What is the Aquila Facebook Drone?

Here we can see, “What is the Aquila Facebook Drone?”

Aquila Facebook Drone

The Aquila Drone is Facebook’s attempt to provide the internet to places of the world where it is currently unavailable. The social media company plans to employ a specialized drone that relies on solar power for this endeavor. The drone is designed to hover above places, providing internet access to individuals who do not have it.

The Aquila drone, which was a key component of the Internet.org campaign, is now a reality. The development team has constructed one full-size drone and smaller models for testing. Test flights are expected to take place in the second half of 2016.

The drone is being built by the Connectivity Lab, a part of Facebook’s Internet.org effort. The objective is that those working with the Connectivity Lab will create technology that would allow for global internet access. This is an enormous issue, yet Facebook appears unfazed. This seemingly futuristic technology is Facebook’s answer to a difficult problem, using a new technology made of extremely lightweight material and a nearly autonomous power source.

More information about the Connectivity Lab and the Aquila project may be found here.

The prototype is built of carbon fiber and weighs between 880 and 1,000 pounds. The 138-foot-wide wingspan of the huge V-shaped drone is comparable to that of a commercial Boeing 737. The plane is designed to travel at altitudes ranging from 60,000 to 90,000 feet. According to Facebook, the drone will be able to fly continuously for three months. The drones will be launched using helium balloons rather than conventional aircraft, reducing the weight of the hardware required to launch the app on the device.

Facebook is connecting the world to the internet with lasers, yep, lasers. The concept of deploying drones to increase connection entails placing terminals along the ground. The lasers’ function is to join the drones in the sky to establish a sort of network. “When done, our laser communications system may be used to connect our planes and with the ground, making it feasible to construct a stratospheric network that can stretch to even the most remote corners of the planet,” says Jay Parikh VP of Global Engineering and Infrastructure. Users will be able to connect to the internet via 4G LTE or Wi-Fi.

It isn’t time to rejoice just yet. Some conditions for Facebook’s drone project have yet to be met. For example, the current record for a sustained uncrewed drone flight is around two weeks, which is far from Facebook’s 90-day objective. Additionally, there is some laser work that needs to be done. The idea is for the lasers to act as a communication network, connecting many drones in a certain area. The lasers will have to be extremely precise to accomplish this, blasting a signal from one autonomous craft to the next over long distances.


This initiative isn’t without its detractors. The website Internet.org has received a lot of criticism. The internet connection will only provide access to linked services and will not provide an open internet connection. This restricted access has been challenged as a breach of net neutrality because it favors just certain services.

Although it is a difficult task, Facebook is moving on and believes they have found a solution. The Connectivity Lab is actively putting technology to the test that they believe will solve this problem.

In any case, it appears that people who do not have access to the internet will soon have it.


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User Questions:

What exactly is the Aquila drone?

Project Aquila (Latin for “eagle”) began in Bridgewater, England, when Ascenta, a British company that Facebook bought for its solar-powered drone expertise, built a drone with the wingspan of a 737 jet.

What is a Facebook internet drone, and how does it work?

Facebook’s grandiose proposal to construct a solar-powered drone to beam internet over the world was shelved last year, but the firm appears to be working on it again. According to a new report from Germany’s NetzPolitik, the social media behemoth collaborates with the aeronautics giant Airbus to test drones in Australia.

So, what happened with the Facebook drone?

The grandiose project was called off on Wednesday. In a blog post, Facebook stated that it would no longer be producing drones. The firm stated that it remained committed to its original mission of connecting more people to the internet but relying on other companies to build aircraft.


What happened to Aquila on Facebook?

Facebook has stated that it will abandon its idea to build a massive, solar-powered plane that would use lasers to beam the internet to underprivileged towns. Surprisingly, it’s just not practical.

What is the maximum height that an airship can reach?

Blimps may fly between 1,000 and 7,000 feet in altitude (305 to 2135 m). The engines produce forward and backward thrust, while the rudder controls the ship’s direction. The pilots inflate the ballonets with air before descending.

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