The RQ-11B Raven is an unmanned aerial vehicle (UAV). It has moderate operational range. It provides real-time intelligence on its target areas and has live video capabilities to allow for situational awareness. It can fly automatically with GPS technology, or by operator control. The drone can carry a variety of payloads, including the ability detect and target hazardous areas. The drone can also be controlled remotely by a programmable ground controller unit.
RQ-11B Raven
The RQ-11B Raven drone is a unmanned military aircraft. Its wingspan measures 4.5 feet. When fully assembled, it weighs only 4.2 pounds. It has an infrared sensor for night operations. It can fly between 100-500 feet above the ground. It can fly 60 to 90 minutes. The UAV system consists of 3 Raven UAVs. It also includes ground control, GPS and transit cases.
The Raven has an average operational range. Live video provides the latest intelligence on any region of interest. It can fly autonomously using GPS technology. A military pilot can remotely fly the Raven. Several upgrades are planned for the Raven air vehicle and its sensor systems. This aircraft is a proven fighter.
Mission payloads
A UAV Raven is a versatile UAV that is able to carry a variety of mission payloads. It can deliver over-theshelf video and provide real-time images of trouble spots. Raven can provide situation awareness due to its 30 mile range. Because it is able to fly autonomously, the Raven can fly programmable targets and routes in unmanned fashion. It can also fly remotely by a skilled operator.
One payload for the Raven is a gimbal stabilized camera. It will be able stabilize its angle so that the operator can keep the target in his sight at all time. Raven SUAS is a gimbaled aircraft vehicle. The payload will be mounted on to the Raven SUAS. This payload will replace separate sensor payloads. It can display live video or infrared imagery to an aircraft operator.
Flight time
The Raven can be carried by a man and is an unmanned aircraft. It is capable of hovering in the air, but its flight time is limited by its range. The US Army and Marine Corps are currently retrofitting RQ-11 drones with new cameras and sensors. Australia and the United Kingdom are also using RQ-11s to support their combat battalions. The UAV has GPS technology that allows it to fly independently and can be programmed so it can fly to a certain area or route. Once launched, it can be controlled remotely by an operator to gather intelligence on its environment.
AeroVironment, the US Army's radio frequency modification company, recently signed a $55,000,000 contract. The contract's initial term is set to expire in July 2020. It can also be extended up to March 2021. Another $6.4million contract was recently awarded to UAV Company by an existing defense customer in Southeast Asia. The US Army has been studying the capabilities of the drones and they can be used anywhere in combat.
Ground control unit
The Raven serves as a ground control device (GCU) to unmanned aerial vehicles (UAVs). This system consists three aircraft, the ground control unit, the remote video terminal, spare battery, a charger and other supporting equipment. GCS of the Raven displays images and video from the RQ-11 camera. It is extremely easy to put together and can also process real-time information. The Raven can playback video and enable retransmissions of images and videos. It can also be used as a video terminal to give commanders a clear view and overview of data that has been captured by the aircraft.
The Raven was originally developed for British forces. However, it has been upgraded digitally. It offers improved security and communication. This is the main advantage of this new version. Analog versions of the Raven send video signals that can be intercepted by insurgents using laptop computers. Raven can fly either manually or independently. Raven can also be equipped with both a day and night cam. The RQ-11 Raven has been deployed to the US army and used in light infantry war. Its digital upgrade was funded by a US Department of Defense supplemental funding bill, and deliveries began in October 2009.
FAQ
Is it possible to fly a helicopter while driving?
Flying a drone while driving is dangerous because you could crash into another vehicle or object. You may also run into pedestrians and other animals. In addition, you could damage your car by hitting power lines, trees, or buildings.
How can I keep drones from my home?
Drones are becoming more popular for home security and surveillance. If you want drone attacks to be avoided, you can install motion sensors all around your property. These sensors will detect any flying objects that are not authorized.
What kind of batteries does a drone use?
The majority of drones use lithium-ion cells. The typical drone draws between 3 and 6 volts.
Is Drone Use Banned in Your Country?
The FAA prohibits drones from flying within close proximity to airports, stadiums and sporting events, as well as nuclear power plants, hospitals and prisons. However, they allow them to fly nightly using GPS technology.
Statistics
- With the top 10% making over $100/h and the bottom 10% making as low as $10/h. (dronesgator.com)
- According to ZipRecruiter, the minimum hourly wage of drone pilots is $20. (thedroneu.com)
- Research and Markets predict a growth rate of 51.1% over the next five years. (thedroneu.com)
External Links
How To
How to Film Youself With A Drone
Filming yourself with a drone is very easy. You just need a camera, a remote controller, and a smartphone. The FAA (Federal Aviation Administration), is the first place you need to go. Next, you will need to purchase a quadcopter. This drone is equipped four rotors which allow it to fly in different directions.
After you purchase your drone, connect it to your computer using a USB cable. Open the software program for your drone and follow these steps.
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Connect your drone's battery to your laptop's power supply.
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Make sure your drone's webcam is open and working properly. If nothing is visible on your screen, you can check for problems with the connection between the drone's computer and the drone.
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Turn on Wi-Fi and enter your IP address into the "IP Address" field.
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Select "Open Camera" from the menu.
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You should set the image quality to HD 1080p.
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Click on "Record," and then click the "Start Recording."
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After recording is complete, close the webcam program.
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Save the video file to you hard drive.
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Upload the video file to YouTube with another computer.
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You can share your video link via social media sites such as Facebook, Twitter and Instagram, Google+, LinkedIn. Pinterest, Tumblr. Reddit.