Turkey Signs $23B Deal for Advanced F-16 Jets to Modernize Air Force and Boost NATO Ties

 

Turkey has officially signed an agreement to purchase new F-16 fighters from the United States, a major step in its efforts to modernize its air force. The deal, confirmed on June 13 by Turkey's defense ministry and the U.S. State Department, marks a significant development in the bilateral defense relationship.

In October 2021, Turkey requested to buy 40 F-16 Block 70/72 fighters to replace its aging F-4E Phantoms. This request also included 79 modernization kits to upgrade older F-16s to similar standards. Although the sale faced initial resistance in Washington, Turkey's support for Sweden's NATO membership and its strong stance against Russia have eased opposition. U.S. Ambassador to Ankara, Jeffrey Flake, called the deal "beneficial for U.S. national security, Turkish national security, and NATO interoperability."

State Department Deputy Spokesperson Vedant Patel highlighted in January that both President Biden and Secretary Blinken have consistently supported the modernization of Turkey’s F-16 fleet, viewing it as a critical investment in NATO interoperability. Currently, Turkey is the largest foreign operator of the F-16, a fighter jet first introduced in 1974. However, Turkey’s F-16 variants are outdated, relying on mechanically scanned array radars with limited electronic warfare and situational awareness capabilities.

Turkey has initiated avionics modernization for 35 of its F-16 Block 30 jets, but NATO’s Turkish fleet still lags behind the more advanced air forces in the region. Countries like the United Arab Emirates and Bahrain have more sophisticated F-16 variants, while Egypt and Syria use enhanced MiG-29s with phased array radars, and Iran is set to deploy advanced Su-35s.

Enhancing Turkey’s aerial capabilities is crucial for NATO’s broader strategic interests, especially as regional challenges to U.S. influence intensify. Turkey’s military actions against Syria and other Iranian-aligned entities, along with support for jihadist affiliates, have complicated the regional military landscape, impacting the efforts of groups like Hezbollah and factions in Syria from focusing on Israel and the United States.

The F-16 Block 70/72 is a ‘4+ generation’ fighter with advanced avionics comparable to those in the latest F-35 stealth fighters. This variant features the APG-83 active electronically scanned array radar, making it a formidable platform for electronic warfare and providing superior situational awareness. The new F-16 variant’s advanced sensors and weapons systems significantly surpass those of older models, which were equipped with less sophisticated technology from the Cold War era and early 2000s.

Initially designed as a cost-effective, lightweight alternative to the F-15, the F-16 continues to play a vital role in U.S. and allied air forces. Turkey’s $23 billion order for the new F-16s will significantly boost the program, particularly as global demand for the aging fighter jet has waned.

Russia's A-100 Premier AWACS Completes Successful Test Flights, Gears Up for Serial Production

 

Footage has emerged online showcasing the new Russian long-range radar detection and control aircraft, the A-100 Premier, during its test flights. Reports indicate that the experimental prototype of the A-100 Premier AWACS is nearing the final stages of its testing process.

The prototype is undergoing rigorous full-scale testing for its airborne long-range radar detection system under near-combat conditions. Once these tests are successfully completed, serial production of the aircraft is expected to begin.

The A-100 Premier, equipped with the advanced "Premier" radar system, is based on the upgraded Il-76MD-90A. Developed in 2014 by the Taganrog Aviation Scientific and Technical Complex in collaboration with NGO Vega-M, part of the state corporation Ruselectronica, this aircraft is set to replace the aging A-50 line of AWACS aircraft.

The state-of-the-art A-100 radar system features an active phased array antenna and capabilities in radio-electronic reconnaissance. It includes terminals for secure, stable communication with Russian fighters and anti-aircraft missile systems, vital for target designation across air, ground, and surface targets.

Beyond radar capabilities, the A-100 can receive data from space satellites and control drones, relaying this information to both ground and airborne weapons. It also integrates seamlessly with ground reconnaissance systems like long-range radar, enhancing situational awareness.

Designed as a versatile airborne command center, the A-100 Premier can detect and track up to 350 air, sea, and ground targets simultaneously at distances up to 650 km. It boasts an impressive range of about 5,000 kilometers and can remain airborne for over 10 hours without refueling.

The A-100LL flying laboratory, based on the standard A-50 aircraft, made its first flight in October 2016. By November 2017, the first prototype of the A-100 Premier, developed from the Il-76MD-90A, took to the skies. This prototype's testing was intended to pave the way for mass production, which has been delayed until now, with serial production expected to start in 2024.

In 2020, another A-100 aircraft was reported to be under construction, aiming to join the testing phase. In February 2022, Rostec announced a significant milestone: the first flight of the new A-100 complex equipped with onboard radar technology was successfully conducted.

Looking forward, the introduction of Russia’s latest AWACS A-100 aircraft with the advanced Premier radar system is anticipated by the end of the year, despite the lack of official statements on the matter.

Additionally, in March, Sergey Chemezov, head of Rostec, mentioned plans to modernize and resume production of the A-50U long-range radar detection and control aircraft to meet the current needs of the Russian Armed Forces, alongside the A-100 Premier program.