SEC Filing Document

Company: DUKE Robotics Corp.
Ticker: DUKR
CIK: 1638911
Filing Type: 8-K
Document Type: EX-99.1
Date Filed: 2025-10-23
Accession Number: 0001213900-25-101423
Exchange: OTC
SIC Code: 3721
SIC Description: Aircraft
URL: https://www.sec.gov/Archives/edgar/data/1638911/000121390025101423/ea026212401ex99-1_dukerobo.htm

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Exhibit

Changing the Landscape with Innovative Drone Solutions October 2025

This presentation was prepared for the purpose of providing and presenting information in a summary only and cannot replace a review of the reports of Duke Robotics Corp (hereinafter : "the Company“ or Duke Robotics" or "Duke") . Many of the statements included in this presentation, as well as oral statements that may be made by us or by officers, directors or employees acting on behalf of us, contain “forward - looking statements” within the meaning of the U . S . Private Securities Litigation Reform Act of 1995 , specifically Section 27 A of the U . S . Securities Act of 1933 , as amended, and Section 21 E of the U . S . Securities Exchange Act of 1934 , as amended . All statements, other than statements of historical facts, are forward - looking statements . Readers are cautioned that forward - looking statements are not guarantees of future performance and involve known and unknown risks, uncertainties and other factors that could cause actual results to differ materially from historical results or any future results expressed or implied by forward - looking statements . Factors that can cause actual results to differ from expectations and those contained in forward - looking statements include those risks described in Item 3 . D . “Key Information — Risk Factors” contained in the Company’s Registration Statement on Form 10 Q or most recent Annual Report on Form 10 Q filed with the U . S . Securities Exchange Commission (the “SEC”) and in its subsequent filings and submissions with the SEC, You should not place undue reliance on these forward - looking statements . All written and oral forward - looking statements, attributable to the Company, or persons acting on its behalf, are qualified in their entirety by these cautionary statements . For the avoidance o f doubt, it is clarified that the company does not undertake to update the information, in whole or in part, contained in this presentation, whether as a result o f new information, a future event or for other reasons, except as required b y law . It is also clarified that the company's plans and strategy contained in this presentation are correct a t the time o f their publication and can and will change in accordance with the decisions o f the company's board o f directors, as they will be from time to time, and/or due to their being dependent, in whole or in part, on third parties that are not under the control o f the company as well as on additional risk factors to which the company is exposed .

Company Overview Duke Robotics is a forward - thinking company focused on bringing advanced stabilization and autonomous robotic solutions. The Company has two core business lines, the IC Drone, and the Bird of Prey Drone System. Insulator Cleaning Drone (“IC Drone”) Duke’s Insulator Cleaning (IC) Drone provides an innovative solution for mapping, preventive maintenance, and cleaning high - voltage power grid insulators. Equipped with advanced stabilization technology and precise water jet systems, the IC Drone delivers efficient, precise cleaning, eliminating the high costs and risks of traditional solutions - helicopters or ground cranes. “Bird of Prey” Weapons Drone System The Bird of Prey is an agile, compact and fully stabilized weapon system for drone platforms, designed to enhance infantry squad lethality beyond its detection and engagement range with stand - off warfare capabilities. Bird of Prey enables fast and accurate engagement against a low signature enemy in various non - line - of - sight combat activities. The drone is marketed by Elbit System Land Ltd. (“Elbit”). Duke is a Publicly Traded on the OTCQB: DUKR Formerly known as the TIKAD 3

Targeting Fast Growing Market Segments Combat Drone Market Set for Major Growth The global combat drone market is projected to reach $10.8 billion by 2028, growing at a CAGR of 8.6%. Electric Insulators - A significant and growing market The global electric insulator market size was estimated at $13.2B in 2023 and is predicted to reach $22.4B in 2033. Source: Spherical Insights, July 2024 report 4 Source: Markets&Markets July 2023 Report

Recent Milestones Commercial Agreement for IC Drone with Israel Electric Corporation Confirmation of First Royalty Revenues through its Collaboration with Elbit for Military Drone Duke Robotics Unveils Next - Generation IC Drone System - The ICDS2, with expanded features Major commercial momentum in European Market for the IC Drone (Launch of Subsidiary in Greece) "Bird of Prey" Weaponized Drone System Featured On Israeli Television Segment noting usage by the IDF Patented Stabilization & Proven Technology Publicly Traded on the OTCQB: DUKR Significant Partnership with Elbit, a multinational Leading Defense Company Vast Potential in multiple Civilian applications Validated Civilian Application Contracts with the Israeli Electric Corporation 5 Company Highlights

Expansion of activity in Israel Launching and expanding activity in Greece Expanding IC Drone services to new geographies Global Commercial Expansion Strategy 2026 Targeted Milestones Exploring new organic and inorganic growth engines 6

Management & Board Yossi B6luck6 CEO & President Alex6fidr6 P6p6cofist6fitifiou Managing Director Duke Robotics Hellas S6giv Ah6rofi Founder & Director Irit Alroy Strategic Innovation Manager Y6riv Alroy Active Chairman Shlomo Z6k6i CFO V6dim M6or CTO Er6fi Afitebi Board Member Kerefi Gousm6fi Gol6fi Board Member Erez N6chtomy Active Vice Chairman 7

Civilian Segment

High Voltage Insulator Cleaning - a market desperate for disruption Duke Robotics Confidential ● Safety: Manual labor or helicopter - based solutions pose significant safety risks to personnel and are costly ● Accessibility: Challenging to use in urban areas, for complex grids and sub - stations ● Expensive: Existing solutions are expensive ● Environmental: High water consumption and increased risks of wildfires High Voltage Insulator Cleaning helicopter accident kills two Western Power fined for safety failures after injuries to line worker Severe arm and shoulder burns while cleaning high - voltage power lines Network operators have a duty to reasonably ensure work is carried out safely 9

Duke Robotics’ IC Drone Duke’s Insulator Cleaning Drone provides an innovative, automated solution for cleaning high - voltage insulators. Equipped with advanced stabilization technology and precise water jet systems, the IC Drone can efficiently clean insulators without the need for manual intervention or helicopters. ● Market Validation: Successful completion of a pilot program for the IC Drone with the Israel Electric Corporation (IEC) leading to commercial agreement to provide IC Drone system service to the IEC ● Compliance with International Standards: The IC Drone was designed with the highest standards, including complying with IEEE 516, ESAA, AS 5804, and IS - BAO ● Advancing towards international expansion: Duke has already set up a subsidiary in Greece, selected drone pilots, and is in advanced stages of its greek expansion strategy Safety To human life To the power line grid Accessibility Urban areas Complex grids Sub - stations Scalability Scalable operations Rapid response Cost Reduction 10

Global Alignment to Support Power Grid Reliability Reliability, resilience, and security of the electric power grid Electricity transmission are the backbone of modern infrastructure. Lack of adequate maintenance for dirty or degraded power grid insulators can trigger flashovers and failures. Cleaning and inspection is much more than routine maintenance - it is a vital safeguard for grid resilience and national energy security. The IC Drone enables safe and efficient cleaning, dramatically reducing risk, cost and downtime while supporting the need to maintain a secure and agile power grid transmission network. Under a recent executive order , the President of the United States designated grid reliability and security as a national policy priority — White House, Presidential Action on U.S. Electric Grid (2025) “By 2040, the EU will need an estimated €477 billion for transmission grid developments and €730 billion for distribution to ensure electricity grids are fit for the future.” — European Commission, Guidance on Anticipatory Investments for Electricity Networks (2025) “In order to introduce a large amount of renewable energy, it is necessary to reinforce the power grid and to make the operations of existing grids more sophisticated.” — METI, Japan ’ s 6th Strategic Energy Plan (2021) 11

Defense Segment