but definitely not subscribing, Just wanna see the build but there's so much talking very little work🤣🤣🤣🤣
Good Lord, that is one heck of a backup battery, but, over 4 grand for his setup… Dang!!!! I bought a 6000-watt gas-powered generator for just over 600.
Why not install a 2 kw DC to AC Inverter to charge the Anker Solix in roughly 3 hours. For the cloudy to partly cloudy days on the water.
First off. Those are outboards not inboard outboards. Second. Aluminum and steel do not mix well in salt water. That thing will be so stern heavy it’s going to flip over backwards.
Popcorn is popped.
Now that you have told everybody what you have, you should think about thieves security locking stuff down. You going to park the boat and walk away.
Have you cosidert the cooling effect of the water around the hot tub, for your calculated Powerdraw?
240 v is weird… me as an european: wtf a welder of 240. We use our toasters of 240 and our welders over 400v 😂
Welcome to CommercialTube.
I can’t wait to see how you’re getting this to the water
B is for
How’re you going to get this to the marina?
you talking too much in this video
Something to keep in mind about the solar panels… They're likely Photovoltaic cells, meaning that coverage by shade can drastically reduce the amount of power generated. a shade coverage of as little as 1/36th of the panels can reduce power production by as much as 75%. You'll want to take that into account when mounting them and be sure that no artificial obstructions exist. Then on the water, so long as you're directly facing the sun all should be well. Love the series!