DPDT Switch Isolation

I'm working on a R/V for a customer. I have two DPDT switches that I want to control the awning with (folds out and folds in). One switch outside and one switch inside the R/V (Just like a 3-way switch in the house). If I daisy chain the two switches, the switches rest at ground and the fuse will blow when one of the switches are engage. Am I overlookering my wiring isolating dilema, or is there a better way to do this?I drink current, eat ohms, and bleed voltage

Have the switches control relays. Remove the grounds from the switches, should have positive fold in and fold out. Wire relays to reverse polarity using positive trigger on coil. Switches are wired in parallel.

That's funny because before you posted your reply I was toying around with that idea and I believe thats gonna be the winner. One more question for you? Its probbably not likely but it is a possibility, what if someone is holding the switch up outside and down inside? I was thinking about adding a ATC auto reset breaker for circuit protection? Thoughts?I drink current, eat ohms, and bleed voltage

If the switches are operated simultaneously, the motor would stop as it would have positive voltage on each of its leads. No protection needed, except the fuse/circuit breaker present there now...hopefully.

Well I feel like a total idiot. Your right. Should have thought that one out a little more. thanx again for your helpI drink current, eat ohms, and bleed voltage

You have to use Momentary On-Off-On switches. If switches are used simultaneously and one tries to go in and the other tries to go out you will blow a fuse.

Two momentary DPDT exactly the same as power window repeater switches in the good old days. Two SPAL switches in series, no relays unless the load exceeds 15 amps.

I'm guessing that since the vehicle in question is a RV, he has the switces. They probably match other switches in said vehicle...which is why I used relays.

Correct. I did already have the switches that rested at ground. The relays worked perfectly. Here's how it was wired. @ Howie II, I'm not familiar with those switches. Do you have a link that I could check those switches out for future applications?I drink current, eat ohms, and bleed voltage

Whoops. Diagram above is wrong. Correct Diagram: I drink current, eat ohms, and bleed voltage