XC3 Weaponlight

Archive for the ‘Optics’ Category

Smart Shooter Secures First US Navy Contract for SMASH 2000LE Fire Control Systems

Monday, June 1st, 2026

The $1.8 million award marks Smart Shooter’s entry into another major U.S. military market segment, following recent contracts with the U.S. Army, U.S. Marine Corps, and U.S. Air Force, amid growing operational demand for counter-drone capabilities

[June 1, 2026] – Smart Shooter, a designer, developer, and manufacturer of innovative fire control systems, announced today its first significant contract with the U.S. Navy. Under the contract, valued at approximately $1.8 million, the company’s U.S. subsidiary, Smart Shooter Inc., will supply the U.S. Department of War with soldier-portable SMASH 2000LE (also known as SMASH 3000SA) fire control systems. Delivery of the systems to the U.S. Navy is expected in the second half of 2026.

The agreement represents Smart Shooter’s entry into an additional major U.S. military market segment and marks another strategic step in the company’s expansion with the U.S. Department of War. The contract follows a series of agreements signed over the past year with other U.S. military branches, including the U.S. Army, the U.S. Marine Corps, and the U.S. Air Force. These successive awards reflect increasing operational demand among U.S. military branches for Smart Shooter’s solutions in response to the expanding drone threat.

The contract was awarded by the Naval Surface Warfare Center (NSWC), the U.S. Navy’s central organization for research, development, testing, evaluation, and engineering of systems related to surface warfare. The procurement will be carried out through Atlantic Diving Supply Inc. (ADS), a leading authorized provider of tactical equipment, logistics, and procurement solutions for the U.S. Department of War and federal agencies.

Michal Mor, CEO of Smart Shooter, said: “Securing our first significant contract with the U.S. Navy marks an important milestone in Smart Shooter’s continued expansion across U.S. defense organizations. This award reflects our entry into another key military market segment and further demonstrates the confidence placed in our unique SMASH technology. Together with our recent agreements with the U.S. Army, U.S. Marine Corps, and U.S. Air Force, this latest award underscores the growing operational need for precise, reliable, and field-ready solutions to address the drone threat.”

Smart Shooter’s SMASH family of fire control systems is deployed by defense and security forces in the United States, Israel, the UK, Germany, NATO member countries, and additional allied nations, providing enhanced precision, situational awareness, and effective engagement against evolving battlefield threats.

For additional information, visit www.smart-shooter.com.

TNVC Introduces TNVC Exclusive Filmed Super Gain (FSG) Image Intensifier Tubes – American-Made Performance at a Practical Price

Monday, June 1st, 2026

Redlands, CA — Tactical Night Vision Company (TNVC), an industry leader in visual augmentation systems, night vision education, and end-user driven solutions, is proud to announce the launch of the TNVC Filmed Super Gain (FSG) tubes and systems. TNVC FSG is a U.S.-made, Gen. 3 auto-gated image intensifier tube developed to deliver enhanced performance and improved operating capability at an affordable price for modern night vision users.

For years, TNVC has worked to bridge the gap between professional-grade capability and the practical realities faced by military personnel, law enforcement professionals, prepared citizens, and first-time night vision users. The TNVC FSG image intensifier tube (IIT) continues that mission by offering a readily available, American-made IIT with increased luminance gain and improved perceived image quality without requiring users to enter ultra-premium price categories.

Exclusive to TNVC, The FSG tube was developed in partnership with a leading U.S. image intensifier manufacturer in response to a Federal government requirement for improved performance in low-light environments. TNVC’s FSG IIT’s feature a specialized power supply which increases the luminance gain beyond traditional Gen. 3 tubes, providing a noticeable improvement in perceived brightness, image amplification, and usable environmental information.

In practical terms, the increased gain of the TNVC FSG tube enhances how much information the user can process in difficult lighting conditions, allowing even lower-spec’ed (e.g.,max 1800/max 2000 FOM) tubes to punch above their weight class.

Greater amplification supports improved target recognition, environmental awareness, and operating flexibility in darker or more variable conditions where standard-gain systems may begin to lose clarity or detail.

As image intensifier tube performance has continued to evolve, modern tubes have achieved lower overall noise levels, allowing increased luminance gain to provide even more meaningful information to the user. Similar to the original SuperGain release, Filmed SuperGain technology increases perceived brightness and image amplification while taking advantage of improved manufacturing consistency and cleaner signal performance.

Tube data records (“spec sheets”) only tell part of the story. The benefits of increased gain are not limited to abstract metrics or image appearance alone. The brighter image produced by FSG tubes allows the user’s pupil to remain smaller, even in low-light conditions where traditional image intensifier tubes may begin to dim. This physiological advantage can effectively improve perceived visual acuity, helping users process more environmental information while reducing eye strain and fatigue during extended use.

Importantly, these improvements do not come at the expense of durability or service life. FSG tubes maintain the same reliability, robustness, and expected lifespan as traditional image intensifier tubes.

What does this actually mean to the end-user?

For years, many consumers, both government and prepared citizens, have focused heavily on Figure of Merit (FOM), calculated through Signal-to-Noise Ratio multiplied by Center Resolution expressed in line pairs per millimeter (lp/mm), as a primary measure of image intensifier performance. TNVC FSG tubes with increased gain provide users with more useful information under challenging conditions. Instead of simply making an image brighter, TNVC FSG technology helps preserve detail, enhance scene interpretation, and improve how effectively users can process their environment.

Luminance gain is one of the most critically important factors in how an image intensifier tube perform, however, it is usually relegated to the back seat because it is typically established by the manufacturer and remained relatively stable across production lines for decades. As a result, gain was often under-discussed when evaluating real-world image intensifier performance until TNVC’s release of SuperGain in 2022.

Unlike many specialty tube offerings that exist only in limited configurations, TNVC FSG tubes will be available across TNVC’s complete line of TN-built systems, supporting both manual gain-capable and automatic brightness control (ABC)-only configurations. This flexibility allows end-users to select the housing, feature set, and performance level that best aligns with their mission requirements and budget.

A Different Approach to American-Made Capability

TNVC has long advocated for supporting American manufacturing and maintaining a domestic industrial base capable of producing high-performance night vision systems. The launch of the TNVC Filmed Super Gain tube reflects that commitment.

While the market continues to see growth in lower-quality and overseas products, TNVC believes supporting U.S.-made technology and creating credible, accessible alternatives that consumers can realistically purchase. Rather than simply discouraging buyers from selecting imported options, TNVC invested in creating a lower-cost American-made solution that delivers meaningful performance gains while supporting U.S. industry, domestic manufacturing, and long-term lifecycle support.

This effort reflects TNVC’s longstanding philosophy that capability should not be limited only to premium-tier budgets.

Credible Capability at “Regular Earth People” Prices

The TNVC FSG tube is designed to fill a critical gap in the night vision market, delivering strong Gen. 3 performance and image quality, and American manufacturing pedigree at a price that remains attainable for widest possible range of users.

For many users, night vision has historically represented a difficult entry point due to cost barriers. TNVC believes that expanding access to capable systems strengthens the entire community of responsible end-users by increasing education, adoption, and practical training.

The TNVC FSG platform offers an opportunity to own a domestically produced Gen. 3 auto-gated image intensifier tube without sacrificing confidence in quality, reliability, or support.

As with all TNVC-built systems, the TNVC Exclusive Filmed Super Gain tube is supported by the same industry-leading lifetime limited warranty standard TNVC helped establish and continues to stand behind.

TNVC’s commitment extends beyond product sales, emphasizing lifecycle support, education, system integration, and long-term customer trust.

Because capability does not stop at purchase, TNVC continues to reinforce that equipment is only one part of the equation. Training, understanding, and application remain essential to maximizing performance in low-light environments.

The TNVC Filmed Super Gain (FSG) tube represents another step toward making reliable, American-made night vision more accessible to the people who rely on it.

TNVC Filmed Super Gain tubes and systems are now available, exclusively through TNVC and our dealers.

TNVC Filmed Super Gain Info and TNVC Filmed Super Gain Product Page

For additional information, visit TNVC online or contact the TNVC team to define your requirements and identify the best configuration for your application.

First Javelin Lightweight Command Launch Units Delivered to the US Army

Thursday, May 28th, 2026

Continued Raytheon investment will increase annual production

TUCSON, Ariz., May 26, 2026 — The Javelin Joint Venture (JJV), a partnership between Raytheon, an RTX (NYSE: RTX) business, and Lockheed Martin, has delivered the first Lightweight Command Launch Units (LWCLU) to the U.S. Army. The LWCLU, a next-generation launcher for the Javelin® weapon system, is designed to be adaptable and compatible with all current, past and future Javelin variants. The launcher is replacing the weapon system’s legacy command launch unit.

To date, Raytheon has invested $22 million to modernize the LWCLU factory to increase speed of production and expand capacity. In collaboration with the U.S. Army, the facility in Tucson, Ariz., is ramping annual production. 

“Delivering the first LWCLUs to the U.S. Army reflects the Javelin Joint Venture’s commitment to continuously advancing technology for service members,” said Jenna Hunt Frazier, JJV president and Javelin program director at Raytheon. “Our investments in modernization and production capacity ensures soldiers receive this cutting-edge capability faster.”

The Javelin LWCLU provides soldiers with twice the target detection and recognition range while reducing size by 30% and weight by 25%. The LWCLU maximizes surveillance for soldiers, offering day and night engagement capability.

“The production and delivery of the LWCLU marks a pivotal step in modernizing the Javelin system for today’s warfighter,”?said Rich Liccion, JJV vice president and Lockheed Martin Javelin program director. “Its innovative design enhances mobility and survivability while preserving the precision firepower that users rely on.”

Javelin is developed and produced by the JJV between Raytheon in Tucson, Arizona and Lockheed Martin in Orlando, Florida.

Rampart Range Day 26 – Canadian Modular Assault Rifle Update

Wednesday, May 27th, 2026

Manufactured by Colt Canada, the two variants of the Canadian Modular Assault Rifle have been designated C25 and C26 and will replace the currently fielded C7 and C8 which have been in service for 35 years. Chambered in 5.56mm NATO, Colt Canada was able to quickly bring the project to fruition due to improvement efforts which have been ongoing.

I was able to photograph and fire both variants at Rampart Range Day. These photos are configured as per the contract, including optics and outfitted with the Strategic Sciences Corporation Multi Function Muzzle Device provided in Canada by Millbrook Strategic Sciences. Interestingly, the Department of National Defence did not option the add-on component of the MFMD and are sticking solely with the primary device. Additionally, both models are outfitted with new variable power optics by Colt Optics.

Both feature ambidextrous controls and a single piece upper receiver which integrates the handguard.

The C25 (General Service) features:

  • 13.7″ barrel
  • 5 M-Lok slots
  • 1-6x LVPO

Still in final development, the C26 (Full Spectrum) features:

  • 15.7″ barrel
  • 7 M-Lok slots
  • 1-10x LVPO

The production contract which was awarded in March calls for 30,000 assault rifles between 2026 and 2029.

MOHOC Introduces Optac: NDAA-Compliant, Multi-Spectrum UAV Optics

Monday, May 18th, 2026

MOHOC, Inc., world leader in tactical helmet cameras, is leveraging its first-person imaging expertise into the booming FPV drone market with the launch of Optac™ cameras.

UAV platforms in the US (and increasingly abroad) are required to install NDAA-compliant components – most critically, non-Chinese electronics. Optac™, an NDAA audited and US assembled drone camera, addresses this mandate directly.

Compliance, however, is only the baseline. Dynamic mission capability is the differentiator. The Optac™ integrates daylight, low-light, and infrared imaging into a single camera system with a removeable IR filter cap. It eliminates the need for multiple sensors or payload trade-offs while enabling continuous operation across changing light conditions.

The patent-pending Optac™ also delivers ultra-low latency video output and is compatible with existing FPV architectures, including analog VTX systems. In addition to the fully featured model, a visual-only version is available for dedicated daylight operations. Both models meet SWaP and cost objectives essential to attritable and one-way effect platforms.

“The US and our allies must lead the paradigm shift in UAV warfare,” commented Connor Duncan, CEO at MOHOC. “We are honored to support Drone Dominance and similar initiatives with Optac™, not merely NDAA compliant, but innovative FPV optics to redefine the visual edge,” added Eric Dobbie, VP US Sales. 

MOHOC is presenting Optac™ at SOF Week 2026 in Tampa, May 19-21, booth 935. Meeting requests and press inquiries can be directed to Eric Dobbie (edobbie@mohoc.com).

Wilcox Industries Unveils the MINI-GL40: An Advanced, Modular 40mm Grenade Fire Control System

Friday, May 15th, 2026

NEWINGTON, NH, May 14th, 2026 – Wilcox Industries, a global leader in innovative weapon-mounting solutions and combat?ready technologies, today announced the release of the MINI-GL40™ Grenade Launcher Platform, a fully modernized and highly durable 40mm standalone system engineered for the evolving needs of today’s grenadier. The MINI-GL40 represents a significant advancement over traditional grenade launcher configurations, combining durability, ergonomics, integrated fire?control technology, and mission-adaptive performance in a single, lightweight package.

Re-Engineered for Modern Combat Requirements

At the core of the MINI-GL40 is a unique steel?lined barrel, designed to eliminate the accelerated wear commonly seen with aluminum-barreled launchers, especially when firing breaching rounds. Operators can confidently fire any length, low-velocity 40mm round without compromising barrel life or system reliability. Wilcox has also introduced a streamlined receiver, improved breach-opening controls, and redesigned ambidextrous safety selector switches, resulting in enhanced ergonomics and reduced overall weight.

Integrated RAAM GSS™ M Fire Control System

Every MINI-GL40 comes equipped with the Wilcox Rapid Acquisition Aiming Module – Grenadier Sighting System (RAAM GSS™ M), an advanced fire control suite featuring:

• A built-in ballistic computer and environmental sensors

• User-selectable ballistic tables and a two-position quick-select switch

• Automatic POA/POI adjustment based on ammunition type and target distance

• Day/Night capability with VIS laser, NIR aiming laser, and NIR illuminator

• An easy-to-read OLED display for accurate ranging and impact prediction

This integration dramatically increases hit probability day or night in complex combat conditions, reduces loadout requirements, and eliminates reliance on multiple external accessories that typically add weight, cables, and additional failure points.  The MINI-GL40 is sold as a complete system, and Wilcox will retrofit the RAAM GSS to previously purchased units at no cost.

A New Standard in Grenadier Capability

By consolidating what traditionally required multiple accessories, optics, lasers, switches, power sources into one cohesive platform, the MINI-GL40 gives operators more capability with fewer components, reducing weight, complexity, and potential failure points. This enhances fleet readiness and ensures operators can focus on the mission!

More Information

For additional information and product resources, please visit www.wilcoxind.com/MINI-GL40 or call 603-431-1331.

Beez Combat Systems FPV Goggle Tactical Headband Strap

Saturday, May 9th, 2026

The FPV Goggle Tactical Headband Strap is engineered for operators who demand reliability when it matters most. Designed from the ground up for tactical drone operations, this headband system eliminates the failure points found in stock goggle straps. 

The 2″ elastic headband paired with dual 2″ triglids provides a dialed-in fit with maximum comfort during extended wear, while the 1″ webbing and 1″ triglid system broadens compatibility across virtually every major FPV goggle platform on the market 

The FPV Goggle Tactical Headband Strap is purpose-built to keep your power source secure during tactical operations. The battery strap can be moved/removed to which ever position works best for the operator 

For additional information and availability –  Beez Combat Systems

Galvion Invests in Sentinel Photonics to Accelerate Frontline Laser Threat Protection

Wednesday, May 6th, 2026

Farnborough, UK, 6th May 2026Galvion, a leader in integrated soldier systems, has announced a strategic investment in Sentinel Photonics to accelerate the deployment of advanced laser detection and protection technologies to allied forces.

The partnership combines Sentinel’s operationally proven laser threat detection and protection technology with Galvion’s expertise in soldier system integration and its global defence relationships. 

The investment will support continued product development and the integration of laser defence capabilities into soldier systems and broader defence platforms. It is also expected to deepen North American engagement with laser defence as a critical capability for NATO and coalition forces operating in contested environments. 

Christoper Burgess, CEO at Sentinel Photonics, says, “Laser threats are already active across multiple theatres, and demand for effective detection and protection is increasing quickly. Partnering with Galvion allows us to speed up the integration of laser awareness into soldier systems and allied platforms, and get proven capability into the hands of warfighters faster.”

Jonathan Blanshay, Executive Chairman at Galvion, comments, “Galvion is focused on enhancing the performance and survivability of the world’s most demanding military and tactical teams. With Sentinel, we can give frontline operators earlier warning of hostile laser activity, protecting them and their equipment while maintaining mission effectiveness.”

Both Sentinel Photonics and Galvion have deployed systems in operational theatres across multiple allied nations, providing these capabilities to personnel and platforms operating in high-threat environments.