The Turkish Air Force has shot down an unidentified UAV (Unmanned Aerial Vehicles) over the Syria-Turkey border.
Turkish Air Force jets, most probably F-16s flying CAPs (Combat Air Patrols) along the Syria-Turkey border shot down an unidentified drone that had violated the Turkish airspace earlier today.
According to the information made available so far, the Turkish combat planes issued three warnings to the (unmanned) aircraft before shooting it down. Although this may seem a bit odd in this case, as the one shot down was a really small model (resembling a Russian-made Orlan 10) larger UAS (Unmanned Air Systems), controlled by a Ground Control Station usually have radios to talk with the ATC (Air Traffic Control) stations: for instance, the famous U.S. Predator and Global Hawk drones have U/VHF radios that pilots operating from the inside GCS use to talk with the air traffic control agencies along the route.
Therefore, Turkish jets may have radioed three warnings to the drone, in spite of its size, because the current RoE (Rules Of Engagement) require them to do so when intercepting an unidentified, manned or unmanned aircraft
Following these border skirmishes, the Turkish F-16s began responding to “MiG” radar locks by performing lock-ons on the aircraft “harassing” them. However, it’s quite likely considered the type of target, that the drone shot down today was hit with a gun strafe instead of a missile.
Mid-air with an Unmanned Aerial Vehicle for a Polish F-16.
According to the reports published by several Polish media outlets, on Sept. 15 a Polish Air Force F-16 fighter stationed at Krzesiny Airbase, near Poznan, collided with a small drone.
The mid-air impact, whose evidence was discovered by ground crews during the post-flight checks, exposed damages to the airframe protective coating and to the fuel tank.
The official version of the incident, given by major Dariusz Rojewski of the Krzesiny AB, is that the jet collided with an unknown aerial vehicle; damage assessment highlighted that the overlay of the Viper‘s fuselage and fuel tank (probably the CFT) were damaged. The Air Force refused to provide any further information.
With free, unregulated access to the UAV systems, incidents like this can happen. The Polish legislation assumes that the drone operator is always responsible for the flights conducted by the UAV.
Uncontrolled, unauthorized flights in no-fly zones around airfields are punished.
According to the Polish Aviation Law Act and the Polish Civil Aviation Authority, a person charged with causing an aviation incident may be sanctioned with 12 years of imprisonment, while sole flight inside the controlled airspace of an airfield, may face 5 years of imprisonment.
Polish media outlet Głos Wielkopolski notes that the only areas where drone are allowed to fly around Poznan include the Morasko, Suchy Las, Lubon and Komorniki regions, all of those are located far away from the Ławica (EPPO) and Krzesiny (EPKS) airfields.
As a consequence, any drone-related activity in Poznan is banned, even in the areas that are relatively safe, as Mikołaj Karpinski of the Polish Air Navigation Services Agency (PANSA) told in an interview for Głos Wielkopolski.
Any legal drone operation would require an authorization from PANSA , and this authorization must be obtained at least five days ahead of the planned flight.
The video of the Orion crew module Exploration Flight Test 1 (EFT-1) as it descended through the atmosphere until splashdown into the Pacific Ocean was filmed by Ikhana, NASA’s unmanned aircraft system (UAS).
The Orion descending for landing as planned in the Pacific Ocean was filmed by NASA’s Ikhana UAS (Unmanned Aerial System). The drone, a demilitarized MQ-9 Predator B owned and operated by the agency with technical support from the Air Force’s Medium Altitude UAS Division and the Nevada Air National Guard, was acquired by NASA in 2006 to support science missions and technology developments.
The UAS, remotely piloted from a ground control station at NASA’s Armstrong Flight Research Center at Edwards Air Force Base, California, filmed the re-entry phase of the capsule it detected though its IR (Infra Red) camera: once located and acquired, the camera operator switched to the optical camera to follow the descent until splashdown.
In the past, the Ikhana was used to perform wildfire imaging and mapping (Western States Fire Mission 2007-2009); in March 2012, NASA used the drone to test an Automatic Dependent Surveillance-Broadcast device. In August 2014, the UAS conducted a series of tests in Arctic Circle.
Some of our readers may have seen it already. For all the others, here is a funny video filmed during the press conference held in Portugal last April to showcase the new coastal surveillance UAS (Unmanned Aerial System) of the Portuguese Navy.
The video speaks for itself: just like a large paper airplane, the hand-launched drone immediately plummets and crashes into the water.
The mishap occurred while Portugal’s Defense Minister José Pedro Aguiar-Branco was visiting a naval base near Lisbon and, according to local reports, was caused by a “launch sequence” affected by some part of the airframe clipping the special operator who was launching it.
Fortunately, a second attempt to launch the drone was successful. Too late to save the reputation of the small UAS…
Whilst some readers suggested the aircraft was a model/mock-up, others were pretty certain the MQ-8C was one of the 28 such drones the Navy plans to operate in support of naval special operations forces.
Interestingly, the same reader who had taken the photograph of the MQ-8C was able to get a shot of an MQ-8B Fire Scout Vertical Takeoff and Landing Tactical Unmanned Aerial Vehicle (VTUAV), a smaller “Fire Scout” drone copter capable to autonomously take-off and land from any aviation-capable warship and at unprepared landing zones and to find, identify, track and illuminate targets and to provide targeting data to other strike platform as well as perform BDA (Battle Damage Assessment).