NRA News has released another video by former SEAL Dom Raso.
Dom Raso – The Threat Of Lone Wolf Attacks
June 23rd, 2016First Tactical -Tactix Pack
June 23rd, 2016
First Tactical’s revolutionary Tactix One Day Plus Backpack features the innovative Lynx™ Laser Cut Platform compatible with MOLLE/PALS, and Hook and Hang Thru™ compartment for oversized or specialized gear, exponentially increases organization options.
After hitting stores late last year the Tactix 1-Day Backpack quickly became First Tactical’s bestseller and one of the highest-rated tactical backpacks on the market.
The Lynx™ Laser Cut Platform provides twice the mounting options and tests 20% stronger than it’s competitors. The Hook and Hang Thru™ compartment allows specialized items to slide through and securely hang in place without having to utilize the backpack’s other pockets.
The compressions straps are removable and customizable allowing users to personalize their pack.
The Tactix Backpack also comes with an internal backboard that is posture-conforming and can be used as a splint, shovel, or paddle in emergency situations.
First Tactical is excited to announce that a second wave of Tactix Bags will be on their way towards the end of the year. First Tactical will be releasing a Tactix Half Day and Three Day Backpack as well as a new Rifle Case. Stay tuned for more.
What Do You Guys Think?
June 23rd, 2016
These photos were found on Facebook the other day and depict a Toyota 4-Runner mod by Red Skull Garage. I kind of like the Camo pattern but I’m really loving the finish it was applied to.
You Never Know Where They’ll Show Up
June 23rd, 2016
SilencerCo Announces Executive Legal Appointment
June 22nd, 2016WEST VALLEY CITY, Utah – June 22, 2016 – SilencerCo LLC, the industry leader in silencers, appointed David Bolls as General Counsel and Executive Vice President of Business & Legal Affairs, reporting to SilencerCo’s Chief Executive Officer Joshua Waldron. Bolls will be responsible for SilencerCo’s and SilencerCo Weapons Research’s (SWR) litigation, contracts, licensing agreements, intellectual property, and government relations and will be a member of SilencerCo’s leadership team. Bolls appointment is effective as of Monday, July 13, 2016.
“At SilencerCo, we strive to recruit the best talent across all industries, and are very pleased to have David Bolls join us,” said Waldron. “David is an amazing addition to our executive leadership team because of his breadth of expertise and extensive experience, and he will be a critical player in helping us develop the strategy that grows our product lines and channels. We could not be more excited to have him onboard.”
Most recently, Bolls served as Chief Operating Officer of Duck Commander and Buck Commander, a multi-million dollar empire owned and operated by Louisiana’s camouflage-clad Robertson family, who became well-known by A&E’s Duck Dynasty television series. Bolls worked with a management team directing operations across all companies. Prior to Duck Commander and Buck Commander, he served as Deputy General Counsel and Executive Vice President of Business & Legal Affairs for Outdoor Channel Holdings, Inc. During his tenure at Outdoor Channel, he was responsible for overseeing and negotiating network contracts, licensing agreements, intellectual property matters, and litigation, as well as the development of a wide range of entertainment content and key relationships with talent and producers. Bolls has been an attorney for over 19 years.
“I’m very excited to join SilencerCo’s already best-in-class team. They’re brilliant, extremely creative, and not afraid to take risks. Most importantly, its leadership team continually puts employees first.” said Bolls. “In less than a week, I’ve already had the privilege of witnessing this firsthand. Josh and Jon simply want the best people working together to win. It’s exactly the type of environment in which I thrive and I couldn’t be happier.”
Bolls graduated cum laude from Warner Pacific College with a Bachelor of Science in Business Administration. He holds a Juris Doctor from McGeorge School of Law at University of the Pacific and completed an executive tax accounting program at the University of San Francisco. He also holds a Master of Laws (LL.M.) in Taxation from Golden Gate University School of Law and a Graduate Certificate of Advanced Studies in Taxation from Golden Gate University Masters School of Taxation.
For more information, visit SilencerCo.com.
SecureIt- Model 52 Gun Cabinet
June 22nd, 2016This is a release from SecureIt regarding the release of their new Model 52 Gun cabinet:
New Model 52 Gun Cabinet from SecureIt, properly stores six long guns featuring CradleGrid Technology with a focus on fast access and organization.
Firearm storage has not fundamentally changed in decades. It is static and certainly has not kept up with the sweeping changes in the size and shape of firearms themselves. Recognizing this problem, SecureIt, in conjunction with the US Army Special Forces, developed patented technology that adapts to the situation. Called CradleGrid, this three part system is comprised of a grid that affixes to the back of a locker, cabinet, safe, etc., individual “cradles” which fit anywhere on the grid and can be quickly and easily moved without tools to fit virtually any firearm, and a base into which the firearm butt stock goes and which features a tiered design for proper lean angle. A key advantage of the system is that it allows for firearm storage with optics attached. This CradleGrid system is the heart of SecureIt gun cabinet products and is incorporated into an array of storage solutions.
SecureIt has addressed the demands (listed below) of today’s gun owners by answering their specific storage needs with the development of the Model 52.
– Organization
– Fast access
– Adjustability
– Hidden
– Portable (light enough to move within home) yet fixed (securely bolts to floor or wall)
Product Name: Model 52-KD
Features: SecureIt CradleGrid Technology
Storage capabilities: Any combination of six long guns with scope attached.
Benefits:
– CradleGrid system adjusts on the fly to store any long gun
– No tools necessary to adjust system for any length firearm up to 50”
– Stores any style firearm with scope attached – no need to re-zero
– Straight-line access allows you to reach each firearm without moving others
– Organizational awareness improves visual inventory
– Accessories adjust on louvered grid for unlimited configurations
– Ideal size for home and office
– 14 gauge heavy duty steel construction is easy to assemble
– Ideal size for strategically hidden storage
– Push button electronic lock
– Adapts to any environment and re configures in minutes.
– Accessories, sold separately, further organization and custom storage (pistol pegs, storage bins, trays and shelves, magazine holders, etc)
– BUY-IT-BACK Satisfaction Guarantee
Specifications
– 22″w x 15.5″d x 52″h
– Heavy duty steel construction
– Six upper cradles and three stock bases
– Swing door with three point locking system
– Touch pad, electronic lock
– Black powder coat finish
Store any assortment of firearms in this compact cabinet that may be hidden in a closet or simply placed in the basement or in an upstairs bedroom. in an organized manner that also promotes fast access to each gun. Organize short MSRs with hunting firearms, gear and ammo. Adapts to any environment and re configures in minutes.
Morgan Advanced Materials and D3O Announce New Helmet
June 22nd, 2016Morgan Advanced Materials, a world leader in the application of advanced composite material technology, has incorporated D3O TRUST high-performance padding system into its ultra-lightweight combat helmet portfolio, the LASA AC914 and LASA AC915. The combination of Morgan’s hybrid composite ballistic helmet shell technology, with D3O’s impact pads is believed to be the most advanced combat helmet in the global market.
The D3O TRUST helmet liner system, created by the experts in real-world impact protection solutions, is engineered using patented composite materials. The seven-piece system which exceeds required Advanced Combat Helmet (ACH) protection levels by 33% at 10ft/sec, has now been used by Morgan to complement its world leading ballistic helmet shell technology.
Morgan’s LASA AC914 and LASA AC915 ballistic helmets are manufactured using proprietary ultra-lightweight, composite hybrid technology, which provides structure, durability and a level of protection at weights significantly lower than previously available. The helmets are the outcome of over three years of materials and product development at Morgan’s Ballistics Centre of Excellence.
Weighing in at 1.25kg (2.9lb) for a full cut LASA AC914 helmet and 1.15kg for a high cut LASA AC915 variant, these composite hybrid helmets are 7.5% lighter than a typical advanced combat helmets with 10% enhanced 17gr FSP Performance (735m/s). Built for comfort and endurance, the D3Oâ TRUST 10ft/sec blunt trauma impact padding system exceeds all regulatory performance standards and is recognised as the most durable and comfortable solution on the global market.
Duncan Eldridge, President of Morgan Advanced Materials – Composites and Defence Systems, explains: “Morgan has been at the forefront of ballistic protective combat helmet design for more than 30 years and we are proud to partner with D3O in the creation of our most advanced combat helmet yet”.
“The unrivalled performance of the D3O TRUST padding system and the resulting helmet is one which provides the highest levels ballistic protection at an extraordinarily low weight – a technological advancement which is sure to shape the sector.”
Todd Dunnagan, Director – D3O Global Defence Sector commented: “Morgan’s helmet shell technology provides flammability protection, ballistic protection and a structurally sound platform for the integration of blunt impact and retention systems, which, combined with the comfort and shock-absorbing capabilities of our D3O TRUST helmet liner system, delivers the ultimate lightweight, high-performance head protection solution.”
Available in a variety of configurations, the LASA helmets are compatible with in-service equipment including night vision goggles, as well as an array of other accessories. The LASA AC914 and LASA AC915 are available to purchase through Morgan’s locations in the UK, Canada and Singapore.
For more information on Morgan’s ballistic helmets, visit www.morgandefencesystems.com/LASA-900 and for details on the D3O TRUST helmet liner system, go to www.d3o.com/d3o_products/trust-helmet-liner-system.
Night Vision Redux – Part 3 – The Chassis
June 22nd, 2016A quick laymen review of the PVS-14 component layout tells a fairly quick story. The electronics (image tube and lower monocular housing/battery box) are the most complex and the most expensive segments of the device (see supporting graphic). This is good news, since you won’t want to tinker with these. In their issue state, both of these components are efficient as-is (unless damaged) and require no excessive skill to install/remove. These items are not the center topic, but come into discussion down the road.
Interestingly enough, the least expensive component and universal junction for the monocular itself is the chassis (upper monocular housing). From an industry cost perspective, this item is as cheap as they come. The legacy chassis is a simple molded plastic part that serves as the universal junction for the remaining complex components. The optics, image tube, battery housing, purge screw, o-rings and associated components all interface into, onto, or within this housing. Average cost to manufacture, about 20 bucks. The cost to install the pins, windows and various heli-coils (if they use them) equals the same or more cost. This is a general manufacturing estimate; different companies may vary with labor and methods.
The points be made are:
– You have rough part cost that equals as much as a good lunch.
– The cost driver to this component cost is mostly physical labor/burden.
– This critical part is the junction point to every other part that costs from 5-50X more (excluding fasteners, spacers, etc.)
– This part is essentially 18 years old and has never been improved beyond its initial design and manufacturing process, other than to manufacture it at an even lower cost.
To many it may appear that the plastic chassis (above, left) is being bullied in examination, but the facts are what they are. This is the most inexpensive key component and it’s mission is binary; to hold all the other stuff together. It does. If it can do that (much like a rifle lower receiver does), let’s make it do more since is it a relatively simple part. For reference, one of the main reasons a PVS-14 fails in the field is internal issues. Corrosion, fouled optics and impact/deformation rank highest in deadlined devices. The core issue is interface compromise. Either a lens seal, housing seal or thread surface allows moisture or dirty air inside the device.
Some of the easiest ways measure improvement of something are to add utility, ease logistics, increase longevity and improve performance. Looks might also help.
This chassis modification is an example of taking the lowest common denominator (plastic housing) with minimal function and expanding the reliability and usage, easing logistics and opening the modularity discussed in the first segment of this series. A standard PVS-14 has the following attributes (some not visible) which could argue for an “improved” device over replacing the device.
– Significant ruggedization of felt shock and recoil.
– Increased submersion well past 60′ exposed.
– Denser front windows to minimize impact cracks.
– Exacting surface features for interface.
– Full backwards compatibility with legacy components.
– Minimal weight increase of about an ounce.
– Ability to add a variety of new optics.
– Does not require full disassembly to repair optics or electronics.
– Looks cooler.
This is an example of how EO of the future may want to lean given the cost, logistics support matrix and utility lean designs we have had to present.
Night Vision Redux is a weekly series prepared with the assitance of DEP, the US subsidiary of Photonis. It is intended to educate readers about image intensification (I2) systems and ways they can be upgraded without having go purchase comoletely new systems.
