Wednesday, December 16, 2009
iRobot Founder's Startup to Develop UAVs for Bridge Inspection
CyPhy Works receives a $2.4 million grant.
We found out in June that the stealth robotics company created by iRobot founder Helen Greiner would work on unmanned air vehicles (UAVs) for emergency response. Now the company has revealed that these UAVs will also be used to inspect bridges, dams and other infrastructure.
Formerly known as The Droid Works, and now called CyPhy Works, the company has received a National
Institute of Standards and Technology (NIST) Technology
Innovation Program (TIP) grant of $2.4 million. CyPhy Works will work with researchers at the Georgia Institute of
Technology to develop small,
hovering UAVs equipped with video cameras and sensors.
According to a press release from the company:
If successful, the project will produce
an advanced class of UAVs that would enable entirely novel, efficient, and
relatively low-cost techniques for monitoring the health of the
nation's existing civil infrastructure.
While many researchers are working on small, hovering robots
for search-and-rescue,
surveillance,
and structure monitoring, controlling and coordinating these aircraft remains a challenge. Many UAV
projects currently use GPS to navigate, but this is not very precise and does not work
inside buildings.
CyPhy Works apparently plans to develop a more precise navigation
system. It has plans for two types of monitoring: Robotic Assisted Inspection, where a UAV slowly flies along
a structure taking high resolution images, and Autonomous Robotic Monitoring,
where a UAV stays at a structure and routinely checks for potential
dangerous changes on its own. It will be interesting to see if the company can make the latter approach work, and what techniques it develops for stabilizing the UAVs in high wind.
Comments
durs
12/16/2009
Posts:39
Seriously though, they have a long way to go. Our ROVs even with CCTV and advanced sonar navigation and smart tether -simply cnnot do the work of an Engineer Diver. And, we can put them in environments where we do not want to go: H2S, dangerous failing structures, High Differential Pressure situations-I say go for it!
drobdyver2
12/16/2009
Posts:1
Could UAV's ultimately be used for personal transportation. Could it be the uavPOD or an extension to the pemmPOD. As they say "Google It" or "Did you pemmPOD today?"
On a serious note this is great progress to take care of the nations aging infrastructure.
dancrissco
12/16/2009
Posts:54
The article doesn't make the distinction between the problem of a enabling a UAV to make decisions given goals (the Planning problem) and that of physical control, ie Vision, Motion Planning, Electro-mechanics, etc. When most people think of robotics they think of the physical control, but I suspect that the planning problem will end up being the thornier one.
snedunuri
12/17/2009
Posts:50