FirstSpear TV

Archive for the ‘Disruptive Tech’ Category

Small Wars Journal – Full Spectrum Operations in the Homeland: A “Vision” of the Future

Sunday, August 12th, 2012

The very well respected Small Wars Journal recently published an article by COL Kevin Benson (USA, Ret) and Dr Jennifer Weber (Civil War expert) entitled Full Spectrum Operations in the Homeland: A “Vision” of the Future.

It’s caused quite a stir all over the Internet, even spawning an editorial in the Washington Times, “The Civil War of 2016.”

You need to read both of these pieces. Then, we can discuss. No tinfoil hat stuff, those are the limits. This is serious and I’d like to see the discussion progress beyond the obviously controversial scenario. It’s quite unfortunate that they chose to demonize a right wing political faction to make their point. But, our point is considering the implications and likelihood of such a scenario coming to pass by any means.

TacApps – Tactical NAV News

Wednesday, August 8th, 2012

We’re big fans of the home brewed Tactical NAV app and its creator Jonathon Springer so we’re quite pleased to bring you some news. If anyone has ever earned the title TacHacker, it’s this guy.

First off, the makers of Tactical NAV recently released “Compass NAV” for Android a couple of weeks ago. Basically it’s just the compass function of TACNAV and it’s priced at .99 cents.

Tactical NAV is also in the midst of an update that will include –

– Separate iPad and Android versions … plus a new iPhone version (free update for existing users)
– Troop tracking (all users on all systems — iPhone, iPad, Android will be able to see each other on the battlefield along with MMS/SMS messaging capabilities between each other, etc)
– A realtime “FreeDraw” – a sandtable-like capability that will act very similar to BFT and CPOF
– iCloud integration
– Facebook integration
– Ability to record video with geolocation-data updated in realtime for playback later
– Voice annotating function
– UTM addition
– “Go to Grid” will be able to work with MGRS, LAT/LONG, and UTM

Here are some screenshots of Tactical NAV running on iPad.

‘Like’ them on Facebook at www.facebook.com/tacticalnav.

www.tacticalnav.com

Disruptive Tech – 3D Printed AR-15 Lower

Tuesday, July 31st, 2012

Tactical Fanboy picked this up the other day. Despite assertions elsewhere, by no means is this the first 3D printed firearm. It’s starting to make its way into the Main Stream Media and of course timing couldn’t be better so the ‘plastic’ gun and ‘anyone can print a gun’ talk has already started. To be sure, 3D printing is the next big thing. Industry is way out on front of Government on this issue as they are more concerned with patent and copyright infringement than anything else. Expect to see industry propose legislation to attempt to throttle printers in order to suppress certain types of items being produced.

The big issue in this instance is that a lower was produced. As far as ATF is concerned, that is the firearm. It is legal to build your own gun. However, as this technology proliferates, what would stop someone who cannot legally possess a firearm from printing critical parts and assembling a gun from the parts he couldn’t produce in house? A heavy question that balances liberty and social responsibility.

Will LE one day be on the lookout for unlicensed printers connecting to the network? Will everything we print have to be approved by a central server? Will printing certain items become illegal? These are all issues we will face in the not-too-distant-future. The capability presented by the 3D printer makes it an absolute Disruptive Technology.

HaveBlue of AR15.com has managed to create a working polymer AR-15 lower made from a 3D printer, specifically a mid 90’s Stratasys 3D printer. So far, the lower has been combined with a .22 LR upper, with over 200 rounds fired and no issues. A 5.56 upper was also used, with some feeding and extraction issues, however according to the creator this upper has also had problems with a standard aluminum lower.

A few other articles I’ve seen on this project have instantly jumped at the chance to (incorrectly) claim people now have the ability to create fully-functional firearms using just a 3D printer, so in the name of truth and fairness, I feel it’s important to mention that only the lower was created with the printer, not the trigger assembly and other required components.

AR-15.com thread detailing the project

haveblue.org

Aegis Parka

Friday, July 27th, 2012

20120726-221425.jpg

The Aegis Parka is a garment designed by Nieuwe Heren to protect against urban pollution. The Aegis is made from Schoeller Ceraspace, a scally fabric far more abrasion and heat resistant then leather due to being made from ceramic particles. The inner liner consists of Schoeller PCM, a textile that contains millions of microcapsules filled with Phase Change Materials that balance out temperature extremes to achieve the wearer’s personal comfort climate. LEDs on the garment light up as a sensor measures hazardous molecules in the environment. An onboard respirator with an active carbon filter helps the wearer to breath in fresh air. The Aegis also filters the surrounding air as the suit is treated with a TiO2 (titaniumdioxide) solution which cleanses the air due to its photocatalystic properties.

This article was originally published on Tactical Fanboy. I’d consider this a disruptive technology as it incorporates several new fabric technologies and integrates an onboard respirator. As the styling is civilian in nature it could easily be put to use for combat in urban environments.

www.nieuweheren.com/products/aegis-parka

Haley Strategic Partners Disruptive Industries AAR

Friday, July 27th, 2012

Disruptive Industries is a unique, invitation-only event bringing together Haley Strategic Partners’ industry affiliates with military and law enforcement representatives. Many in the defense sector do not have military or LE backgrounds and this event gives them a little taste of what it’s like. For industry, experiences like this are invaluable.

Disruptive Industries is designed to teach, inspire, build relationships, open communications and create new channels for innovation in the defense sector. Every experience has been devised to accomplish each of these tasks in one way or another, from training classes to meals and other organized social events. And they did all of that. Feedback from the participants was that the experience really opened their eyes. The operational side of things got to learn about what it takes to develop new products and the industry reps learned quite a bit about how their products are used and received direct feedback on what works and what doesn’t. Literally every company that participated walked away with with new thoughts on what and how they build as well as a new appreciation for who they build for.

During an ice breaker the first evening we went around the room introducing ourselves and Travis Haley set the tone. He talked about “why” he does what he does and explained that he is in the business of helping people. That really resonated with me seeing as how that is exactly why SSD was created. In fact, my original site, The Gear Guru was created for exactly the same reason. What followed was four days of learning, fun, friendship and inspiration.


(more…)

Disruptive Tech – Vltor Weapon Systems KeyMod Data Package – A Gift To All Of Us

Thursday, July 26th, 2012

Vltor has done something very interesting. Not only have they developed a new accessory attachment system for small arms but they’ve offered up the TDP for use by all.

Oddly enough, I feel like I’ve seen this before. It feels like PCAPS was channeled in the design and I recall a similar system under development by the same folks working on the domestic K2 weapon system about 5 years ago or so. Additionally, designer Eric Kincel admits that he ran across a similar system under development by Accuracy International. While I can’t attest to individual dimensions, conceptually, it’s not new. The underlying difference here is that Kincel has a patent and has very smartly placed it in the public domain.

With Picatinny (Mil Std 1913) as the current industry standard, it’s going to be a steep uphill battle to get anyone to adopt a new system if it’s proprietary to just one company, no matter how good it is. If you can get everyone to start building to it, you can really affect the market. Naturally, the KM system will be backward compatible as it accepts Picatinny rail modules.

It’s also important to note that Noveske introduced the NSR handguard at SHOT Show incorporating this technology, so it’s already in use.

It remains to be seen if this will be a disruptive technology or not, but the very manner which it was released puts it on my watch list.

Finally, I want to thank Military Morons for staying on top of this since SHOT Show and releasing this info. Below is Vltor’s statement.

To the Firearm Industry and Shooting Public,

Introducing the Vltor KeyMod system.
The concept has been bouncing around in my mind (and the Vltor offices) for a few years now and it’s finally become reality. I first introduced the KeyMod Tech data package to friends in the community, starting with Noveske Rifleworks.

The design is nothing major or earth shattering, it’s just something I thought was needed for the industry. My goal is for the industry to make this system a standard; working in parallel with the Picatinny rail; not replacing it. I’m not taking credit for coming up with this “keyhole” design, because I found out a year and a half ago that Accuracy International was working on a similar program. Also, it’s hard to take credit for a design that’s been around for 100+ years, i.e. warehouse shelving, scaffolding, etc.. Plus, with close examination of the A.I. key slot design, there are a number of improvements that the KeyMod covered and improved upon.

The main difference is in the mounting and re-zeroing capabilities of the component. In addition, A.I.’s design was never taken into consideration for counter-recoil but recoil only.

With this official introduction, I’m releasing the prints (shown below) to the firearm industry, so fellow companies can develop their own rail systems/platforms utilizing the KeyMod configuration. I added a sample component print (4-inch rail section) showing the mating interface to the outside of the platform surface. I also included a picture of the accessory nut that interfaces/ indexes to the chamfered surface on the backside of the platform. Please note the nut has a counter bore, so the mating screw can be distorted at the tip. The thread distortion will stop the screw from backing out, making the accessory a self contained, self centering, “drop and slide” mounting component. As you can imagine, there are a number of companies that are already developing and/or manufacturing components that mount directly to the slots. For example, Noveske and I are making our own rail panels, to work with “our” platform requirements. Other items being developed are VFGs, handstops, bipods, light, sight and sling mounts. The possibilities are endless.

In all, I see this design as being a viable solution to limit the use of the aging “cheese grater” Picatinny Rail and/or multiple mounting points, which require threads, Helicoils and thread inserts. It is time to move on and I think the industry is ready for it.

With the amount of enthusiasm I’ve seen so far, I think there will be a lot of fresh ideas for both the rail system and accessory world. There’s more than enough market for all of us to benefit from this KeyMod system, which is why Vltor is releasing the Data Pack into the public domain. Any manufacturer is free to use the Data Package for manufacturing their own Keymod handguards or related mounting accessories without needing consent from Vltor.

If I can help in any way with this project, please feel free to contact me.
Take care, I hope to hear from you soon.

Eric S. Kincel
General Manager
Vltor Weapon Systems

Key Mod DIMS

Innovative Technology Summit

Monday, July 23rd, 2012

The Innovative Technology Summit (ITS) is a single day event (21 Aug 2012) which brings together members from DoD and Industry into an environment which promotes collaboration to solve capability gaps and build working relationships. Attendees will hear briefings from current DoD Subject Matter Experts and will be encouraged to openly discuss current and future program requirements, converse about innovative technologies, and build working relationships.

The ITS will be held at the Washington Nationals Ballpark Conference Center. The briefings will begin at 0800 and go to 1730. Right after there will be a Social Event which will be hosted at the ballpark, in a Club room during the Nationals vs. Braves ballgame (approx 1830-2200).

Speakers at the ITS will include:

Phil Perconti – Director, NVESD Science & Technology Division
Col R.C. Schutz IV – Director, Counter IED Div USMC Warfighting Lab
Mike Doney – Deputy Product Manager, FLIR – Ft Belvoir VA
Brett Bagwell Ph. D. – Optics SME Sandia Labs / USSOCOM
Pete Gould – USASOC CDD SGM (Ret) – Combat Applications SME
Chris Beck – USN SEAL (Ret) DoD RRTO (Rapid Reaction Technology Office)
Jason Auxier Ph.D. – Naval Research Lab – Optical Sensor Systems
Marty Jackson – Advanced Technology Integrator, USMC Intelligence Programs
Ralph Teague – Georgia Tech / SENSIAC Program Office
Dr Jinendra Ranka – DARPA Program Manager Strategic Technology Office (STO)
TBD (PEO Soldier or USSOCOM S&T or Army Research Lab)

Proceeds from ITS 2012 will be donated to Special Operations Warrior Foundation with the presentation taking place during the event.

Innovative Technology Summit

Deployable Anomaly Ground Reconnaissance System

Thursday, July 19th, 2012

Developed by Mav6 for a Government user, the new Deployable Anomaly Ground Reconnaissance System (DAGRS) is a man-portable multi-sensor mine and anomaly detection platform designed for high-mobility dismounted operations. At just under 5 lbs the baseline system consists of an integrated pulse induction loop sensor and passive magnetometer.

The compact form factor (2″x3″x8″ in stowed) includes a stabbing probe to interrogate soft material concealants (e.g. hay bails, underbrush, etc.) as well as a 40 in retractable sensor arm for deployment of various sensor payloads (ie Pulse Induction loop). Currently, battery life is in excess of 5 hours depending on mode of operation.

What makes DAGRS very exciting is its open architecture design that can easily accommodate additional sensor modules. AS the threat adapts, so can DAGRS. For example, an advanced DAGRS system that includes an advanced Central Computational Unit (CCU) with 1) enhanced multi-sensor processing and fusion, 2) data acquisition and analysis, 3) mapping and geopositioning, and 4) wireless integration with smart devices for remote sensor visualization and control is currently in development. Additionally, advanced DAGRS also includes additional sensor options which include Ground Penetrating Radar, LWIR camera (for detection of thermal gradients), FT-IR spectrometer (for characterization of explosive effluents), Non-Linear Junction Detector (for detection of circuit boards), as well as accelerometers and gradiometer.

Baseline prototypes are being delivered to the Government next month and DAGRS will be available for commercial and Government sales in the Fall of 2012.

For more information visit www.mav6.com.