Monthly Archives: November 2013

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If Drones Are the Future of Search and Rescue, Why Aren’t They In the Philippines Right Now?

Helicopters, not drones, are being used for search and rescue efforts in the Philippines. Photo: U.S. 7th Fleet

Drones are the future of search and rescue efforts, so why the heck aren’t they flying over Tacloban right now, looking for some of the 25,000 people who remain missing?

Right now, Reuters is reporting that American aide helicopters have begun search and rescue efforts in Tacloban, where at least 4,000 people are dead. But so far, there have been no reports of drones—military or otherwise—joining that search. 

One of the rallying cries of those who support the commercial integration of unmanned aerial vehicles into American skies is that they can help perform search and rescue operations cheaper and more efficiently than helicopters can. Drones can fly lower, can be equipped with the same infrared and thermal imaging sensors, and, with their lower cost, a team of drones can cover more area than a helicopter can. 

If drones are ever going to make the public relations transformation from killing machine to commercial-and-public-service juggernaut that those in the industry are hoping they will, they’ve got to be deployed sometime. In the United States, the FBI has used drones in several hostage situations, and some search and rescue teams and even hobbyists are considering using them for search and rescue efforts. Back in August, a Monmouth University poll showed that 88 percent of Americans support their use as a search and rescue platform. Federal Aviation Administration regulations prevent their use in the United States by most entities, but teams operating in the storm-battered Philippines could likely use their help right now.

Part of the reason why drones haven’t been used in the aftermath of the typhoon may come back to an August announcement by the US military that it would only deploy drones for humanitarian efforts in the Philippines at the country’s request. But that same article suggests that the military has already been using drones there to create topographical maps and provide “safety estimates.” By now, you’d have to think that the country would take any help it can get. 

UAS have the potential to help in search and rescue missions by covering more ground and keep police officers safe by providing an eye in the sky in dangerous situations,” Michael Toscano, CEO of the Association for Unmanned Vehicle Systems International, said in a statement following the Monmouth University poll. “They do all of this at a fraction of the cost of manned aircraft, helping to save time, save money and, most importantly, save lives.”

All of the benefits Toscano is touting are very theoretical until someone actually proves it. 

Lauren Orsini over at ReadWrite has an excellent story about how drones could be used to help the Tacloban disaster relief effort. Drone proponents have plugged them as being useful for setting up on-the-fly wireless networks, delivering vaccines, and finding missing people. The Philippines could use all of that right now. Orsini quotes Nelson Paez, CEO of DreamHammer, a government contractor that sells drone piloting systems to the government, as saying that there are no drones available to help out in the effort. He blames slow FAA rule making and the lack of a legal commercial market in the United States for the lack of drones over the Philippines right now.

Part of that may be true. But we’re (humans) are using drones to map Incan sites in Peru,measure elephant populations in Africa, and track possums in New Zealand. There are thousands of drone hobbyists who have quadrotor helicopters that can fly for 15 minutes at a time over city blocks. There’s a freaking US Air Force base with several Global Hawks in Guam, 1,000 miles away, with a known propensity to fly over the Philippines. It’s time for Toscano, or someone else in an industry desperately seeking a PR win to make something happen.  

Paez may be half right when he tells Orsini that “if there was a commercial market for drones, they’d be available right now. You could just pick up 50 to 100 at Best Buy and put them out there.” But he knows that companies aren’t sitting back and waiting for the FAA to flick a magic switch for them to begin developing drones. They exist and they’re out there. They’re being tested in private spaces, by hobbyists all over the United States, by companies in other countries. They’re ready to be flown, and they should be ready to help.

NYTimes: Drones Offer Journalists a Wider View

From The New York Times

Drones Offer Journalists a Wider View
Remotely controlled aircraft have provided valuable images of events that are difficult to reach, including the recent typhoon in the Philippines.
http://nyti.ms/1fBlSeL

Get The New York Times on your mobile device and share articles and videos with your friends:
http://www.nytimes.com/services/mobile/apps/

Sent from my T-Mobile 4G LTE Device

Drones for peacekeeping

http://www.newvision.co.ug/news/648278-un-drones-to-monitor-m23-rebel-activities.html

[AND IN THE IVORY COAST:http://www.opendemocracy.net/opensecurity/mabel-gonz%C3%A1lez-bustelo/drone-technology-humanitarian-potential-0]

KINSHASA – The first in a fleet of United Nations drones will begin monitoring rebel activity on the borders of the Democratic Republic of Congo next month, a UN commander said mid-this week.

General Carlos Alberto Dos Santos Cruz, commander with the UN peacekeeping brigade in the country, said the unarmed drone would be airborne by the last week of November.

“The initial base to operate the aerial vehicle will be in Goma, and for five months we are going to increase the equipment,” he said.

The brigade hopes to have surveillance 24 hours a day by “March or April”, he added.

The United Nations said in August it had ordered its first surveillance drones from an Italian company to patrol the volatile eastern region, centred around the flashpoint city of Goma.

The drones’ target will be the activities of the M23 movement, founded by former Tutsi rebels who were incorporated into the Congolese army under a 2009 peace deal.

Complaining the deal was never fully implemented, they mutinied in April 2012, turning their guns on their former comrades.

If the trial is successful in the DR Congo, where the drones will also monitor the borders with Rwanda and Uganda, they could also be used in South Sudan, Ivory Coast and in other UN missions.

The announcement came as the chief of the UN’s peacekeeping force in the DR Congo, which has the unprecedented right to use deadly force against rebels groups in the country, said he had been made aware of a “disturbing” increase in manpower among the group.

“We have reports of the recruitment by force of young people in Rwanda,” Martin Kobler said, potentially destined to join the rebels currently terrorising the Congolese population.

The UN accuses Rwanda of backing the M23 rebels in eastern DR Congo, a charge the country has adamantly denied.

Neighbouring Rwanda was handed American sanctions last week for allegedly backing ethnic-Tutsi Congolese rebels who recruit child soldiers.

Kobler said he also had “irrefutable proof” that M23 rebels were acquiring more military equipment.

AFP

sensefly’s work in haiti …. awesome

Protecting the rain forest

http://onward.nationalgeographic.com/2013/11/19/drones-overhead-protecting-the-rain-forest-from-above/

Lifesaving drone drops life preserver

http://www.gizmag.com/pars-life-saving-flying-robot/29831/


RTS Lab has successfully tested a prototype of its Pars aerial robot, a drone that flies o...

RTS Lab has successfully tested a prototype of its Pars aerial
robot, a drone that flies out over large bodies of water to drop life
preservers near drowning victims

Image Gallery (6 images)

Earlier this year, RTS Lab unveiled its concept for Pars,
an aerial robot that flies out over a large body of water to air-drop
life preservers near drowning victims. Like many design concepts, we
weren’t sure if this life-saving drone would ever become a reality, but
it seems the Iran-based company was recently able to fund a working
prototype and even test its capabilities in open water. Based on these
initial tests, it’s possible that this flying, GPS-guided lifeguard
could be out there saving lives sooner than you think.

The Pars prototype was able to fly for 10 minutes at a top speed of 10 m/s (22.4 mph) befo...

RTS Lab has pointed out that the drone's fast speed combined with a capacity for several l...

With such an important job on its shoulders, RTS Lab wants to make sure Pars functions as ...

When conducting a trial rescue mission, the drone was able to reach a target 75 m (246 ft)...

View all

Over the course of four days in August of this year, the Pars
development team visited the Caspian Sea to conduct a battery of tests
on its brand new prototype. The location was chosen in part for its
proximity to the RTS lab, but also because it’s been the site of several
tragic drownings in the past few years, including an incident that took
the lives of six students this past summer. Among other attributes, the
team tested the Pars’ stability during flight, the accuracy of the life
preserver release mechanism, and the bot’s performance in both day and
nighttime conditions. According to the researchers at RTS Labs, the
prototype bot met their expectations perfectly.

The Pars was able to fly for 10 minutes at a top speed of 10 m/s
(22.4 mph) before needing to recharge. This gives it a maximum range of
4.5 km (2.8 miles), making it ideal for emergencies occurring along
coastlines and near ships at sea. It also proved to have a distinct
advantage over its flesh and blood counterparts, since it can bypass
treacherous waters with ease.

When conducting a trial rescue mission, the drone was able to reach a
target 75 m (246 ft) away and drop its payload in about 22 seconds,
while a human lifeguard took 91 seconds to swim to the same location.
During testing at night, the Pars was also able to illuminate targets on
the ground and make itself more visible to its controller on land using
several bright LEDs.

RTS Lab has pointed out that the drone's fast speed combined with a capacity for several l...

RTS Lab has pointed out that the drone’s fast speed combined with a
capacity for several life preservers means it could attend to multiple
people in one trip. With its built-in GPS, it can even be programmed to
fly to a certain area, dispense life preservers to anyone in danger, and
then automatically return to its base. Of course, the aerial bot won’t
be able to pull anyone to safety just yet, but it could be sent out
ahead of rescue crews to provide some initial aid. The researchers are
also hoping it could give emergency teams a birds-eye view of the
situation and help them plot a safe path to where they need to go.

With such an important job on its shoulders, RTS Lab wants to make
sure that the Pars functions as well as possible before attempting to
distribute it internationally. The company hopes to refine its current
design based on these trials and possibly add some more features, though
it is still looking for further funding to make this possible.

Besides increasing its speed and range, the group has considered
redesigning the drone so it can land on the water in an emergency and
outfitting it with an artificial intelligence that processes images and
sound to locate people in trouble. Presumably, if they receive the
necessary funding, the designers may also construct an off-shore landing
platform for multiple Pars drones, which was outlined in the original
concept.

Until we hear more on the project though, you can check out the video
below to see the Pars robot racing against a human lifeguard (the
actual footage begins at 25 seconds).

Source: RTS Lab

Delivering drugs by ArduCopter

Posted by Chris Anderson on August 27, 2011 at 10:29amView Blog

CNET reports
on a cool proof of concept–delivering life-saving drugs by UAV in
parts of Africa where road are poot. I’ve advised that team that fixed
wing UAVs might be a better choice for those distances, but they’re keen
on totally automated delivery and return:

 

“At the graduation ceremony of the Singularity University this week, I was introduced to another real-world, save-the-world company that’s applying quadcopter technology: Matternet.

 

This
particular class of S.U. was focused on solving problems for “the next
billion people,” those without access to modern technology. Matternet
tackled the problem of getting drugs and diagnostic or test materials to
people in rural areas in developing countries that don’t have access to
passable roads during rainy seasons.

 

The
company proposed building a network of robotic drones to deliver
medication quickly and very cost-effectively–even less than a guy on a
dirt bike costs.

Matternet
team leader Andreas Raptopoulos told me the nominal range of his
quadcopters is 10 kilometers when carrying a 2-kilogram load (range
changes with load). Landing pads act as beacons to augment GPS and guide
the copters to precise landings.

 

While
the company is building its prototype business around quadcopters,
Raptopolous told me Matternet is platform-agnostic. That makes sense,
since fixed-wing drones would be faster and have much greater range (but
they couldn’t land as precisely).

 

In
phase two of the company’s rollout, it plans to add automated
recharging stations to its networks, both to improve turnaround time and
reliability, and to allow the installation of way stations that could
swap or recharge batteries automatically to extend the range of the
copters.

 

The
business is straightforward: Matternet will charge aid companies for
delivery services. Currently, Raptopolous says, the Dominican Republic
is financing a pilot project for the company.

 

 

The Matternet quadcopters are based on open-source technology from DIY Drones.
The automatic control systems and flight programming tools are
well-developed, Raptopolous says. The flying vehicles themselves are
custom built, for robustness. They should cost a few hundred dollars
each.

Almost
all the demos at the Singularity event were for real-world and really
clever products, but this one flipped the most switches for me.
Matternet is trying to create, essentially, a modern, long-distance
version of the pneumatic tubes that hospitals use to shuttle samples and
papers around. That technology is just as out there, when you think
about it, as building giant Habitrails into buildings must have seemed
at the time. But look how pervasive it became.

I’m
also fascinated that this autonomous-helicopter form factor (four
rotors, each with its own motor, on a platform about 3 feet across) is
becoming a standard development platform for low-cost flying bots. I
wonder where we’ll see these things pop up next.