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Archive for the ‘Optics’ Category

Safariland Announces Newly Developed Products for Axon Signal Sensor

Thursday, April 24th, 2025

JACKSONVILLE, Fla. – Safariland®, a brand of The Safariland Group, a leading global provider of safety products designed for the public safety, military, professional and outdoor markets and one of Cadre Holdings, Inc.’s (NYSE: CDRE) (“Cadre”) key brands, is excited to announce its enhanced collaboration with Axon Enterprise, Inc. (“Axon”) in developing the newest suite of holsters and accessories compatible for use with Axon Signal Sensor.

This joint effort delivers purpose-built technology that supports public safety agencies by enabling hands-free activation of Axon body-worn and fleet cameras, helping to ensure critical moments are captured while allowing officers to focus on the task at hand. Signal Sensor, formerly known as Signal Sidearm, wirelessly alerts nearby Axon cameras to begin recording the moment a firearm is drawn from a compatible holster, for both real-time situational awareness and transparent post-incident documentation of Use of Force (UoF) incidents.

Coming this year, 17 updated holsters from Safariland’s 6000 series will be released with dedicated integration for Signal Sensor, along with eight newly developed firearm fits for the recently introduced Ballast Duty Holster. Safariland will also introduce six non-firearm UoF pouches compatible with Signal Sensor allowing integration with equipment, such as Oleoresin Capsicum (OC) spray, batons and handcuffs. The Signal Sensor unit can also be installed on a range of existing in-market holsters using an adapter designed for backward compatibility.

Safariland has worked closely with Axon to simplify the process of ensuring holster compatibility with Axon’s Signal Sensor technology. With a wide range of adaptable holsters, agencies can seamlessly integrate Signal Sensor units either within the holster or mounted, using a bracket. Whether an agency is already equipped with Signal Sensor technology or planning future implementation, achieving compatibility is now easier than ever.

“This collaboration sets a new standard for integrated duty gear technology and reflects our commitment to officer safety and innovation,” said Eric Gasvoda, Vice President and General Manager of Duty Gear for Safariland. “We are proud to partner with Axon in delivering a solution that enhances both situational awareness and accountability.”

“Working with Safariland allows us to push the boundaries of what’s possible in connected public safety technology and expand holster coverage to protect more lives in more places,” said Craig Trudgeon, Senior Vice President of Product at Axon. “This collaboration enables us to broaden our coverage to include additional models in the future — delivering smarter, more seamless tools that empower officers and build trust within communities.”

Safariland and Axon will announce the integrated holster collaboration in Phoenix during the 2025 Axon Week, April 22-25. Axon Week is a premier event focused on public safety technology and innovation.

To explore Safariland’s extensive range of holsters and accessories, visit Safariland.com

Maris-Tech Unveils Diamond Ultra: A Fully Integrated AI-Powered 360° 3D Situational Awareness System for AFVs

Wednesday, April 23rd, 2025

Revolutionary real-time threat detection and airborne protection solution enhances battlefield survivability with advanced AI edge computing and multi-camera integration

Rehovot, Israel, April 22, 2025 – Maris-Tech Ltd. (Nasdaq: MTEK), a global leader in video and AI-based edge computing technology, announces the launch of Diamond Ultra, a fully integrated hardware-software system designed to enhance situational awareness and airborne threat protection for Armored Fighting Vehicles (AFVs) and critical defense applications.

The full-system solution combines a ruggedized processing box with an AI-powered analytics card in one cohesive platform. This integration eliminates compatibility challenges found in separate systems while simplifying deployment and enhancing operational performance in harsh environments.

The Diamond Ultra platform provides comprehensive 360° 3D situational awareness, addressing critical challenges such as blind spots, slow threat detection, and integration complexities in modern combat environments. It integrates up to 11 camera inputs (IP, analog, and HD/SDI) and leverages dual AI accelerators (~60 TOPS) for high-speed processing of multiple video streams simultaneously. This ensures instant threat identification and actionable intelligence for defense teams operating in mission-critical scenarios.

Designed for rapid installation and low maintenance, the Diamond Ultra system supports LTE/5G connectivity, enabling real-time video transmission and remote monitoring from command centers or other off-site locations. This capability enhances operational flexibility by allowing defense teams to maintain oversight even in dynamic or geographically dispersed combat scenarios. Additionally, its continuous recording functionality supports post-event debriefing and training while also enabling the refinement of AI models through raw video data analysis. This ensures long-term operational improvement and adaptability to evolving threats.

Israel Bar, CEO & Founder of Maris-Tech Ltd., emphasized the system’s groundbreaking capabilities:“Diamond Ultra is a transformative milestone for Maris-Tech, an integrated solution that unites advanced AI-powered software with ruggedized hardware into one seamless platform. This innovation eliminates the delays and complexities often caused by separate systems, enabling faster deployment and ensuring consistent performance in mission-critical environments. By integrating situational awareness and threat detection into a single system, we enhance force safety while providingdefense teams with a reliable, future-ready solution that adapts effortlessly to evolving operational demands”.

www.maris-tech.com

Pixels on Target Awarded Contract to Produce MAS-N Squad

Tuesday, April 22nd, 2025

Pixels on Target LLC (“Pixels), Sunrise, Florida has been awarded a 10-year indefinite-delivery/indefinite-quantity contract with a maximum ceiling of $92,527,353 for Miniature Aiming System Night-Squad kits, spare parts and accessories, repairs, new equipment training, and engineering change proposals in support of US Special Operations Command (USSOCOM). The work will be performed in Sunrise, Florida, and the last day to order under the contract is March 12, 2035. USSOCOM, MacDill Air Force Base, Florida, is the contracting activity.

“The MAS-N Squad is a significant upgrade in thermal target acquisition and brings game-changing capabilities to our Special Operators,” said Sumeet Suri, President and Co-Founder of Pixels on Target. “We are proud to provide systems to USSOCOM that increase their readiness, lethality and mission effectiveness.”

MAS-N Squad is a SOF-Specific variant of the Pixels on Target VooDoo-S Multi-Mission Thermal Sight, of which Pixels has built and delivered over 6,000 systems to US and Allied forces since 2019. MAS-N Squad and VooDoo-S share a high percentage of common components, which enables Pixels to fully utilize its already-established production capabilities and supply chain to deliver maximum value to USSOCOM.

About Pixels on Target: Pixels on Target LLC designs, builds, and delivers the Next Generation of Thermal Optics for the world’s most elite tactical users. Located in Sunrise, Florida, Pixels has assembled a team of the best product developers, engineers, subject matter experts, and supply chain partners. Pixels on Target is a privately held, US-owned and operated company.


MAS-N Squad Mounted on Rifle with Day Optic

New LANTAC Sight On Laser (SOL) Front Sight Post For EOTech OGL

Monday, April 14th, 2025

OGL INTRODUCTION:

The design for the EOTECH On-Gun Laser (OGL) focuses on human performance factors under extreme stress creating thepremium choice for professional users. The OGL Standard Power (restricted to MIL/LE use) is powered by a single CR123 battery providing up to 9 hours of continuous run time. The machined aluminum housing provides extreme durability in a compact package roughly the size of a standard deck of playing cards.

The IR illuminator utilizes a high performing Vertical-Cavity Surface-Emitting Laser (VCSEL) diode creating a clean beam and allowing quick adjustments from spot to flood. The ergonomic (patent pending) lever is unique to the OGL and allows professionals to adjust their illumination needs instantly, all while maintaining superior situational awareness.

LANTAC SOL (Sight On Laser):

The Patent Pending SOL™ (Sight On Laser) is designed to solve rail space issues when mounting backup sights and Laser Illuminators or Laser Aiming Modules (LAMs). It is manufactured to mount directly to the Eotech OGL.

The OGL is an ideal candidate for direct attachment as it features an aluminum chassis and four T10 Torx head screws that retain the unit’s lens covers. These can be utilized to form a robust attachment point for a backup front sight.

By mounting directly to the Laser/Illuminator, the maximum amount of rail space is retained for the operator’s convenience. The device can be mounted to the top rail as far forward as the rail permits, leaving space for other equipment and furniture—even on the shortest carbine configurations. This increases the backup sight radius and improves aiming accuracy.

The sight has minimal forward projection from the LAM and features an angled front face to reduce potential snagging.

MAXIMUM RAIL SPACE, MAXIMUM SIGHT RADIUS:

On a 10.5” Handguard the SOL allows for a 16.5” Sight Radius and 6.0” of available rail as compared to a traditional folding sight that delivers a shorter sight radius of 15.25” with only 3.5” of rail left available to the operator.

IR ILLUMINATOR SPILL, SIDE:

Observed through a PVS14 White Phosphor NVM.

Traditional folding sights produce a brighter highlight signature with increased light spill over the weapons handguard.

The Lantac SOL produces a much more diffuse highlight signature with less overall illumination spill.

IR ILLUMINATOR SPILL, HIGH READY:

Observed through a PVS14 White Phosphor NVM.

Traditional Folding Sights when deployed produce a considerably brighter illumination signature as compared to the Lantac SOL.

IR ILLUMINATOR SPILL, SPOT & FLOOD:

Observed through a PVS14 White Phosphor NVM.

Regardless of the OGL’s illuminator beam angle the Lantac SOL demonstrates minimal IR spill signature.

With departments across the USA requiring backup sights to be fitted to duty weapons’ rails, space is at a premium. Many users are forced to mount LAMs on the side of handguards, where they increase snagging potential, take up valuable grip and illumination mounting space, and cause convergence issues by not aligning properly with the weapon’s optics. In the case of the OGL, side mounting also makes operation of the illuminator divergence lever more problematic.

The rear surface of the SOL mates to the front face of the OGL and acts as a massive recoil lug, reducing stress on the fixingscrews. The parts are in continuous contact and therefore act as one complete assembly.

The sight is supplied with two specially manufactured ‘extended’ Torx screws that support the rubber lens covers and anchor the sight to the OGL chassis.

FLEXIBLE & DEPENDABLE:

The SOL’s unique design provides a fully adjustable front sight that takes up no rail space. It uses a standard AR15/M16/M4 sight post that offers 1.250 MOA of adjustment per quarter turn and 5 MOA per full revolution. The design includes a standard drain hole below the sight post channel and positions the channel at the correct 2.357” over bore, exactly as you would find in a traditional triangle FSB (Front Sight Base) with the same elevation adjustment range.

Any aftermarket post (such as tritium) can be installed should the user desire.

Absolute or Lower 3rd co-witness can be achieved through the choice of optics height, and the system offers full redundancy should both the optic and laser fail.

MATERIALS & MANUFACTURING:

Precision machined from certified 7075-T6 Aerospace alloy and Hardcoat Anodized to MIL-A-8625 Type III Hardcoat, Class 2, Black.

SIGNATURE REDUCTION:

Satin black finished to reduce IR light reflectance.

Forward position reduces IR illumination spill on exposed surfaces.

KEY FEATURES:

• Optimizes Rail Space
• Low ISS (Illuminator Spill Signature)
• Robust Mechanical Attachment
• Longer Sight Radius
• Full Elevation Adjustment
• Compatible with all Sight Post upgrades.
• Sight Post drainage hole.
• Certified Aerospace Grade Materials for full traceability.
• Weight = 0.5 oz
• Patent Pending
• Made in the USA.

$195 MSRP Contact us for LE & MIL pricing.

SKU: 01-UP-SOL01

UPC: 614347562703

For more information about the OGL visit Lantac-USA.com

Representatives Krishnamoorthi, Auchincloss Request Investigation Into Possible Sanctions Violations By Yantai Iray Technology Co

Thursday, April 10th, 2025

March 31, 2025, WASHINGTON, D.C. – Today, Ranking Member Raja Krishnamoorthi (D-IL) of the House Select Committee on the Strategic Competition Between the U.S. and the CCP and Congressman Jake Auchincloss (D-MA) sent a letter to Secretary of the Treasury Scott Bessent and Secretary of Commerce Howard Lutnick, requesting both departments investigate whether Yantai iRay Technology Co., Ltd. (“iRay”), a company in the People’s Republic of China (PRC) sanctioned by the Treasury Department, may be committingsanctions violations via a network of subsidiaries and directly related companies in the United States.

Among these subsidiaries is iRayUSA, who after iRay’s sanctioning in May 2024 for supplying Russia-based end users with controlled, dual-use technology claimed to its U.S. distributors that “iRayUSA’s manufacturing partner is a separate entity” from iRay. However, government filings along with other publicly available information strongly suggest that iRayUSA’s contention is false and that it, along with InfiRay Outdoor, Visir Inc. (brand name RIX Optics), and Inlumen Technologies (brand name Nocpix) may be violating U.S. sanctions by continuing to sell and distribute iRay products in the United States. 

Reps. Krishnamoorthi and Auchincloss write in the letter, “Given their subsidiary or other close relationship with iRay, InfiRay Outdoor, iRayUSA, Visir Inc., and Inlumen Technologies appear to potentially be in violation of U.S. sanctions. Your agencies should also consider whether the operations of these entities pose a national security risk to the United States given the dual-use nature of their products and the sensitive data obtained through them. Thermal technology is a critical enabler of lethality and capability on the modern battlefield, and PLA access to U.S. thermal sensor data could allow it to refine its own capabilities while degrading U.S. leadership in this field.”

The Treasury Department imposed sanctions on iRay on May 1, 2024 for operating in the technology sector of the Russian Federation, including by supplying Russia-based end users with items like telescopic thermal sights and military thermal imagers controlled by the Department of Commerce’s Bureau of Industry and Security Common High Priority List. 

“It is highly concerning that iRay, a company sanctioned for supporting Russia’s brutal and illegal invasion of Ukraine, appears to still be peddling its products in the United States through a shell game of U.S.-based subsidiaries,” said Ranking Member Krishnamoorthi. “In addition, iRay’s potential access to data from American users of its advanced targeting technologies could allow China’s military to dominate these capabilities at U.S. expense. We urge the Treasury and Commerce Departments to investigate this activity and appropriate enforcement actions.”

“Federal authorities must enforce sanctions against Chinese & Russian military cooperation,”said Congressman Auchincloss. “Appeasement of one is weakness to another.”

The members request the Treasury Department and Commerce Department provide them with a briefing on any information available to the departments regarding iRay and its subsidiaries by no later than April 11, 2025.

Rotapoint SANCHO Mount, Achieve True Heads-Up Shooting

Thursday, April 10th, 2025

In the quest for a true “heads-up” shooting position with Night Observation Devices (NODs), mounts fall short. Traditional risers only adjust the Y-axis (height) of your red dot, leaving the X-axis (lateral alignment) untouched. This forces you to turn your head to align with the optic, slowing your target acquisition, straining your neck, and breaking your natural point of aim. We saw the problem—and we fixed it.

Introducing the SANCHO™ Mount, the first red dot riser designed to adjust the X-axis for a faster, more comfortable, and natural alignment with or without NODs. Engineered for shooters who demand speed and precision in all situations, the SANCHO Mount ensures your red dot aligns easily with your natural point of aim, reducing neck strain and letting you focus on the target, reticle, and trigger.

Why SANCHO Changes the Game

Unlike other mounts on the market, the SANCHO Mount optimizes lateral and vertical placement to complement your natural point of aim. By fine-tuning the X-axis, SANCHO positions your red dot exactly where your eyes naturally look when using NODs—no more awkward head-turning or compromised cheek weld. Whether you’re conducting night operations, hunting in low-light conditions, or training with night vision, the SANCHO Mount delivers speed and comfort.

Key Features

X-Axis Offset: Adjusts the lateral position of your red dot up to align with your natural head position, ensuring a true heads-up posture with NODs.

Optimized for Night Vision: Designed specifically for use with NODs, providing a comfortable sight picture without excessive neck dip or rotation. Additionally, it aids with target acquisition while wearing a protective mask.

Durable Construction: Machined from 7075-T651 aluminum with a hard coat-anodized finish, built to withstand the toughest conditions.

Proudly Made in the USA.

Universal Compatibility: Fits all Picatinny rails and red dot mounts.

Parallel Zero: if you can adjust your point of aim at various distances, you’ll learn how to aim just slightly laterally with consistent and predictable point of impact.

Light weight: Under 3 ounces, with rigid I-beam design and premium material.

Reversible for left and right hand use.  If you shoot with your non-dominant hand, simply cant the rifle.  Uses minimal upper receiver space while providing full mounting surface for EOTech XPS, Aimpoint Pro, etc. 

Benefits:

Faster Target Acquisition: Align your red dot with your natural point of aim for quicker, more instinctive aiming, particularly in low-light scenarios.

Reduced Neck Strain: Minimize head-turning and maintain a comfortable posture, even during extended operations with NODs.

Enhanced Comfort: Achieve a consistent cheek weld and heads-up position, improving situational awareness, with reduced fatigue.

Tactical Advantage: Stay focused on your surroundings with a sight picture that works with your body’s natural alignment.

Versatility: Ideal for all shooters, but particularly military, law enforcement, hunters, and tactical enthusiasts using night vision setups. Also assists greatly with gas mask and face shield use.

rotapoint.com/products/sancho

Meprolight Secures Israeli Police Contract for STING PRO Dual Laser Pointer Adapted Uniquely for Law Enforcement Forces

Wednesday, April 9th, 2025

The Compact Dual-Wavelength Laser Pointer Now Equipped with Green Laser, Ensuring Forces’ Distinction and Improved Coordination in Critical Situations

08 April , 2025 Israel. Meprolight (1990) Ltd. – a member of the SK Group (founded by Mr. Samy Katsav) and a leading manufacturer of electro-optical systems, thermal and night vision equipment, as well as self-illuminated sights for military, law enforcement and civilian applications, announces securing a significant contract from the Israeli Police for the supply of STING PRO laser pointers. The STING PRO, already proven operationally worldwide, has been specifically adapted for police use with a green laser pointer to distinguish police from military forces in combat zones, a top-mounted activation button, and a compact design ensuring safer and more effective coordination in critical situations.

The delivery of the advanced dual laser pointer will take place throughout the year, enhancing the Israeli Police’s tactical capabilities with improved accuracy for various operational scenarios, including close quarters battle (CQB) and covert nighttime operations. The integration of the green laser pointer provides law enforcement with a critical tool for maintaining clear visual differentiation from military units, optimizing mission success and reducing risks in combat zones.

The STING PRO offers dual-wavelength capabilities, providing both visible (635 nm) and infrared laser pointers. With flexible low and high-intensity options, it ensures optimal performance in urban and covert environments, with a beam divergence of 0.5 mrad.

The dual laser pointer ergonomic design allows for easy operation by both right- and left-handed users. Built to MIL STD 810 standards, the STING PRO is rugged and durable, capable of withstanding harsh operational conditions. Weighing less than 250 grams, it mounts on a Picatinny MIL STD 1913 rail, enhancing mobility and flexibility. The dual laser pointer operates for up to 12 hours on a single 1.5V AA battery, ensuring reliable performance during extended missions. Additionally, it features a single zeroing mechanism for both visible and infrared lasers, simplifying setup for enhanced accuracy in both day and night operations.

“Meprolight continues to adapt its products to meet the evolving needs of its customers,” said Golan Kalimi, VP of Marketing at Meprolight. “The reliability of the STING PRO has already been proven globally, and we are proud to collaborate with the Israeli Police. This partnership adds to our ongoing collaboration with the IDF, furthering our commitment to supporting security forces

For more information on Meprolight, please visit: www.meprolight.com,

SOFWERX To Host Next Generation Maritime Optical Systems Collaboration Event for PEO-Maritime

Monday, April 7th, 2025

SOFWERX, in collaboration with USSOCOM Program Executive Office –  Maritime (PEO-M), will host a series of events to identify solutions for the Next Generation Maritime Optical Systems for the Naval Special Warfare Combatant Crafts. 

The Next Generation Maritime Optical Systems Collaboration Event seeks to bring together USSOCOM PEO-M Stakeholders with industry leaders and Subject Matter Experts (SMEs) to foster collaboration and gain valuable insights into the current state of the Maritime Optical System market, as well as identify emerging technologies and planned future advancements. This exchange will directly inform the requirements for the upcoming Next Generation Maritime Optical Systems for the Naval Special Warfare Combatant Crafts and ensure the requirements reflect the most cutting-edge and innovative solutions available. 

The collaboration will be crucial in delivering a state-of-the-art system that prioritizes both operator and craft safety and survivability, ultimately enhancing mission effectiveness in challenging maritime environments.   

The legacy Combatant Craft Forward Looking Infrared (CCFLIR) program equipped Special Operations Forces (SOF) with a critical multi-sensor, electro-optic system. This system significantly enhances SOF effectiveness by improving their ability to detect, recognize, identify, range, track, and highlight objects of interest in challenging maritime environments, regardless of visibility conditions. 

Building upon this foundation, the CCFLIR, Increment 2 (CCFLIR2), leveraged technological advancements for a new generation of capabilities. These included increased operational range, advanced image fusion, net-centric data sharing, enhanced information assurance, improved signature management, and seamless integration with craft and combat systems. These upgrades directly support the operational requirements of the Navy’s newer Special Warfare Combatant Craft, ensuring mission success in contested and complex maritime theaters. 

This event will unite USSOCOM SOF AT&L PEO-M, industry leaders, and subject matter experts to collaboratively shape the future of maritime superiority. Together, we will define the Next Generation Maritime Optical System for our Combatant Craft fleet, ensuring our advantage both today and for decades to come.

The goal is to leverage cutting-edge technology to significantly enhance the current Maritime Optical System capabilities (CCFLIR and CCFLIR2) in several key areas: 

Increased Operational Range:? Extending the Electro-Optical and Infrared (EO/IR) effective reach.

Advanced Image Fusion:  Combining data from different sensors for a clearer tactical picture.

Net-Centric Data Sharing: ?Seamlessly sharing real-time information across the network.

Enhanced Information Assurance:? Protecting sensitive data from unauthorized access and cyber threats.

Improved Signature Management: ?Minimizing multi-sensor detectability.

All-Weather Capability:  Unhindered by darkness, fog, smoke and adverse weather conditions.

Seamless Craft and Combat Systems Integration:  Ensuring the EO/IR system connects seamlessly with other onboard systems.

Increased Sea State Operation:  Ensuring the EO/IR system can survive operations during Sea State 5 conditions.

Ensuring Increased Maintainability:  Especially regarding fragile components like glass and cables, requires a multi-pronged approach focusing on design, material selection, and maintenance procedures.

Decreased Footprint:  System shall have a smaller footprint then the current Combatant Craft Forward Looking Infrared (CCFLIR 2) from a size, weight and power standpoint.

These upgrades are crucial for equipping the Navy’s Legacy and Future Combatant Crafts, ultimately enhancing both crew and craft survivability and effectiveness in challenging operational environments. 

The first event is scheduled for 10 June 2025.

Request to Attend NLT 23 April 2025 11:59 PM ET.

Learn more here.