Welcome to our forums. For the best in R/C submarine kits, components and accessories, be sure to visit the Nautilus Drydocks
If this is your first visit, be sure to
check out the FAQ by clicking the
link above. You may have to register
before you can post: click the register link above to proceed. To start viewing messages,
select the forum that you want to visit from the selection below.
The servo operated valve is self contained in the watertight area as opposed to being remotely mounted. More control via the operator, and the design is less prone to leaking.
The servo operated valve is self contained in the watertight area as opposed to being remotely mounted. More control via the operator, and the design is less prone to leaking.
Any risk of dumping water that accidentally got inside the induction pipe into the box?
It was manually controlled in the first iteration, so people had to be relied on not to be stupid and open the valve when submerged. I am now testing a slick water detection circuit that will automate that entirely and take it out of stupid hands altogether.
It was manually controlled in the first iteration, so people had to be relied on not to be stupid and open the valve when submerged. I am now testing a slick water detection circuit that will automate that entirely and take it out of stupid hands altogether.
Yes, but unless you have something closing off the top end water will inevitably get inside the induction pipe when you dive. So even if your sensor tells you the snorkel has already broken the water surface you may have standing water inside your pipe and you'll get an influx of water when you open the equalization valve. Maybe not enough to sink your boat but enough to short out vital components.
Comment