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I'm surprised the Albacore didn't make it into the top ten handling boats.
You know, I completely forgot to give that thing the credit it's do, Andy. Yes, the 1/60 SubTech ALBACORE is SWEET! With the right motor it's as fast as the SKIPJACK. And the thing turns on a dime. Depth-control is very easy, even without the bow planes.
With all the phases this thing went through during its operational life, what's not to like!
I think were going to find out shortly. I just ordered one of the fittings kits for my project boat, thats getting the EZ Im putting together. Now waiting on the War Department (Wife)to release the funds for 2015 so I can get the "tronix"kit and Xmiter.
A question for HWSNBN: A couple of pages back there are a couple of photos of your "passive sonar" setup. I've tried to find the original radio shack module and I succeded but shipping cos was way too much.
If you should choose from this huge list a substitute radio, what would you choose?
Are there some silencing tecniques one could use to listen while underway? Small brushless creeper motor and silent blocks?
How about doubling the channels to get stereophony?
A question for HWSNBN: A couple of pages back there are a couple of photos of your "passive sonar" setup. I've tried to find the original radio shack module and I succeded but shipping cos was way too much.
If you should choose from this huge list a substitute radio, what would you choose?
Are there some silencing tecniques one could use to listen while underway? Small brushless creeper motor and silent blocks?
How about doubling the channels to get stereophony?
Circuit Zone is an excellent resource. Thanks for sharing. Get the first transmitter listed.
Forget sound-isolation -- what you negate in the way of physical contact conduction of sound through structure, you will get clobbered with through incidental conduction through water. Sit the boat down on the bottom and center the sticks, and listen (if you have a chattering servo in there, that's all you'll hear).
Forget 'stereo', smart guy. As the velocity of sound through water is so much quicker than air, you wont' be able to perceive the time difference (how our brain ascertains direction through right and left ear). So, without electronic detection and an analog display of sound phase shift between two (or more) hydrophones, you won't be able to get a bearing. The only useful information from this system is type of noise (servos are LOUD!), amplitude of the noise, and Doppler shift indicating an advancing or retreating sound-source. Sorry.
Thanks, will build the first transmitter.
Instead of isolating sound how about being silent using nitinol for steering and propulsion?
Should be possible to get a low power peristaltic pump out of this:
Simple object with nitinol wire controlled by Arduino.Experiments for interactive installation.My other experiments with Nitinol:https://www.youtube.com/watc...
Got the stereo part, indeed I wasn't able to get a bearing of my lost Kilo's motor despite being very close to it, very frustrating.
Thanks, will build the first transmitter.
Instead of isolating sound how about being silent using nitinol for steering and propulsion?
Should be possible to get a low power peristaltic pump out of this:
Simple object with nitinol wire controlled by Arduino.Experiments for interactive installation.My other experiments with Nitinol:https://www.youtube.com/watc...
Got the stereo part, indeed I wasn't able to get a bearing of my lost Kilo's motor despite being very close to it, very frustrating.
Nitinol. Man!... that's neat stuff. like the Martian War Machine muscles described in H.G. Wells Novel, War of The Worlds. Is Nitrinol contraction proportional with applied voltage/current? If so, you have a viable servo here. Neat! This would solve the servo noise issue all right. What was that thing, a heart-valve analog?
You find the neatest toys! I love bizzaro **** like this!
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Mike you might be able to get a better price, I do not know if Toki list is a retail price or wholesale, but they list the servo for about $22 ea.
It would be fun just to play with :-)
If you can cut, drill, saw, hit things and swear a lot, you're well on the way to building a working model sub.
Muscle wire has been around for a long time. It's biggest snag was it's sensitivity to ambient temperatures, resulting in drift for servo positioning. Not to mention that working with it was like trying to knit fog.
The main benefit seems to be weight saving (even that is marginal as you can get a pager motor servo sub 1 gram ), beyond that, it's all disadvantages, and if you look at the Toki servos, they have larger footprint than the small linear or rotary servo available for beans these days.
Muscle wire has been around for a long time. It's biggest snag was it's sensitivity to ambient temperatures, resulting in drift for servo positioning. Not to mention that working with it was like trying to knit fog.
The main benefit seems to be weight saving (even that is marginal as you can get a pager motor servo sub 1 gram ), beyond that, it's all disadvantages, and if you look at the Toki servos, they have larger footprint than the small linear or rotary servo available for beans these days.
Good, valid points, Andy. You saved us from reaching for a hot stove-top.
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