Highlights

  • 1414 Degrees shares climbed 25% to AUD 0.15 during the afternoon session on 1 June 2026.
  • The company established a six-member Aerospace, Drone & Defence Advisory Board featuring former executives and specialists from global defence, aviation and drone industries.
  • The advisory team will support commercialisation of SiNTL battery technology across drones, aviation, robotics, satellites and defence applications.
  • SiNTL has demonstrated a specific capacity of 530 mAh/g, approximately 50% higher than the theoretical maximum of conventional graphite anodes.
  • The announcement follows the commencement of a SiNTL scale-up program aimed at producing manufacturer-level quantities for industry evaluation.

1414 Degrees Ltd (ASX:14D) shares rose 25% to AUD 0.15 during the afternoon session on 1 June 2026 after the company unveiled a significant step in its aerospace, drone and defence strategy. The announcement detailed the formation of a specialised advisory board comprising six industry veterans with backgrounds spanning major defence contractors, aviation companies, Drone Technology businesses and senior government and military organisations.

The market reaction followed news that the newly formed board will assist 1414 Degrees in commercialising its SiNTL silicon-anode battery technology across a range of high-growth sectors including drones, unmanned vehicles, aviation, robotics, satellites and defence applications. The stock has also delivered a substantial gain of 650% over the past year, reflecting growing investor attention toward the company's expanding technology portfolio.

Founded around silicon-based energy technologies, 1414 Degrees is developing multiple energy-related platforms including thermal energy storage, industrial decarbonisation solutions, hydrogen production technologies and advanced battery materials. While the company has historically focused on clean-energy and industrial applications, recent initiatives have expanded its attention toward aerospace, drone and defence markets through its SiNTL battery materials Business.

The latest announcement builds upon the Aerospace, Drone & Defence Division established earlier in May and comes as the company progresses the scale-up of SiNTL production to manufacturer-level quantities for industry evaluation.

A Defence and Aerospace Advisory Team with Global Experience

At the centre of the update is the appointment of six advisers whose experience spans defence, aerospace, unmanned systems, advanced Manufacturing and government engagement.

The board will be led by James Walker, former Chief Executive Officer of DroneShield, who previously guided the defence technology company through its ASX listing. His experience in commercialising technology businesses and developing defence-sector relationships is expected to support 1414 Degrees as it pursues market opportunities within the drone and defence industries.

The advisory group also includes Bryan Berthy, a former Lockheed Martin executive and former Entrepreneur in Residence at GE Ventures and GE Aviation. Berthy has worked extensively in electric aviation, unmanned aerial systems and advanced aerospace technologies.

Joining the team is Ron Goldner, formerly Sales and Marketing Director at Elsight, bringing experience across defence technology, battery solutions and international business development.

John Keith King contributes more than three decades of experience working with organisations including Northrop Grumman, General Dynamics, United States government agencies and military organisations. His expertise spans defence procurement, secure communications and government engagement.

The board is further strengthened by Eli Gur, formerly of Elsight and Rafael Advanced Defense Systems, and Captain Russ Matijevich, former Chief Innovation Officer of Airbus U.S. Space & Defense and a retired United States Air Force officer.

According to the company, the collective expertise of these advisers covers the United States, Israel, the Middle East and Asia-Pacific regions, providing access to industry networks and commercial opportunities across multiple jurisdictions.

Commercialisation Efforts Move Into the Next Phase

A major focus of the advisory board will be helping 1414 Degrees transition SiNTL from development into broader commercial deployment.

The company stated that advisers will contribute across several areas including commercial strategy, product development, licensing opportunities, industry engagement, strategic partnerships, government relations and potential Merger or joint-venture opportunities.

The group is also expected to assist with identifying early Revenue opportunities while supporting discussions currently underway with industry participants.

Importantly, the announcement follows the commencement of a scale-up program designed to produce manufacturer-level quantities of SiNTL material. The objective is to move ongoing industry discussions into formal material evaluations, which could potentially create early commercial opportunities if those evaluations are successful.

Management believes the advisory board's networks and industry knowledge can help accelerate these commercialisation efforts while improving access to customers, manufacturers and defence-related organisations.

Why the Drone Market Matters for SiNTL Technology

A key theme throughout the announcement is the growing Demand for improved battery performance in drone and unmanned vehicle applications.

According to 1414 Degrees, battery limitations remain one of the most significant constraints affecting drones and UAVs. Flight duration, payload capacity and operational efficiency are heavily influenced by battery performance.

The company believes its SiNTL technology could address these challenges through higher energy density compared with conventional graphite-based battery anodes.

Laboratory testing has demonstrated a specific capacity of 530 mAh/g for SiNTL. The company noted this is approximately 50% higher than the theoretical maximum capacity of traditional graphite anodes, which are generally around 370 mAh/g.

Higher energy density can potentially enable longer flight times, increased payload capabilities or reduced battery weight for similar performance outcomes.

The company also highlighted that drone markets may represent a suitable early commercial pathway because drones typically require fewer charge-discharge cycles than electric vehicles. This characteristic aligns with the current development stage of silicon-anode battery technologies, which continue to mature in terms of cycle-life performance.

Another feature emphasised by management is SiNTL's compatibility with existing lithium-ion manufacturing infrastructure. The technology is being developed as a drop-in replacement for graphite anodes, potentially reducing barriers to adoption by battery manufacturers.

Growing Attention on Defence and National Security Applications

The timing of the announcement also coincides with increasing global focus on drone technology and national security capabilities.

1414 Degrees referenced recent reports indicating that U.S. government agencies and defence organisations have been discussing support mechanisms for domestic drone manufacturers as part of broader national security initiatives.

The company noted that drones and unmanned systems are increasingly viewed as critical components of modern defence operations. Against that backdrop, management sees opportunities for SiNTL technology across military UAVs, autonomous systems, robotics and other defence-related platforms.

Beyond aerial drones, the company believes its technology may have applications across unmanned ground vehicles, underwater systems, electric aircraft, satellites, autonomous delivery platforms and other emerging technologies.

The advisory board has been tasked with evaluating these adjacent opportunities as part of the company's broader commercialisation strategy.

Building on a Broader Silicon-Based Energy Platform

While the aerospace and defence initiative attracted significant attention from investors, management emphasised that SiNTL forms part of a wider silicon-based technology platform being developed by 1414 Degrees.

The company currently maintains four principal technology platforms.

SiNTL focuses on silicon-enhanced battery anode materials intended to improve Lithium-Ion Battery performance.

SiBrick® serves as the foundation for the company's thermal energy storage systems, enabling renewable electricity to be stored as high-temperature heat.

SiBox® is designed as a long-duration energy storage solution aimed at supporting industrial decarbonisation through dispatchable industrial heat.

Meanwhile, SiPHyR® combines thermal storage with methane pyrolysis technology to produce low-emissions hydrogen and solid carbon products.

Management stated that expertise developed across these silicon-focused technologies underpins the company's strategy of applying advanced materials science to multiple energy and industrial sectors.

What This Means for Investors

The favourable share price reaction suggests investors viewed the announcement as a meaningful step in 1414 Degrees' commercialisation plans.

The establishment of a specialised advisory board adds industry expertise and networks spanning drone technology, defence procurement, aviation, government engagement and advanced manufacturing. The appointments also arrive as the company progresses its SiNTL scale-up program and seeks to move industry discussions toward formal material evaluations.

While the update does not include commercial contracts or revenue agreements, it outlines a framework intended to support future market access, strategic partnerships, licensing opportunities and potential commercial deployment of SiNTL technology.

For investors, attention is likely to remain focused on the company's ability to convert these advisory relationships, industry evaluations and commercialisation initiatives into tangible business outcomes over time.

Conclusion

1414 Degrees' latest announcement marks another step in the development of its Aerospace, Drone & Defence Division. By assembling an advisory board that includes former executives and specialists from organisations such as DroneShield, Airbus U.S. Space & Defense, Lockheed Martin, Northrop Grumman, Elsight, Rafael Advanced Defense Systems and other government and military institutions, the company is seeking to strengthen its commercialisation capabilities across emerging defence and drone markets.

The update also highlights the company's ongoing efforts to advance SiNTL battery technology, which management believes can address key challenges facing drones and unmanned systems through improved energy density and manufacturing compatibility. As industry evaluations progress and the scale-up program advances, investors will be watching closely for further developments relating to commercial adoption and Partnership opportunities.