SEC Filing Document

Company: DUKE Robotics Corp.
Ticker: DUKR
CIK: 1638911
Filing Type: DRS
Document Type: DRS
Date Filed: 2025-12-22
Accession Number: 0001213900-25-124553
Exchange: OTC
SIC Code: 3721
SIC Description: Aircraft
URL: https://www.sec.gov/Archives/edgar/data/1638911/000121390025124553/filename1.htm

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Word Count: 1426
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the IC Drone technology through a service agreement with the IEC. Duke Greece will serve as a platform for promoting and deploying our innovative IC Drone technology, as well as other potential applications of the Company’s technologies and capabilities, in the Greek market, which provides utility companies with a safer, more efficient, and environmentally sustainable solution for maintaining high-voltage electric infrastructure as well as potential other applications of our technologies and capabilities. Market Opportunity Civilian sector Insulator Cleaning Drone Insulators are key components of every high voltage electrical infrastructure around the world while routine cleaning and maintenance of insulators is crucial in order to optimize system efficiency, prevent power outages, reducing risks of flashovers and corrosion. Cleaning of high voltage infrastructure leads to better system performance and efficiency, improves safety by reducing the risk of electricity failure and accidents especially in urban areas, and extends the life of the insulators.

Currently, the global standard
for routine cleaning of insulators involves the use of helicopter fleets and crane trucks. The cleaning routine requires getting near
to active high voltage lines and using high-pressure washers carried by helicopters or crane trucks. Such process is considered extremely
dangerous and bears significant risks of electricity shock or an impact of the helicopter blades with the electricity grid resulting in
damages to the grid line and possible harm to human life.

IC Drone offers a revolutionary,
safer and cost-efficient method for maintenance of high voltage electrical infrastructure. The worldwide electricity transmission market
is huge and estimated in millions of insulators. The current cost per insulator cleaning is high and electricity operators around the
world fail to meet cleaning plans.

Defense and Military Market

The United States and other
countries around the world have significantly increased their use of UASs for intelligence gathering, surveillance and tactical applications,
such as delivery of heavy ordnance bombs and missiles. The use of UASs to fire small arms and light weapons from the air are becoming
a viable option as demonstrated by recent conflicts in the Ukraine and the near Middle East. Our technology thus addresses a crucial need
of modern warfare to bring a wide range of weapons other than bombs and missiles to bear on remote hostile targets without risk to the
military personnel deploying the weapons, while at the same time minimizing collateral damage. In addition, the rapid evolution of small,
unmanned air systems (“sUAS”) technologies, along with their size and low cost, enables novel concepts of employment that
present challenges to current defense systems, creating new asymmetric threats for warfighters. Our system also addresses the crucial
need for counter sUAS solutions and offers a kinetic interception, or “drone kill drone,” capability for defeating enemy sUAS.

Our system was designed with
input from veterans of Israel’s elite special mission units. It is operated intuitively via a touch-based tablet, which serves as
its control unit. Minimal prior training is required in order to operate the robot. In June 2016, our robot mounted on our UAS Octocopter
platform was awarded the top prize at the Combating Terrorism Technology Conference sponsored by the United States Defense Department’s
Combating Terrorism Technical Support Office, Israel’s Ministry of Defense Directorate of Defense Research and Development and the
MIT Enterprise Forum of Israel.

Products

IC Drone

Our IC Drone is a first-of-its-kind
robotic, drone-enabled system for cleaning electric utility insulators. The IC Drone’s unique system, based on Duke’s advanced
intellectual property and know-how, integrates algorithms, autonomous systems, and robotic technologies used in mission-critical applications.

Our IC Drone offers a revolutionary,
safer and cost-efficient, method for maintenance of high voltage electrical infrastructure, which require routine cleaning of insulators
in order to optimize system efficiency and prevent power outages. Currently, the global standard for routine cleaning of insulators involves
the use of helicopter fleets and crane trucks.

Our aim is to expand our IC
Drone service offerings to additional utility providers worldwide while continuing to develop new solutions to address evolving industry
needs. Accordingly, we are also developing AI-driven monitoring and analytics solutions designed to support continuous inspection, anomaly
detection and predictive maintenance for power grids and other critical utility infrastructure. These solutions are being advanced both
internally and, in certain cases, through collaborations with third-party technology partners.

On June 10, 2025, we
announced the launch of our next-generation Insulator Cleaning Drone System, representing a significant technological advancement in our
innovative utility maintenance drone solution. The ICDS2 builds upon our proven IC Drone technology with substantial performance improvements
designed to enhance operational capabilities for utility providers worldwide. The ICDS2 is agnostic to the drone platform and can be adjusted
and adapted to fit and be mounted on other type of drone platforms that meet our specifications and certification.

The ICDS2 features several
key technological advancements over its predecessor:

●	Extended Flight and Operational Time: Offering longer flight duration, enabling more efficient servicing
of multiple high-voltage insulators in every flight mission.

●	Increased Maximum Takeoff Weight: A considerably higher payload capacity allows the system to carry
more cleaning agent, allowing longer refill intervals and enhancing operational efficiency.

●	Enhanced Stability and Position Holding: Advanced stabilization algorithms and improved communication
systems deliver superior precision during cleaning operations, enabling operational capabilities even in more challenging weather conditions.

●	Advanced Radar System: Next-generation sensors provide improved detection capabilities, enhancing
safety and allowing for operations in more complex environments.

●	Superior Cleaning Durability: Reinforced cleaning mechanisms and optimized water delivery systems
increase cleaning effectiveness while reducing maintenance requirements.

UAS Octocopter Integrated with Stabilized Robotic
Gimbal Remote Weapon Systems

Our advanced 6 Degrees of
Freedom (“DOF”) robotic system enables remote, real-time, pinpoint accurate firing of small arms and light weapons that can
achieve pinpoint accuracy regardless of the movement of the weapons platform or the target. It is intended primarily for Military and
homeland security purposes and our lightweight robot allows accurate firing from various configurations consisting of UAS-mounted, land-mounted
on light all-terrain vehicles and sea-mounted on boats.

Through Duke Israel we entered
into a Collaboration Agreement with Elbit for the global marketing and sales, and the production and further development by Elbit of our
developed advanced robotic system mounted on a UAS, armed with lightweight firearms, which we then marketed under the commercial name
“TIKAD”.

Elbit is marketing the drone-mounted
remote weapon systems, including a system in the name of “Bird of Prey”.

Assembly and Testing

Our manufacturing facility
of the Insulator Cleaning Drone System (“ICDS”), that is mounted on the drone, is located in Israel. The manufacturing
process of our ICDS largely consists of the assembly, integration and testing of purchased components.

We purchase custom-made machined
parts and other components required for production of the ICDS from third-party manufacturers. We source parts and materials from approximately
twenty suppliers located primarily in the United States, Europe, Israel and China. Although certain components are manufactured to our
specifications, we believe they are common in nature and can be obtained from alternative suppliers if needed. We are not dependent on
any single supplier. However, if a supplier discontinues delivery, identifying a replacement source may result in additional cost and
manufacturing delays.

The manufacturing process
for our ICDS primarily consists of the assembly, integration, and testing of purchased components. As part of the testing process, components
are evaluated and approved against the expected points of failure during extended and high-intensity operations, including tests of load-carrying
capacity, software performance, and compliance with electrical utility safety and live-line standards. Following laboratory testing, the
ICDS and the UAS platforms undergo a multi-stage field-testing process designed to validate the performance of each system function. The
ICDS is then mounted and integrated onto third-party commercially available drones, followed by airborne testing phases.

Our ICDS is designed to be
drone-platform agnostic and can be adapted to different drone platforms that meet our defined specifications and regulatory certifications.
We currently utilize a commercially available drone (including its batteries and chargers) manufactured by a well-known international
drone manufacturer, which has been deployed by us in thousands of flight hours.

We have built an in-house
laboratory to support assembly, system integration, testing and ongoing commercialization activities. We believe the current size and
capacity of this laboratory will be sufficient to support our near-term production and commercialization needs.

Pursuant to our Collaboration
Agreement with Elbit, manufacturing of the defense-market variant of our technology—branded as the “Bird of Prey”—is
conducted by Elbit. Research and development related to the defense variant is likewise carried out by Elbit, while we retain the contractual
right to make mutual and unlimited use for civilian applications of any new knowledge developed by Elbit under the collaboration.