SIG MMG 338 Program Series

WNDSN Range Calculator Dog Tag

September 21st, 2020

Berlin, 2020-09-17 – The best tool is the one that you always have on you, and the WNDSN MIL/MOA Range Calculator Dog Tag takes this saying literally. Upon customer request, WNDSN has developed a version of its popular MIL/MOA Range Calculator in the classic military dog tag format. This is the smallest usable range calculator, a tool that belongs on every explorer’s and marksman’s neck.

Designed for professional and recreational use, the MIL/MOA Range Calculator Dog Tag allows the user to input the MIL or MOA from their scope’s reticle and return the distance to the target of known dimension. This takes out the guesswork of gauging distance, enabling accurate range estimation and eliminating mental calculation errors while under stress.

The WNDSN MIL/MOA Range Calculator Dog Tag is made from black anodized aluminum according to U.S. standards for dog tags and weighs next to nothing. Like all WNDSN products, it features laser-engraved scales and includes instructional icons to create a self-contained tool. The backside is intentionally left blank, enabling the user to either sandwich the Range Calculator Dog Tag to the back of regular dog tags or to add additional information, velcro, or marker tabs.

“How far is my 3.5 mil, 12 inch target again?”

The Dog Tag’s scales are unitless, which means that the user can input MIL or MOA on the left side, and for the object size, if the value is in meters, input meters on the S-scale, and read the resulting distance meters on the D-scale. If the object size is in feet, feet is input and read as feet; to convert the result from feet to yards, the value is divided by 3. If the target size is in inches, the inner, left hand S-scale is used, which is graduated as 3 feet divided in 12 inches each. Inputting inches this way, the resulting value on the right hand D-scale is in feet.

For sub-degree angular sizes (1° = 60 minutes or MOA), the Dog Tag calculator provides increased precision by allowing direct input and calculation in MIL (milliradian) or MOA. The Dog Tag calculator can thus be used as a high distance/high precision companion to WNDSN Telemeters, it uses the same principles of calculating distance from angular size, only that with the Dog Tag calculator, the sighting and measurement isn’t done with the naked eye on the instrument but instead, the input values come from rangefinding reticles or similar devices.

Under certain conditions or in cases where laser rangefinders tend to fail or result in errors, WNDSN Telemeters prevail and can be used as primary or “second opinion” tools, to cross-check values obtained with different means, or in austere situations when other methods fail, are unavailable or contraindicated.

The device carries the WNDSN maker’s marks; usage instructions are engraved and supplemented by an included printed how-to booklet in both English and German. An 400-page printed comprehensive manual is available separately at WNDSN or via bookstores.

store.wndsn.com/products/wndsn-range-calculator-dogtag-3×3-aluminum

Pre-Order BioLite HeadLamp 750

September 21st, 2020

The new BioLite HeadLamp 750 more than doubled the 330 lumens of their initial model. It has eight lighting modes with red, white, spot and strobe. It even includes a red rear marker light. The rechargeable battery offers about 150 hours from the low setting.

Offered in Midnight Grey and Moss Green. Pre-Order now for a 20 October release.

www.bioliteenergy.com/products/headlamp-750

Kongsberg Awarded Contract to Deliver XM914 Remote Weapon Stations to the US Marine Corps for the Marine Air Defense Integrated System

September 21st, 2020

JOHNSTOWN, Penn. – Sept. 21, 2020 – Kongsberg Protech Systems USA has been awarded a contract to qualify an XM914 (30mmx113mm) remote weapon station (RWS) in support of the United States Marine Corps’ (USMC) Program Manager Ground Based Air Defense Office. The systems will be integrated on the Joint Light Tactical Vehicle (JLTV) and will include a number of specialized counter-unmanned aircraft systems (C-UAS) and air defense capabilities. Kongsberg USA will deliver test articles and assist the USMC in performing Design Verification Testing (DVT) toward future production deliveries.

The Kongsberg XM914 RWS is the first 30mm remote weapon station to be qualified on the JLTV platform. It includes the XM914E1 30mmx113mm DC driven cannon with a co-axial M240 (7.62mm) machine gun, an integration kit for the Stinger Air-To-Air Launcher (ATAL) and provisions for future C-UAS defeat systems. The XM914 RWS leverages a significant number of components, Line Replaceable Units (LRUs), and capabilities from other Kongsberg RWS and Medium Caliber Turrets already delivered to both the USMC and the United States Army to bring logistical support efficiencies and overall commonality.

“Although a new class of weapon and station, it is based on a proven design and previously qualified components to provide the Marine Corps with a low-risk system that reduces the burden of provisioning and training across the service,” said Jeff Wood, general manager, Kongsberg Protech Systems USA. “We are very excited to have been selected once again by the Marine Corps for a challenging RWS program. We look forward to helping them meet an aggressive delivery schedule and provide Marines with a critical lethality capability.”

Kongsberg was recently selected to design and manufacture the remote Medium Caliber Turret (MCT) for the United States Marine Corps’ Amphibious Combat Vehicle (ACV)-30 program. Kongsberg also provides all medium weight RWS for the Corps’ ACV and AAV platforms.

Kongsberg is the world’s leading manufacturer of RWS, delivering nearly 20,000 RWS units to more than 20 countries worldwide. All RWS systems – including turrets – bound for U.S. customers are manufactured in Kongsberg’s Johnstown, Penn. facility with significant support from a U.S. supply base.   

Grayl – GeoPress Filter

September 21st, 2020

The Grayl GeoPress is a simple-to-use water filter, just fill and press.

It has a capacity of 24 ounces (710 ml) GeoPress protects from global waterborne pathogens (99.99% of viruses, 99.9999% of bacteria, 99.9% of protozoan cysts), pesticides, chemicals, heavy metals, and even microplastics. In particular, Rotavirus, Hepatitis A, Norovirus, Giardiasis, Cryptosporidium, E. Coli, Cholera, Salmonella, and Dysentery.

Using ion exchange, ultra-powdered activated carbon, it filters at the rate of 5 liters per minute, meaning it takes just seconds to fill the onboard bottle with clean water. The filter is rated for 350 cycles (65 gal. / 250L), as “press time” reaches ~25 seconds (or three years have elapsed since first use) it’s time to replace the purifier cartridge. Cartridges boast a 10-year shelf life.

Offered in several colors.

https://grayl.com/products/geopress-purifier-covert-black

MATBOCK Monday – Kodiak Releasable Dog Leash

September 21st, 2020

Good morning and Happy MATBOCK Monday!

KODIAK Releasable Dog – (KRD) Leash

A 43” dog leash made from MILSPEC MultiCam webbing and stitched with KEVLAR thread to maximize durability and resist salt water & sun corrosion. The KRD leash has an ergonomically designed quick release buckle which allows the handler to release the dog from the end of the leash vice unclasping the leash at the collar. The leash features a quick disconnect that can be girth hitched to the belt as well as a standard clasp for secure dog attachment when the remote release is not required.

The KRD leash also doubles as a sling to be used with the MATBOCK Dog Litter allowing the handler to carry out an injured dog or even the added ability to hoist.

Quick Release!

Don’t forget to tune in Monday at 1:00 PM EST as we go live to demo the Kodiak Releasable Dog Leash!

www.gsaadvantage.gov/advantage/ws/catalog/product_detail?gsin=11000074649578

Green Beret Anniversary

September 21st, 2020

On 21 Sep 1961, The Green Beret became the official headgear of the US Army Special Forces.

An Imprecise History of the US Army Security Agency Special Operations Detachments

September 20th, 2020

Organic to each of the US Army’s Special Forces Groups are small teams of Signal Intelligence specialists operating in teams called Special Operations Team – Alpha or SOT-A. These in turn are supported by fewer still SOT-Bs. I served on a SOT-A from 1990-96 in 2nd Bn, 3rd SFG(A). The SOTs-A are the direct descendants of the United States Army Security Agency Special Operations Detachments (USASASODs).

While other SOF components have stood up SIGINT support elements over the past decade, SF has had the dedicated capability since before the Vietnam War.


Photograph: The 403rd SOD courier run – Plei Ku to Kontum – 1968 (Photo: INSCOM)

What follows is an “imprecise” history of thier existence from an ASA veteran website.

AN IMPRECISE HISTORY OF THE USASASODS

In the history of mankind, there are fleeting moments of time where, by fate or good judgement on the part of someone, a group of people are brought together at the most appropriate time and place or places to form extraordinary military units.

One such fleeting moment of history, was the formation and life cycle of an extraordinary military unit called the United States Army Security Agency Special Operations Detachment, more commonly referred to as the ASASOD.

One may ask why the ASASODs were called extraordinary and not elite. There are many elite military organizations such as the Roman Legions, Merrill’s Marauders, Rangers, Special Forces, SEALs, etc., however, there are few extraordiary units such as the ASASODs.

Why were the SODs extraordinary? Certainly, the timing was there and so were the places. But, the thing that really made the SOD an extraordinary unit was the people… good Special Forces soldiers…good technicians…loyal, dedicated, brave men…but, most of all, trusted and true friends.

The first SOD was originally formed at Vint Hill Farms Station, VA and relocated to FT Bragg, NC during the summer of 1960 with the 5th and 7th SFG(A)s. Later in 1960, units were organized and located in Okinawa with the 1st SFG(A) and Bad Toelz, GE with the 10th SFG(A). These original SODs were then designated as the 1st (1st SF), 2d (10th SF), 3d (7th SF), and 4th (5th SF) Operational Detachments of the 80th USASA Special Operations Unit (80th USASASOU).

In 1962 these Operational Detachments of the 80th SOU were redesignated as USASA Radio Research Units (RRUs); the 10th RRU (400th SOD) 1st SFG(A), and the 11th RRU (401st SOD) 8th SFG(A) was created, 12th RRU (402d SOD) 10th SFG(A), and the 13th RRU (403d SOD) 5th SFG(A).

During 1963 the units were again redesignated to the final designations we know them as today; the 400th ASASOD, 1st SFG(A); 401st ASASOD, 8th SFG(A); 402d ASASOD, 10th SFG(A); 403d ASASOD, 5th SFG(A) until Jan 64, 7th SFG(A) until Jan 65, and then to the 3d SFG(A) until the 403d’s deployment to RVN with the 5th SFG(A) in 1966.

The SODs remained the same from 1966 until the post-Viet Nam stand down of Special Forces during the early 1970s. With the stand down of the 5th SFG(A) in Viet Nam, the 403d was deactivated and was never again reactivated. On deactivation of the 8th SFG(A) in Panama, the 401st was deactivated for a short while and later reactivated with the 7th SFG(A) at Ft Bragg, NC. In 1974, on deactivation of the 1st SFG(A), the 400th was redeployed from Okinawa to Ft Bragg with the 5th SFG(A). The 402d redeployed from Germany with the 10th SFG(A) to Ft Devens, MA.

The official end of the USASASODs as United States Army Security Agency units came with the deactivation of HQs, USASA and conversion to Combat Electronic Warfare Intelligence (CEWI) organizations in December, 1976. However, even after the designation of USASA, the SODs continued to carry the ASASOD unit designations into the early 1980s when they were redesignated as Combat Intelligence Companies.

By the late 80s, the CBTI Cos were broken apart into Battalion level Military Intelligence Detachments in addition to a Group-level MID. The SOT-As went to the Bn MIDs, three a piece, along with a single SOT-B per Bn. The Group retained the TCAE.

SCUBAPRO Sunday – Finning Techniques

September 20th, 2020

Finning is the process of generating propulsion. In that sense, it is probably the most basic of all the diving skills, and one that most of us are already able to do when we first start diving.

In particular, a better finning technique, choosing the right technique for the right circumstances, can increase your dive’s efficiency.

This will decrease your air consumption, reduce physical fatigue, and extending your dives. Picking the right finning technique will also decrease the amount of silt you turn up. I am going to talk about four types of SCUBAPRO fins. The Jet fin, the Seawing Nova Gorilla, The Seawing Nova, and the Go Sport fins. The Jet Fin is the most wildly used fin in the world by profession divers, the SeaWing Nova, the SeaWing Nova Gorillas (a stiffer version of the Seawing Nova that is great for people that who are strong kickers). The Go Sport fin is new to our line and is a tremendous all-around fin for diving, surface swimming like OTB and River and Stream crossing. Lastly are the Twin Jet fins, again a SCUBAPRO iconic fin; it is used by strong kickers that like to use a flutter kick type stroke.

There are three main fin kicks that any diver should know. These are flutter kicks, frog kicks, and bent-knee cave diver kicks.

Flutter kicks

The flutter kick is the basic finning technique that most divers use. This technique is similar to the leg part of freestyle swimming.

Watch 90 percent of all divers, and you’ll see them use flutter kicks. In the early days of diving, it was the only technique taught. The reason for its popularity is quite simply that it is the strongest of all the kicking techniques, and it generates a lot of propulsion. Back in the early days of diving, before the invention of the BCD, speed was the primary way of maintaining buoyancy. The advantage of this kick is the forcefulness of it. It is excellent for moving at high speed or when fighting a current. The legs’ vertical up-down movement also means it is beneficial for wall diving, mainly when diving by a wall covered in corals. There’s less risk of kicking something on the side of you like your dive buddy, coral or the finning’s backwash, stirring up sediment. The disadvantages of this kick are related to the advantages. The forcefulness of the kick means that it is relatively strenuous and increases air consumption because of it. The vertical movement can steer up a lot of silt; this is bad for many reasons. If you are on a combat swimmer operation, the trail of silt can give you away. Second, it will make it hard for anyone following you to see their gauges and find the target. (unless you are using the SCUBAPRO HUD dive computer) (shameless plug, but it is excellent for low visibility). In confined spaces like close to the target around the piers or in a cave, it can cause a blackout and make it very hard to see what you are doing.

A fast, powerful technique is useful when fighting a current, for short bursts of speed. The best fins for this are the SCUBAPRO SeaWing Nova Gorillas, The Go Sports, and the Jet fans.

Frog kick

The frog kick looks very similar to the leg portion of the breaststroke from swimming. A large and wide kick that utilizes the leg’s full strength is a good, general technique for open-water diving, either in the water column or close to the bottom. Because the movement and propulsion aren’t continuous, good buoyancy technique is required, though.

The movement here is horizontal, or close to it, meaning that there is minimal disturbance of the bottom when swimming close to the bottom, which will maintain the visibility for any divers that come after you. However, the kick’s width means that the kick isn’t recommended for caves or when diving close to a wall.

This kick, combined with good buoyancy, will quickly become your go-to technique once you get used to it, and will likely decrease your air consumption significantly. The more adequately trimmed your position in the water, and the more you take advantage of the gliding phase before initiating the next kick, the more you’ll reduce your energy (and air) consumption.

The powerful kick that can be extremely efficient, especially if you master the kick-and-glide aspect. Suitable for open-water diving in mild currents, in the water column, or close to the bottom. Not advisable in stronger currents or close to walls.

The best fins for this are the Jet fins.

Bent-Knee Cave Diver Kick

With the complicated name, this technique is the go-to technique for technical divers and is the one that causes the least disturbance of the environment. The bent knees mean that the movement is minimal, with the entire kick coming only from a small movement in the hips, combined with a kick of the ankles. This means that propulsion is limited, compared to the two kicks above, but it also decreases strain and air consumption.

The small movement means that it works well in cramped areas, such as inside wrecks and caves, and, when executed correctly, can minimize the amount of silt kicked up to almost nothing. For this reason, it is also the recommended technique for diving close a very silty bottom, like in a confined space, close to piers or around ships.

The slow movement also means that this technique helps you slow down, making it useful for muck dives or other nature dives where you’ll be looking for small animal life. Because it is a very low-propulsion kick, this technique has its limitation when swimming against a current, though. This is a minimal-impact kick that is ideal for cramped environments and close to very silty bottoms, as well as helping you slow down during your dives and maximize your available air. The Jet Fin is the best fin this, and with some practice, the Go Sport is good also.

Lastly, the SeaWing Nova Gorillas come in OD Green or Orange, but they can be special ordered in all black. You can also order the SeaWing Nova in all black. Special orders require a minimum of 24 per size, but we can work to get you want you need.

Contact ecrazz@clannfive.com for more information.