Facebook drone’s structural failure being investigated by safety agency

facebook aquila investigation 2
An accident involving Facebook’s internet-serving drone is being investigated by United States aviation safety agency the National Transportation Safety Board (NTSB).

The incident was previously described as a “structural failure” by Facebook and occurred during the “Aquila” drone’s first test flight on June 28. Alongside the recent loss of Facebook’s Amos-6 satellite in a SpaceX rocket explosion, the investigation marks another setback to the company’s global connectivity plans.

The massive Aquila drone, which boasts a wingspan comparable to a commercial airliner’s, undertook “substantial” damage during the accident, a spokesperson for the NTSB told Bloomberg. No damage occurred on the ground, claims the agency. Facebook itself has not officially confirmed the investigation.

The revelation comes as Facebook CEO Mark Zuckerberg concludes his trip to the Asia-Pacific Economic Cooperation summit in Peru, where he has been speaking to world leaders about his company’s connectivity plans. “If we make the right investments now, we can connect billions of people in the next decade and lead the way for our generation to do great things,” said Zuckerberg in a Facebook post.

Last month, the company’s head of aeronautical platforms Martin Gomez revealed that a number of countries were interested in hosting test flights for the Aquila drone. The latest nation to express interest in Facebook’s Internet.org connectivity program is Indonesia, reports local newspaper the Jakarta Post.

Facebook previously claimed its inaugural test flight ended up lasting more than 90 minutes — almost three times longer than its expected duration. Despite being tested with a battery-powered system, Aquila drones are expected to eventually make the switch to solar.

The company said the following in a blog post in July: “Once they are fully operational, these high-altitude planes will stay airborne for up to 90 days at a time and beam broadband coverage to a 60-mile-wide area on the ground, helping to open the opportunities of the internet to people in underconnected regions.”

Emerging Tech

Awesome Tech You Can’t Buy Yet: Booze-filled ski poles and crypto piggy banks

Check out our roundup of the best new crowdfunding projects and product announcements that hit the web this week. You may not be able to buy this stuff yet, but it sure is fun to gawk!
Emerging Tech

Researchers create a flying wireless platform using bumblebees

Researchers at the University of Washington have come up with a novel way to create a wireless platform: using bumblebees. As mechanical drones' batteries run out too fast, the team made use of a biology-based solution using living insects.
Emerging Tech

Thrill-seekers will be able to pilot themselves in a giant drone as soon as 2019

Want to hitch a ride on a giant drone? The startup Lift Aircraft is gearing up to let paying customers fly its 18-rotor giant drones over assorted scenic landscapes across the U.S.
Emerging Tech

The best drone photos from around the world

Most of today's drones come equipped with high-end cameras, which are quickly revolutionizing the world of aerial photography as we know it. Here are some of the best drone photos from around the world.
Emerging Tech

Prepare for liftoff: Here are all the important upcoming SpaceX rocket launches

From ISS resupply missions to a host of communication and scientific satellite launches, SpaceX has a busy year ahead. Here's a rundown of some of the company's most important missions slated for the next year.
Emerging Tech

Bright ‘hyperactive’ comet should be visible in the sky this weekend

An unusual green comet, 46P/Wirtanen, will be visible in the night sky this month as it makes its closest approach to Earth in 20 years. It may even be possible to see the comet without a telescope.
Emerging Tech

Meet the MIT scientist who’s growing semi-sentient cyborg houseplants

Elowan is a cybernetic plant that can respond to its surroundings. Tethered by a few wires and silver electrodes, the plant-robot hybrid can move in response to bioelectrochemical signals that reflect the plant’s light demands.
Emerging Tech

Gorgeous images show storms and cloud formations in the atmosphere of Jupiter

NASA's Juno mission arrived at Jupiter in 2016 and has been collecting data since then. NASA has shared an update on the progress of the mission as it reaches its halfway point, releasing stunning images of the planet as seen from orbit.
Emerging Tech

Beautiful image of young planets sheds new light on planet formation

Researchers examining protoplanetary disks -- the belts of dust that eventually form planets -- have shared fascinating images of the planets from their survey, showing the various stages of planet formation.
Emerging Tech

Delivery robot goes up in flames while out and about in California

A small meal-delivery robot suddenly caught fire in Berkeley, California, on Friday. The blaze was quickly tackled and no one was hurt, but the incident is nevertheless a troubling one for the fledgling robot delivery industry.
Emerging Tech

High-tech dancing robot turns out to be a guy in a costume

A Russian TV audience was impressed recently by an adult-sized "robot" that could dance and talk. But when some people began pointing out that its actions were a bit odd, the truth emerged ... it was a fella in a robot suit.
Emerging Tech

MIT’s smart capsule could be used to release drugs in response to a fever

Researchers have developed a 3D-printed capsule which can monitor patients' vital signs, transmit this information to a connected device, and release drugs in response to symptoms.
Emerging Tech

‘Crop duster’ robot is helping reseed the Great Barrier Reef with coral

In a world first, an undersea robot has delivered microscopic coral larvae to the Great Barrier Reef. Meet Larvalbot: the robot "crop duster" which dispenses coral babies on troubled reefs.
Emerging Tech

Self-driving dirt rally vehicle offers crash course in autonomous car safety

Georgia Tech's AutoRally initiative pushes self-driving cars to their limit by getting scaled-down autonomous vehicles to drive really, really fast and aggressively on dirt roads. Here's why.