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Laser Photonics and Fonon Technologies Advance Breakthrough Counter-Drone Laser Defense System to Prototyping Phase

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Laser Photonics (NASDAQ:LASE) and affiliate Fonon Technologies advanced the Laser Shield Anti-Drone System (LSAD) to system prototyping and extended range trials on May 6, 2026. LSAD is a transportable directed-energy system using a 4 kW NIR CW fiber laser to engage Groups 1-2 UAS.

Features include 2 km detection, 50–1,000 m autofocus optics, mobile modular deployment, sensor dazzling soft-kill and thermal hard-kill disabling targets in 1–10 seconds up to 1 km. Manufactured in Lake Mary, Florida.

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Positive

  • 4 kW NIR continuous-wave fiber laser specification
  • Advanced to system prototyping and extended range trials
  • Disables targets in 1–10 seconds at up to 1 km
  • Manufactured in Lake Mary, Florida

Negative

  • Designed for Groups 1-2 UAS only, not larger aircraft
  • Hard-kill effective range limited to 1 km
  • Currently in prototyping stage; not yet fielded operationally

News Market Reaction – LASE

+7.02%
4 alerts
+7.02% News Effect
+5.1% Peak Tracked
+$2M Valuation Impact
$25.23M Market Cap
0.9x Rel. Volume

On the day this news was published, LASE gained 7.02%, reflecting a notable positive market reaction. Argus tracked a peak move of +5.1% during that session. Our momentum scanner triggered 4 alerts that day, indicating moderate trading interest and price volatility. This price movement added approximately $2M to the company's valuation, bringing the market cap to $25.23M at that time.

Data tracked by StockTitan Argus on the day of publication.

Key Figures

Share price: $0.6926 52-week range: $0.38–$6.77 Market cap: $27,528,936 +5 more
8 metrics
Share price $0.6926 Prior to LSAD prototyping news, 24h move -3.59%
52-week range $0.38–$6.77 Stock trading well below 52-week high before this news
Market cap $27,528,936 Equity value before LSAD prototyping announcement
Tracking start distance 2 km LSAD target tracking initiation range
Laser power 4 kW Near infrared continuous wave fiber laser power in LSAD
Engagement range 50–1,000 m Auto-focusing operational range for LSAD optics
Disable time 1–10 seconds High-energy mode neutralization time up to 1 km
Target classes Groups 1–2 UAS LSAD aimed at low-cost small unmanned aircraft systems, including swarms

Market Reality Check

Price: $0.7236 Vol: Volume 1,001,610 is below...
low vol
$0.7236 Last Close
Volume Volume 1,001,610 is below the 20-day average of 2,435,962, indicating muted pre-news trading interest. low
Technical Price at 0.6926 is trading below the 200-day MA of 2.43 and sits far under the 52-week high of 6.77.

Peers on Argus

LASE was down 3.59% while peers showed mixed moves: CETY up 14.33%, SPPL up 1.93...

LASE was down 3.59% while peers showed mixed moves: CETY up 14.33%, SPPL up 1.93%, CVV down 1.75%, BURU down 1.1%, and LBGJ flat. No clear sector-wide direction appears.

Historical Context

5 past events · Latest: Apr 30 (Positive)
Pattern 5 events
Date Event Sentiment Move Catalyst
Apr 30 Shareholder letter Positive +3.6% Highlighted 144% 2025 sales growth, larger backlog, and cost-saving consolidation.
Apr 29 Warrant exercise Negative -4.3% Closed cash warrant exercises raising $4.0M gross and issuing new warrants.
Apr 27 Financing announcement Negative -19.4% Announced immediate warrant exercises for $4.0M gross and new A-5/A-6 warrants.
Apr 22 Nasdaq compliance Positive +2.5% Regained compliance after filing the delayed 2025 Form 10-K with Nasdaq.
Apr 21 Earnings release Negative -10.7% Reported strong revenue growth but large Q4 and FY 2025 net losses.
Pattern Detected

Recent history shows price moves largely aligning with the positive or negative tone of news, especially around financings and compliance events.

Recent Company History

Over the last few weeks, Laser Photonics reported strong growth with 2025 net sales of $8.3 million, significant backlog, and facility consolidation in Lake Mary. Multiple warrant exercises and inducement agreements raised capital but led to share issuance and new warrants. The company also resolved a Nasdaq filing deficiency by submitting its 2025 Form 10-K. Today’s counter‑drone LSAD prototyping update fits into the growing emphasis on defense applications within this broader strategic and financing backdrop.

Market Pulse Summary

The stock moved +7.0% in the session following this news. A strong positive reaction aligns with the...
Analysis

The stock moved +7.0% in the session following this news. A strong positive reaction aligns with the strategic importance of advancing LSAD into system prototyping and extended range trials. The company has been expanding in defense applications alongside recent financings and regulatory filings. Investors would likely weigh this progress against the stock’s position far below its 52-week high of 6.77 and the history of aligned reactions to both positive growth updates and dilutive warrant activity.

Key Terms

directed-energy, unmanned aircraft systems (uas), near infrared (nir), continuous wave (cw) fiber laser, +3 more
7 terms
directed-energy technical
"The LSAD is a directed-energy transportable defense system that utilizes a high-density"
Directed-energy describes technology that sends concentrated beams of light, radio waves, or microwaves to produce an effect at a distance, similar to using a focused flashlight rather than a room lamp. For investors, it matters because development, manufacturing, and deployment of these systems can drive defense and industrial spending, create intellectual property and export rules, and affect revenue and risk profiles for firms involved in advanced electronics and materials.
unmanned aircraft systems (uas) technical
"neutralize low-cost, small-scale Groups 1-2 Unmanned Aircraft Systems (UAS), including swarm"
Unmanned aircraft systems (UAS) are complete drone setups that include the aircraft itself, the ground control equipment, communication links and any sensors or software needed to operate it—think of a remote‑controlled airplane combined with a small computer and camera. Investors watch UAS because they enable new services (surveillance, delivery, mapping, inspection) and face regulation, safety and technology risks that can affect market demand, revenue potential and legal costs for companies involved.
near infrared (nir) technical
"Employs a near infrared (NIR) continuous wave (CW) fiber laser with high beam quality"
Near infrared (NIR) is a band of light just beyond what the human eye can see, roughly from about 700 to 2500 nanometers, used by sensors and cameras to detect chemical and structural information rather than color. It matters to investors because NIR-driven products and services—from medical scanners and food-quality testers to industrial sensors and remote-sensing tools—can create new revenue streams, affect regulatory approvals, and influence competitive advantage; think of it as a “chemical fingerprint camera” that reveals what something is made of.
continuous wave (cw) fiber laser technical
"near infrared (NIR) continuous wave (CW) fiber laser with high beam quality, at a power"
A continuous wave (cw) fiber laser is a type of laser that produces a steady, uninterrupted beam of light guided through a glass fiber, like a constant stream of water rather than a series of pulses. Investors care because this steady, efficient and rugged light source is widely used in manufacturing, materials cutting and welding, sensing and communications, often lowering operating costs and enabling higher precision and automation that can drive revenue and productivity gains.
gimbal technical
"power distribution, and a gimbal that rotates the laser head and cameras for target"
A gimbal is a pivoting mount that lets an object—such as a camera, sensor or instrument—stay level and move smoothly while the platform carrying it tilts or turns, like a steady hand holding a phone while you walk. Investors care because gimbals affect product performance, reliability and manufacturing cost in industries like drones, aerospace and film equipment; superior gimbal design can boost sales, margin and competitive edge, while problems can trigger recalls or supply setbacks.
sensor dazzling technical
"tiered response ranging from sensor dazzling (soft-kill disruption) - temporarily blinding"
Sensor dazzling is the deliberate or accidental use of intense light or lasers to overwhelm or blind electronic detectors such as cameras, lidar, or optical sensors—like shining a flashlight into a camera until it can't see. For investors it matters because dazzling can degrade product performance, trigger safety or regulatory issues, create demand for protective technologies, and expose companies to liability or reputational risk if their sensors fail under real‑world conditions.
hard-kill technical
"thermal structural damage (hard-kill neutralization). In high-energy mode, the LSAD"
A hard-kill is a permanent, irreversible decision to stop a project, clinical trial, product line, or program so it will not be resumed. For investors it matters because a hard-kill usually means losses of future revenue and sunk costs, sudden write-downs or asset impairments, and a clear signal management or regulators see no path forward — like a landlord boarding up a building rather than repairing it.

AI-generated analysis. Not financial advice.

ORLANDO, FL / ACCESS Newswire / May 6, 2026 / Laser Photonics Corporation (NASDAQ:LASE) ("Laser Photonics" or the "Company"), a global leader in laser systems for industrial and defense applications, together with Fonon Technologies, an affiliated company within the LASE Group of Companies, today announced that the companies are advancing their jointly developed Laser Shield Anti-Drone System (LSAD) to the system prototyping and extended range trials phase, following the successful completion of initial testing. The LSAD is a directed-energy transportable defense system that utilizes a high-density laser beam to provide rapid, precise, and cost-effective defense against unauthorized drones. It directly addresses the increasing use of drones in conflict zones and for illegal activities.

Transportation-ready, quickly deployable, and ruggedly built, LSAD is designed for integration into existing target recognition defense systems, and activates semi-automatically, with or without a human operator.

Key Features and Capabilities:

  • Targeting: Specifically designed to neutralize low-cost, small-scale Groups 1-2 Unmanned Aircraft Systems (UAS), including swarm threats. Integrates a tracking system that captures and follows a target starting at a distance of 2 km.

  • Deployment: Mobile and modular for quick deployment in critical zones. The unit integrates the laser source, a liquid cooling system, power distribution, and a gimbal that rotates the laser head and cameras for target tracking and distance measurement.

  • Technology: Employs a near infrared (NIR) continuous wave (CW) fiber laser with high beam quality, at a power of 4 kW. Integrates high-performance optics and auto focusing within the range of 50 - 1,000 m.

  • Effectiveness: Delivers a tiered response ranging from sensor dazzling (soft-kill disruption) - temporarily blinding onboard cameras and interfering with guidance systems - to thermal structural damage (hard-kill neutralization). In high-energy mode, the LSAD disables a target in 1 to 10 seconds at a distance of up to 1 km.

Both the system and laser head are manufactured in Lake Mary, Florida, with globally sourced components. Fonon Technologies is an affiliate of Laser Photonics, and the two companies share common facilities and technical resources as part of the LASE group of companies. LSAD was named a finalist in the U.S. Autonomy, AI and Cyber Critical Technology Challenge of November 2025.

As affiliated companies, Fonon Technologies and Laser Photonics are jointly partnering with defense contractors to integrate the LSAD technology into existing military infrastructure to help meet the urgent need for robust, cost-effective counter-drone systems for the U.S. military, government agencies, and allied partners.

"The successful completion of initial LSAD testing marks an important milestone in our LASE Group of Companies partner, Fonon Technologies," said Wayne Tupuola, Chief Executive Officer of Laser Photonics. "The threat posed by small, low-cost drones is real and growing, and defense stakeholders need proven, rapidly deployable solutions that can be integrated into existing infrastructure. By advancing to system prototyping and extended range trials, we are taking a deliberate, disciplined approach to bringing a cost-effective directed-energy capability to market. We believe the LSAD platform, manufactured right here in Lake Mary, positions us well to support the urgent counter-drone requirements of the U.S. military, government agencies, and our allied partners."

For more information about the LSAD and Laser Photonics' portfolio of industrial and defense laser systems, please visit laserphotonics.com.

About Laser Photonics Corporation

Laser Photonics Corporation (NASDAQ:LASE) is a global leader in laser systems for industrial and defense applications. The Company develops and manufactures advanced laser technologies used in cleaning, surface preparation, and precision material processing across demanding operating environments. Laser Photonics serves a broad range of end markets, including defense and government, aerospace, energy, maritime, automotive, and advanced manufacturing. Through a combination of internal development, strategic acquisitions, and partnerships, the Company continues to expand its product portfolio and address new applications where performance, efficiency, and environmental considerations are critical. For more information, please visit laserphotonics.com.

Cautionary Note Concerning Forward-Looking Statements

This press release contains forward-looking statements within the meaning of applicable securities laws. These statements are based on current expectations as of the date of this press release and involve risks and uncertainties that may cause results to differ materially from those indicated by these forward-looking statements. These forward-looking statements include, among other things, statements regarding our preliminary internal financial information, which is unaudited, subject to completion of our financial closing and audit procedures and may differ materially from our actual results. These risks and uncertainties include, but are not limited to, the impacts of federal government funding disruptions and shutdowns on our contracts, operations, capital-raising activities, and strategic initiatives. We encourage readers to review the "Risk Factors" in our Registration Statement and other filings with the Securities and Exchange Commission for a comprehensive understanding. Laser Photonics Corp. undertakes no obligation to revise or update any forward-looking statements, except as required by applicable laws or regulations, to reflect events or circumstances after the date of this press release.

Investor Relations Contact

Lucas A. Zimmerman & Ian Scargill
MZ Group - MZ North America
(262) 357-2918
LASE@mzgroup.us
www.mzgroup.us

SOURCE: Laser Photonics Corp.



View the original press release on ACCESS Newswire

FAQ

What is the LSAD counter-drone system announced by Laser Photonics (LASE)?

LSAD is a transportable directed-energy anti-drone system using a 4 kW NIR CW fiber laser. According to Laser Photonics, it integrates tracking, autofocusing optics, liquid cooling, and gimbaled targeting for rapid soft- and hard-kill responses against small UAS.

What development stage is LSAD in as of May 6, 2026 for LASE shareholders?

LSAD moved to system prototyping and extended range trials on May 6, 2026. According to Laser Photonics, initial testing completed successfully and the companies are partnering with defense contractors for integration into military infrastructure.

What are the LSAD technical specifications (power, range) disclosed by Laser Photonics?

LSAD uses a near infrared continuous-wave fiber laser at 4 kW with autofocus optics operating 50–1,000 m. According to Laser Photonics, it detects targets from 2 km and disables targets up to 1 km in high-energy mode within 1–10 seconds.

Which types of drones can the LSAD neutralize according to the announcement?

LSAD is designed to neutralize low-cost Groups 1-2 UAS, including swarm threats, using sensor dazzling and thermal effects. According to Laser Photonics, the system targets small-scale drones and integrates with existing target recognition systems.

Where is LSAD manufactured and who will Laser Photonics partner with for deployment?

LSAD system and laser head are manufactured in Lake Mary, Florida. According to Laser Photonics, Fonon Technologies and Laser Photonics are partnering with defense contractors to integrate LSAD into military and government infrastructure.