Category Archives: Drones

This video allegedly shows a Hezbollah killer drone incinerate Al Qaeda militants in Lebanon

It looks like Hezbollah is using its weaponized drones to attack Al Qaeda targets in Lebanon.

Not only Hamas operates armed UAVs (Unmanned Aerial Vehicles) like the one flown over Gaza some weeks ago. Even Lebanon-based Hezbollah is employing its weaponized drones to bomb enemy positions in Lebanon, near the Syrian border.

Hezbollah has already launched remotely piloted vehicles over Israel in the past, some of those have been intercepted and shot down by the Israeli Air Force, however, this is the first time the terrorist group use their UAV to perform an air strike on enemy targets.

The first attack struck the al-Qaeda affiliated Jabhat al-Nusra (Nusra Front) positions near Arsal, close to the border with Syria.

The video below purportedly shows the attack of the Hezbollah drone.

It is impossible to determine the type of UAV used to conduct the air strike; even if it appears to be a quite simple drone (at least based on the symbology of the onboard camera which filmed video released by the group), it’s probably armed (provided it really fired the missile) and possibly accurate enough to target and strike individuals on the ground.

H/T to Matt Fanning and Guido Olimpio for the link to the video

 

This is how a Reaper drone is deployed to Afghanistan. In Kit Form.

Did you know RAF delivered its five Reaper UAS (Unmanned Aerial Systems) as if they were model kits?

The Royal Air Force has just deployed five more MQ-9 Reaper remotely-piloted aircraft that have joined the five Reapers already there and support ISR (Intelligence Surveillance Reconnaissance) operations in Afghanistan. Interestingly, the drones are delivered as model kits and re-assembled at Kandahar airfield as the following images, released by the UK MoD.

Reaper model kit

Along with the images of the British have also released some figures about the air strikes against Taliban conducted by the RAF unmanned aircraft in theater with LGBs (Laser-Guided Bombs) and Hellfire missiles:

“In over 54,000 hours of operations using Reaper in Afghanistan, only 459 weapons have been fired, which is less than one weapon for every 120 hours of flying.”

Reaper model kit 3

And here’s the reassembled Reaper:

Reaper model kit 4

Image credit: Crown Copyright

 

What’s this Pod Carried by a U.S. MQ-9 Reaper drone in Afghanistan?

An interesting picture, shared by the U.S. Air Force, shows a Reaper UAS (Unmanned Air System) on the ground at Kandahar airbase, with two interesting pods.

The image in this post (that we’ve edited to highlight the detail of interest) was released by the U.S. Air Force.

Taken on Aug. 18, it shows MQ-9 Reapers with the 62nd Expeditionary Reconnaissance Squadron at Kandahar airfield, Afghanistan.

Noteworthy, one of the Reaper drones (that are launched, recovered and maintained from Kandahar and remotely operated by pilots in bases located in the U.S.) carries two Electro-Optical/Infrared (EO/IR) sensors under each wing.

62nd ERS keeps mission going

These could be the latest version of the rarely seen before Gorgon Stare (formerly known as the Wide Area Airborne Surveillance System – WAAS), a pod-based sensor package used to track people, vehicles, and objects in areas of +10 square kilometers.

The ISR (Intelligence Surveillance Reconnaissance) pod is integrated in a networked imagery distribution system to provide hi-resolution, real-time full motion video of activities of interest.

Usually, a Gorgon Stare system is made of two pods, one carrying networking and communications equipment, the other with Visible/IR Camera Arrays and Image Processing module: interestingly, the MQ-9 shown in the picture carries two seemingly identical pods (with EO/IR turrets).

A new system or just the recently announced Gorgon Stare Increment 2?

Most probably, the second one, even if images released so far show different kind of pods.

Image credit: U.S. Air Force

 

ISIS surveillance drone is only an amateurish remote-controlled quad-copter

Drones used by ISIS militants are remotely-controlled products you can buy online for about 500 USD rather than something comparable to real UAVs (Unmanned Aerial Vehicles).

Even though some media outlets reported that ISIS have acquired unmanned capabilities, after a video posted on Youtube showed Islamic militants using a “surveillance drone” in Syria, the technology used by the terrorist organization is something quite amateurish.

Indeed, the footage was filmed by a Phantom FC40, a famous commercial remote-controlled quad-copter that, according to the vendor DJI Innovations, comes with a smart camera, which supports 720p/30fps HD video and can be controlled (and maybe hacked) through an iOS or Android app running over a 2.4G Wi-Fi connection.

Phantom-FC40

Image credit: DIJ

The Phantom FC40 is not a professional system: it is in the “For Everyone” category, meaning that it is ready to fly and almost everyone can safely fly it.

ISIS used this type of UAS to film Tabqa airfield that they later captured.

Even though they probably found the imagery from the Phantom useful to get a rough idea of the enemy positions before the attack, this commercial drone does not enable the militants to scout details out from long distance in real time nor wait for hours until relevant people appears on the scene as real UAVs can do.

In other words, a Phantom FC40 is far from being the sophisticated UAS (Unmanned Air System) that would give ISIS at least a basic unmanned capability as that owned by Hamas. But it gave the militants some exposure and most probably worked for their propaganda purposes.

In July, the military wing of Islamic Resistance Movement Hamas, Al Qassam Brigades, showed footage of an Ababil A1B over Gaza Strip.

H/T to Giuliano Ranieri for the link to the video

 

[Video] Test missile fired at F-16 used as a target drone for the first time

QF-16 performs for the first time as an aerial target

A remotely controlled QF-16 Full Scale Aerial Target was launched for the first time as an aerial target at Holloman Air Force Base, New Mexico.

The missile used in the test was modified so it could not hit its target; however, the QF-16 has a scoring system which tells the ground station how close the missile came and its trajectory.

According to Boeing, “The ground control station sets the coordinates for the missile. Then, using its on board system, the QF-16 validates that the missile hit those coordinates, and detects the distance and speed of the missile. If all the data matches up, the mission is considered a kill.”