Mjolnir Powered Assault Armor (GEN3)

Mjolnir GEN3 is the generation of Mjolnir armor following the Mjolnir GEN2, in development within the UNSC in 2559. This third generation aims to retain the modularity and production advantages of the GEN2 while regaining the performance optimizations and raw level of protection offered by the Mjolnir GEN1. 
The first GEN3 models represent a considerable advancement of Mjolnir architecture in terms of neural interface , shield emitters, fusion core and armor formulation, but nevertheless are not equipped with all the prototype technologies developed for platform, with some still in development due to cost or reliability issues, including forerunner nanotechnology- derived elements and the shape-shifting energy shield.
GEN3's innovations were tested on GEN1 Mark VII and GEN2 Decimator models . The GEN3 project and parallel projects conducted by Materials Group culminated in the creation of the first model of GEN3 armor, also named Mark VII, intended to equip members of Spartan Operations .  The main challenge for the many producers recently entering the reactive armor market was to adopt the new GEN3 standard while remaining within the budgetary limits imposed by the UEG,  safety problems.  The GEN3 was tested in the field, particularly during Operation : HOURGLASS.  It has a life support system allowing the wearer to be placed in stasis for a period of at least six months. The armor then broadcasts an IFF signal that can be detected by nearby friendly units. 
Although the Mark VII armor is the main variant of the GEN3 platform, the Mark V [B], the Mark VI, the Rakshasa, the Mirage IIC and the OSTEO models also exist.
===Features===
GEN3 Mjolnirs merge the features of previous generations, combining the raw performance of GEN1 with the simplified build of GEN2 . The technical suit is made of nanocomposite material and embeds a crystalline matrix capable of accommodating high-ranking AIs. The visor is equipped with a VISR Waterfall optimized for augmented human senses. Next-gen BIOS enables perfect synchronicity with the neural interface. The shielding is made of polyphase carbide plate with superconducting heat sink layers and an iridescent refractive coating. The armor is covered with attachment points to attach armor reinforcements, sensors, weapons and specialized tools. Modular armor cores can be integrated very quickly according to needs and environmental constraints. Among the upgrades from GEN2 are an improved energy shield , a compact and more efficient fusion reactor , and variable density hydrostatic gel layer dispersive membranes. The armor also allows the use of additional modules, such as surveillance systems, stealth or thrusters , depending on the needs of the missions. 
==Variants==
*Anubis
*Air Assault
*Armet
*Aviator
*Argus
*Athlon
*Barrister
*Brawler
*Cavallino
*Celox
*Cohort
*Courier
*Deadeye
*Enigma
*Firefall
*Flanker
*Hermes
*ISR
*Linebreaker
*Mark VII
*Mark VII [H] 
*Mark V Zeta
*Menachite
*Mercury
*Rampart
*Rockeye
*Soldier
*Security
*Stormfall
*Talon
*Torchbearer
*Trailbazer
*Trendlock
*Volant
*War Master
*Zvezda
*Commando
*CQB
*CQC
*EVA
*Grenadier
*Hazop
*JFO
*Mark V
*Mark V[B] 
*Mark VI
*ODST
*Recon
*Scout
*Akis II-GRD
*Artaius
*Cambion
*Lechuza
*Locus
*Morrigan
*Rakshasa
*Rasetsu
*Shikari
*Stribog
*ULLR
*Balor
*Belus
*Erinyes
*Extender
*Mirage IIC
*Neith
*Nexus
*Street Viper
*Tyro
*Veles
*Ashmaw
*Burrowlens
*Farkas
*Mark VI CBRN
*Notus
*Oberon
*Ogun
*OSTEO
*Project Corsac
*Serket
*Skarbnik
*Steelheart
*Temfor
*Voidspear