#Future

The timeline for the replacement of the troubled G36 rifle with a new yet-to-be-selected weapon has been announced by the Bundeswehr. The German System Sturmgewehr Bundeswehr (SSB)program was announced on February 3rd, 2016, with the solicitation itself being released on April 19th, 2017. According to Polish gun magazine MilMag, the testing and evaluation segment of the program was begun in July of this year, and is expected to be completed by November 2018. Between December of 2018 and April of 2019, the Bundeswehr will deliberate on the winner of the contract, which is expected to be awarded the following month in May. Final testing and troop trials will be conducted over the course of the next year, and fielding is expected to occur starting in September of 2020. Notably, it seems the new weapon is certainly not considered an “interim” item, as it is expected to serve through 2046.

The day many of you have been waiting for has come (and gone): The Desert Tech MDR has finally been released to the US consumer marlet after more than four years of development. Desert Tech announced the gun’s official release in a monthly update on their website, citing the first delivery of the rifle made on July 21st:

We are at a crossroads in small arms development. Demands for improved weapon effectiveness have reached their apex. At the same time, the soldier’s burden has grown into a crisis so pressing even the Army Chief of Staff has acknowledged it in testimony to Congress. Soon the next ammunition configuration will be decided, as new technologies open the door for a rethinking of the infantry’s most basic weapons.

Suppressor manufacturers, start your engines. The United States Marine Corps Systems Command (MARSYSCOM) has issued a new request for information (RFI) to the industry regarding future suppressors for the M4 and M4A1 Carbine and M27 Infantry Automatic Rifle (IAR). The request is intended to tap potential industry partners for future suppressor production, possibly in preparation for a new contract. The RFI’s requirements are, in the usual military fashion, detailed and stringent:

Canadian technology company Mawashi has formally introduced their flagship product: A passive exoskeleton designed to help the soldier carry his heavy load. The exoskeleton is reportedly based on research into how the human body distributes weight, studying obese individuals like the rikishi wrestlers in sumo, to create a solution for the infantryman to carry heavy loads without injury. The company’s name – Mawashi – even comes from the stiff mawashi wrestling belts used in sumo.

It seems that human augmentation devices have seen their first practical application. Passive exoskeletons – perhaps less glamorously called “full body orthopedics” have been spotted in use by Russian sappers in Palmyra, Syria. The sappers – Russia’s equivalents to Western bomb disposal or explosive ordnance disposal (EOD) units – were wearing structural exoskeleton suits reportedly designated “K2”, shown in the videos below:

In an era of increasingly resilient body armor, new small arms ammunition solutions are required to even the odds between the shooter and shootee. The company Stiletto Systems, based out of the UK, is advertising its new bullet as a possible solution for this problem. The round, a relatively conventional 7.62mm tungsten cored armor piercing projectile superficially similar to Nammo’s M993 round, is advertised as having considerable penetrative power: 20.5 mm of rolled homogeneous armor at 100 meters, 100% of the time.

The traditional wisdom goes: Lightweight or “pencil” profile barrels can shoot great – just so long as you don’t get them hot. After a mag or two of heat is dumped into your lightweight build, your point of impact (POI) will probably shift by several minutes of angle. If you don’t like it, then you’d better go for a thicker profile or learn your holdovers, because that’s just a fact of life with pencil-thin tubes.

The US Army is currently testing a new full body orthopedic “exosuit” designed to reduce soldier fatigue and injury, according to a press release made by the Army Research Laboratory (ARL) last week.

The Israeli Defense Forces are looking at acquiring a drone with a punch, according to news outlet Defense One. Per an article of their website, the IDF is looking at the TIKAD from Duke Robotics; a lightweight aerial drone that is able to be equipped with a variety of small weapons, from the familiar AR-15, to machine guns or grenade launchers. What makes the TIKAD most notable is its size: Much closer to the handheld drones of hobbyists than the high-flying Predators of the military, the TIKAD is one of a slew of innovative new unmanned systems that are small and light enough for motorized or light infantry to take with them to the battlefield.

At the 2017 National Defense Industry Association’s (NDIA) annual Armament Systems Forum in April, Mr. Howard Kent of Armor Development Group, and Dr. Jeffery Widder presented a concept for a caseless grenade system which allows the user to aim by changing the muzzle velocity of the round itself. Their grenade design would allow a grenadier to fire on targets at varying ranges while maintaining the same firing angle as well as approximately the same impact angle.

The US Army Armament Research, Development and Engineering Center (ARDEC) is developing a new kind of .50 caliber ammunition called the All Purpose Tactical Cartridge, according to a presentation given at this years National Defense Industry Association small arms conference. The new round will be a sabot design, similar to the existing .50 cal M903 SLAP round, but apparently with a more streamlined shape and better accuracy.

At the 2017 National Defense Industry Association conference on small arms, US Army ARDEC presented a brief on new technologies for enhancing the longevity of machine gun barrels, using 3D printing techniques. The project’s goals as stated in the presentation were to eliminate the need for spare barrels to be carried by reducing barrel temperature (especially chamber temperature) and increasing the cookoff limit of the barrel (the point at which a barrel gets so hot that rounds will fire from heat alone, without the primer being struck by the firing pin), without a decrease in accuracy or an increase in barrel weight. The team investigated two different 3D printing methods for manufacturing advanced barrel units:

In three previous articles, we briefly discussed some of the tradeoffs involved in the bullpup concept, and some of the challenges they face in the field of military procurement specifically.  Today, we’re going to continue this deep-dive into the bullpup concept by examining how the selection of either a bullpup or conventional layout affects concurrent development of a new ammunition system. In other words, we are going to address the question: Given the same performance requirements, how does having a longer or shorter barrel affect the characteristics of a new type of ammunition?

In a surprising turn of events given the recent public motions towards an all-M27 fleet, the United States Marine Corps has just released a new request for information (RFI), soliciting proposals from the industry for a whole new suite of infantry equipment, including rifles, upper receivers for existing weapons, optics, suppressors, and targets. The new RFI is very explicit as to what the industry can and/or should bring to the table as far as proposals. Below is replicated the “Infantry Rifle” segment of the RFI document, which is just one part out of five: