September 11, 2024 | International, Land
February 4, 2019 | International, Aerospace
Germany officially knocks F-35 out of competition to replace Tornado
COLOGNE, Germany ― Germany's Ministry of Defence has officially ruled out the F-35 joint strike fighter as a choice to replace its aging Tornado fleet, Defense News has learned.
An official from the ministry confirmed that the F-35 is not a finalist in the competition, which seeks a replacement for the 90-jet fleet. The news was first reported by German site AugenGeradeaus.
The move is not altogether surprising. Berlin for some time has officially favored an upgraded version of the fourth-generation Eurofighter Typhoon, built by a consortium of Airbus, Leonardo and BAE Systems, as the Tornado replacement. The main argument is to keep European companies involved in building combat aircraft and, perhaps even more importantly, staying clear of disturbing Franco-German momentum in armaments cooperation.
However, the decision leaves open the question of certification for nuclear weapons. The Typhoon is not certified to carry the American-made nuclear bombs that Germany, as part of its strategic posture, is supposed to be able to carry on its jets.
Competing against the Typhoon is Boeing's F/A-18E/F Super Hornet.
Before the German MoD confirmed that the F-35 was officially out of the running, Reuters on Thursday reported that the ministry was considering splitting the buy between the Typhoon and either the F-35 or Super Hornet.
Ordering both the Typhoon and an American aircraft would make it easier to continue carrying out the NATO nuclear mission, while also lending support to the European industrial base. However, it could complicate logistics, adding more expense and forcing the German air force to maintain two supply chains.
It is worth noting that despite complaints about the cost of keeping the ageing Tornados flying, keeping around a certain number of them always has been considered a painful, but not impossible, proposition among some defense experts. That is especially the case for the nuclear mission.
“There does not have to be a nuclear Tornado replacement,” Karl-Heinz Kamp, president of the Federal Academy for Security Policy, a government think tank, told Defense News last August. He noted that any German government is acutely averse to the publicity surrounding Berlin's would-be atomic bombers.
“That's why they will keep flying the Tornados, despite the price tag and despite having asked about a Eurofighter nuclear certification in Washington,” Kamp predicted at the time.
German defense officials on Thursday evening stressed that no decisions had been made besides reducing the playing field to the FA-18 and the Eurofighter Typhoon. The Defense Ministry will request additional information from the respective manufacturers, Boeing and Airbus, on the issues of operations, economic viability and timing, these officials said.
Germany's decision appears to have come at the surprise of F-35 manufacturer Lockheed Martin, which was not told by the ministry of the imminent announcement.
“We have not been officially notified of a decision on Germany's future fighter,” Lockheed spokesman Mike Friedman said in an emailed response to a query. “The F-35 delivers unmatched value as the most capable and lowest life-cycle cost aircraft, while delivering the strongest long-term industrial and economic opportunities compared to any fighter on the market. As the foundation of NATO's next generation of air power, the F-35 is the most advanced aircraft in the world today, and includes Electronic Attack capabilities well beyond any specialized fourth generation aircraft.”
Valerie Insinna in Washington contributed to this report.
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September 4, 2020 | International, Aerospace
Air Force Research Laboratory announces new space experiments
by Sandra Erwin AFRL's Space Vehicles Directorate will study the physics of very low Earth orbit, and will pursue sensor technologies for cislunar space WASHINGTON — The Air Force Research Laboratory announced Sept. 2 it will pursue two new space experiments — one will test the performance of satellite instruments in low orbits and the other is to advance sensor technology to monitor cislunar space The experiments are run by AFRL's Space Vehicles Directorate at Kirtland Air Force Base, New Mexico. Col. Eric Felt, the director of the Space Vehicles Directorate, said 27 teams submitted proposals and the two projects that won address important areas of space that impact national security. The experiment known as “Precise” will study the physics of very low Earth orbit, or VLEO, which extends from 90 to 600 kilometers aboveEarth. AFRL said the experiment will examine the ionosphere and how gases impact radio propagation used for communications and navigation. “The experiment will use sensitive satellite instruments and radio waves to examine changes in the ionosphere resulting from different compositions of ion source gases,” AFRL said in a statement. Felt in June during a SpaceNews webinar mentioned that VLEO was an area of interest for AFRL. “This is like where you have to be thrusting all the time just to keep your satellite in orbit, at 200 to 300 kilometers,” Felt said. The second project, named Cislunar Highway Patrol System. or CHPS, will focus on space domain awareness beyond geosynchronous Earth orbit (GEO) all the way out to the moon. “CHPS will explore concepts for object detection and tracking between GEO, where most U.S. Space Force satellites are flown, and the moon,” said AFRL. NASA and commercial companies seek to harvest resources and return to the moon, Capt David Buehler, AFRL program manager said. “This increase in activity will require greater domain awareness. We want to be there providing safety of flight when the U.S. puts boots back on the moon.” The CHPS experiment will investigate sensing technologies and algorithms for object tracking. “We need to address really basic things that start to break down beyond GEO, like how do we even write down a trajectory. The current space catalog uses Two-Line Elements, or TLEs, which simply do not capture the complex orbital dynamics and have almost no meaning in cislunar space,” said Jaime Stearns, principal investigator. The next steps for the project leaders will be to submit budgets, program timelines and specific technical objectives by Oct. 1. At the SpaceNews webinar, Felt said the “best payoff comes from pursuing things that we're not currently doing in space today.” https://spacenews.com/air-force-research-laboratory-announces-new-space-experiments/
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May 23, 2024 | International, Land
Rheinmetall MAN contracted for delivery of 48 HX 8x8 Protected Military Trucks for Swedish Archer Artillery System
The highly mobile 8x8 military vehicles from Rheinmetall MAN Military Vehicles (RMMV) will serve as carriers for the Swedish Armed Forces' Archer artillery systems