MiG-21 Balalaika

History

The @MiG-21 Balalaika was developed by Mikoyam Guluvich Design Bureau from the F-4R due to the need for a domestic TSF design. As the Soviets were fighting on their own lands against the BETA, they required an improved TSF that could enter and exit close-combat situations reliably and with all due speed, as well as handle close-combat against the BETA.

The MiG-21, while being based off the F-4R, handles differently from its base machine, with reduced weight and improved operational endurance. The design of its arms and legs have been simplified by removing excess armor volume, and its shoulder armor blocks are notably smaller. Other changes include a reduction in head module size and a wire cutter added to the front of its head to reduce the risk of component destruction in the heat of close-range battle, and its jump units utilize Soviet components and designs, rather than the F-4's own; the resultant change in Jump Unit frame shape also increased the MiG-21's maneuverability. Multi-environment adaptability, with the aim of aiding Soviet forces in combat across the varying climes of their territories, has also been worked into its design.

The armaments of the MiG-21 differ from nation to nation. Apart from the WS-series of @Assault Cannons and the CIWS-1A @Close Combat Dagger, MiG-21s of the German Democratic Republic were also seen equipped with Type-77 Battle Halberds, imported from the People's Republic of China. However, the equipment remained rare, as few pilots were able to master the heavier weapon, and more often than not, NVA pilots were seen utilizing the DS-3 Schurzen Multi-purpose @Supplemental Armor System to improve the survivability and close-quarter capabilities of the MiG-21.

Early MiG-21s were simply reworked F-4Rs instead of factory productions; the process of converting a Phantom into a Balalaika usually took a day. It is interesting to note that while the MiG-21 is directly related to the F-4 lineage, the vast majority of the later MiG-series TSFs by the Mikoyam Guluvich Design Bureau would be developed from, and are operationally-wise, closer to the F-5 Freedom Fighter.

Deployment

The MiG-21 is used by the majority of Warsaw Pact countries and @The Union of Soviet Socialist Republics (USSR). Of note is the deployment of Soviet MiG-21s during Operation Palaiologos; the Volk Regiment of the 43rd Tactical Armored Division was known to have used MiG-21s in the assault on the Minsk Hive, and the retrieval of what would later become the Volk Data.

After the separation of central @Europe from Soviet influence by the BETA advance from the @Minsk Hive, Objective 05, the German Democratic Republic began manufacturing their own MiG-21s by analyzing their first-production batch of TSFs delivered by the Soviet Union.

Several MiG-21s were used by the 666th, 661st and other laserjagd squadrons deployed to the Oder-Neisse Defence Line in the GDR to destroy Laser-class BETA during engagements, allowing artillery and air support to work with greater effectiveness in supporting the defenders. Surviving numerous engagements, the MiG-21s of the 666th Schwarzemarken were also present during Operation Neptune, spearheading the assault on the Gulf of Gdansk alongside US, European, and UN troops.

Variants

MiG-21PF/P

The MiG-21 PF/P МиГ-21ПФ/П was designed to counter electromagnetic interference from anti-laser heavy metal clouds, Jurgen Bernhard requested and helped develop a specialized variant of the MiG-21 before his eventual death by the East German Stasi, equipped with a larger sensor mast to facilitate improved detection and communication performance.

The early production models were given the title MIG-21P, and were only used for experimental testing purposes. The finalized mass production type was christened the MIG-21PF.

The MiG-21PF was manufactured in small numbers, with one unit operated by Captain Irisdina Bernhard, commander of the GDR's 666th TSF Squadron Schwarzemarken.

MiG-21bis

The refined and final production variant of the MiG-21.

J-8

The J-8 is a variant of the MiG-21, but developed by the Chinese, when the experience gained by fighting the BETA resulted in the People's Republic of China selecting the close-combat-specialized MiG-21 over the multirole F-4 Phantom, the PRC modified the MiG-21's design by replacing the original head unit with an armored round-monitor head module type, so as to reduce the risk of damage to the main sensors. This change was made based on the PRC's viewpoint that their forces would be involved in denser close-quarters battle conditions against the BETA (as compared to the Soviets).

Developed and manufactured by Shenyang, the J-8 received high praise for its performance on the battlefield during its day, and the round-head monitor module design was thereafter widely recognized as a major trait of Chinese TSFs.