Autonomous Sea-Robot Survives Massive Typhoon
jfruh (300774) writes Liquid Robotics and its Wave Glider line of autonomous seafaring robots became famous when Java inventor James Gosling left Google to join the company. Now one of its robots has passed an impressive real-world test, shrugging off a monster typhoon in the South China Sea that inflicted hundreds of millions of dollars of damage on the region.
The red background for this story reminds me of soylent news during those dark days of beta.
Next up: Sun rises, lemmings panic.
Seeing photos of these always reminds me of Hal Clement's hard SF short story ``The Mechanic'' --- still copyrighted though, so not at: http://www.unz.org/Pub/AnalogS...
Well worth tracking down a copy of the book _Space Lash_ to read it though.
Sphinx of black quartz, judge my vow.
Am I only one who doesn't think this is all that impressive? A manned ship surviving, yes, a stationary building surviving yes, but a unmanned sealed drone that has no problem being submerged in the water with nothing to collide against it without need to stay upright? I could achieve similar results as this drone by putting some gear in a steel container and letting throwing it out to sea. Its other purposes aside "shrugging" off a storm of any size should be trivial for such an object.
Or buying _The Essential Hal Clement, Volume 2: Music of Many Spheres_
Sphinx of black quartz, judge my vow.
This just in,
A competitor claims to have not just reproduced the technology, but improved upon it. Preliminary reports suggest the new design is cheaper, but performs the same typhoon-survival response.
http://www.superdairyboytoys.c...
From http://en.wikipedia.org/wiki/Liquid_Robotics
"The Wave Glider is composed of two parts: the float is roughly the size and shape of a surfboard and stays at the surface; the sub has wings and hangs 6 meters below on an umbilical tether. Because of the separation, the float experiences more wave motion than does the sub. This difference allows wave energy to be harvested to produce forward thrust."
If the unit were totally submerged a couple of hundred feet then, yes, a typhoon going by overhead would be nothing to worry about. But according to the wiki that's not the case...I'm surprised the sub and the float didn't get pulled apart.
Also survived the typhoon:
floating hypodermic needles & other man-made trash
plastic beach ball someone threw into the ocean a year ago
a message in a bottle
coconuts
They make it sound like it's a big deal, but the long story short: a floating metal tube designed to be in water survived being splashed with water. That is not an accomplishment. If there were people on this metal tube and they survived, that would have been an accomplishment.
..
Next up: Sun rises, lemmings panic, join Republican Party.
FTFY
The WaveGlider when deployed does not look like the photo. This is the stowed configuration, which is how it is put into the water. They haven't actually deployed it yet.
The top surfboard-y part floats. The bottom part with the vanes is a ways below it, and isn't buoyant. (The motive power comes from the fact that the vanes get pulled up and down by the buoyant part -- the distance is necessary for it to work.)
So, the fact that the buoyant and dense parts didn't separate, and their connecting cables didn't snap or get snarled and rendered useless is kinda impressive. At least to me.
There's no time like the present. Well, the past used to be.