Protecting UK Airports from Dangerous Drones

Key Points

• Drone Major has partnered with defence photonics firm olee.space to deploy advanced anti-drone technology.
• The system uses high-power fibre lasers to neutralise drones at a cost of less than £1 per interception.
• The technology can engage targets up to 6 km away with a response time of under three seconds.
• Designed as a non-kinetic system, it produces zero collateral damage, making it safe for populated areas.
• The system integrates with existing detection technologies including radar and infrared sensors.
• Drone Major has exclusive rights to distribute the technology across the UK, US, and EU.
• The move aims to strengthen UK critical infrastructure protection, including airports and energy facilities.
• The system has been extensively tested by the Indian Armed Forces across varied environments.
• Industry leaders say the partnership will enhance UK manufacturing capabilities and supply chain resilience.
• The innovation addresses rising drone-related disruptions at European airports.

London (Britain Today News) June 5, 2026 – The United Kingdom is set to strengthen its defence against drone-related threats following a major partnership between Drone Major and olee.space, introducing a high-powered laser system designed to protect airports and critical infrastructure from increasingly frequent drone incursions.

The collaboration marks a significant step forward in counter-drone technology, offering a cost-effective and scalable solution to a growing aviation and security concern that has disrupted airports across Europe in recent years.

What is the new anti-drone technology being introduced in the UK?

The newly unveiled system is a high-power fibre laser platform engineered to detect, track and neutralise drones with unprecedented speed and efficiency. Unlike traditional missile-based systems, which are costly and often impractical against small unmanned aerial vehicles, this laser-based solution offers a low-cost alternative with precision targeting capabilities.

The system combines multiple laser beams into a single concentrated output capable of travelling at the speed of light. This allows it to engage aerial threats almost instantaneously, with a detection-to-neutralisation time of under three seconds.

Its ability to operate at distances of up to 6 kilometres provides a substantial protective radius, particularly valuable for large and complex environments such as airports and energy installations.

Why are drone threats increasing at UK and European airports?

Drone-related disruptions have become a persistent issue across Europe, with airports forced to halt operations due to unauthorised drone activity. These incidents have led to flight cancellations, financial losses, and safety concerns for passengers and aviation staff.

Low-cost drones have become widely accessible, making them an attractive tool for misuse. Their small size, agility, and affordability make them difficult to counter using conventional air defence systems, which are typically designed for larger and more predictable threats.

The challenge has exposed a gap in existing defence infrastructure, particularly in civilian environments where the use of kinetic force poses unacceptable risks.

How does the laser system improve airport safety?

The fibre laser system offers a non-kinetic solution, meaning it neutralises threats without physical projectiles or explosions. This significantly reduces the risk of collateral damage, making it suitable for deployment in densely populated or sensitive areas.

Its precision targeting ensures that only the intended drone is disabled, avoiding unintended damage to surrounding infrastructure. This is particularly crucial in airport settings, where safety margins are extremely tight.

Additionally, the system’s rapid response time ensures that threats can be addressed before they escalate into operational disruptions.

What makes this technology cost-effective?

One of the most notable features of the system is its operational cost. Each drone interception costs less than £1, a stark contrast to traditional missile-based systems where a single engagement can exceed £150,000.

This cost efficiency enables sustained operations against drone swarms, which would otherwise overwhelm conventional defences both financially and logistically.

The affordability also makes the technology accessible for broader deployment across multiple sectors, including border security and energy infrastructure.
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How does the system integrate with existing infrastructure?

The anti-drone platform is designed as a “plug-and-play” solution, allowing it to integrate seamlessly with a wide range of detection systems already in use.

These include:

• Radar systems for long-range detection.
• Electro-optical and infrared sensors for visual tracking.
• Multi-spectral systems for enhanced situational awareness.

This flexibility ensures that organisations can enhance their existing security frameworks without requiring a complete overhaul of infrastructure.

What role will Drone Major play in the rollout?

Drone Major has secured exclusive rights to integrate and distribute the technology across key markets, including the UK, United States, and European Union.

The company will be responsible for adapting the system to meet regional requirements and facilitating its deployment across various sectors.

Robert Garbett, Founder and Chief Executive of Drone Major, said:

“This partnership will help to revolutionise British drone defence systems and fill a critical gap in combatting the threat posed by cheap drone swarms.”

He added:

“olee.space’s cutting-edge counter-drone technology will ensure that the UK’s Critical National Infrastructure is safeguarded from drone intrusions, which have become increasingly common across the world.”

How will the partnership impact UK industry and innovation?

The collaboration is expected to stimulate growth within the UK’s defence and technology sectors, particularly among small and medium-sized enterprises.

By enabling domestic production of advanced counter-drone systems, the partnership aims to reduce reliance on foreign suppliers and strengthen national supply chains.

Robert Garbett further stated:

“The UK is home to exceptional talent and a wealth of innovative technologies, and the new partnership will drive the development of a sophisticated British drone and counter-drone industry, able to independently manufacture high-tech systems within the country.”

What has olee.space said about the technology?

James Soloman, Co-Founder of olee.space, emphasised the global significance of the system and its potential to position the UK as a leader in drone defence innovation.

He said:

“Access to this first-of-its-kind anti-drone system will place the UK at the forefront of the global drone industry, delivering a reliable and cost-effective solution to trespasses by low-cost drones.”

Soloman also highlighted the broader economic benefits, stating:

“Our partnership with Drone Major will empower British SMEs and startups, allowing them to develop their own production capabilities and strengthen the UK’s supply chain resilience.”

Has the technology been tested in real-world conditions?

The system has undergone extensive field testing by the Indian Armed Forces, demonstrating its effectiveness across a range of challenging environments.

These include:

• Desert terrains with extreme heat conditions.
• Maritime settings with high humidity and salt exposure.
• Mountain regions with variable weather and altitude.
• Tropical environments with dense vegetation and moisture.

The technology has also been validated in mobile configurations, including integration with:

• Ground vehicles.
• Naval vessels.
• Helicopters.
• Fixed infrastructure systems.

This versatility underscores its adaptability for both military and civilian applications.

What sectors beyond airports will benefit?

While airports are a primary focus, the technology is designed to protect a wide array of critical national infrastructure.

These include:

• Energy facilities such as power plants and oil refineries.
• Military installations and airbases.
• Border security operations.
• Maritime and naval assets.
• Urban infrastructure and public venues.

The system’s safety profile and adaptability make it suitable for deployment in environments where traditional defence systems are not viable.

How does this position the UK globally in drone defence?

The introduction of this advanced laser system is expected to place the UK at the forefront of counter-drone innovation.

As drone technology continues to evolve, nations are increasingly seeking scalable and sustainable defence solutions. The UK’s adoption of this system signals a proactive approach to addressing emerging threats.

It also positions the country as a potential exporter of advanced defence technologies, opening new avenues for economic growth and international collaboration.

What challenges remain in countering drone threats?

Despite the promise of this new technology, challenges remain in the broader landscape of drone defence.

These include:

• Rapid advancements in drone capabilities.
• The proliferation of autonomous and swarm technologies.
• Regulatory and legal considerations surrounding counter-drone measures.
• Integration with existing air traffic management systems.

However, the introduction of cost-effective and precise solutions such as fibre laser systems represents a significant step towards addressing these challenges.

What does this mean for the future of aviation security?

The deployment of laser-based counter-drone systems marks a shift towards more sophisticated and sustainable security measures in aviation.

Airports, which have historically been vulnerable to disruption from even a single drone, will benefit from enhanced resilience and operational continuity.

The technology also sets a precedent for future innovations, potentially leading to the development of fully integrated defence ecosystems capable of managing a wide range of aerial threats.