Orqa Lancar Dron Taktikal MRM2-10AI di Eurosatory 2026

Orqa Unveils MRM2-10AI Tactical Drone at Eurosatory 2026

Tactical Drone Launch Dominates Modern Electronic Warfare Scenarios

Our Bureau - : Jun 19, 2026 - : 6:34 pm

The geopolitical landscape within the Asia-Pacific region is experiencing an accelerated technological shift as regional armed forces rapidly modernise their unmanned aerial system portfolios to counter intense radio-frequency jamming and satellite navigation disruptions. At the centre of this transformation is the latest operational data emerging from contemporary European conflict zones, which has fundamentally reshaped the procurement strategies of major Indo-Pacific militaries. Analysts observe that traditional reliance on commercially sourced components is being swiftly abandoned in favour of highly secure, sovereign supply chains capable of surviving heavily contested electronic warfare environments.

Highlighting this industry-wide pivot, European unmanned technology developer Orqa officially launched its next-generation MRM2-10AI tactical unmanned aerial system on 11 June 2026. The unveiling took place at Eurosatory 2026, the premier international land and air-land defence and security exhibition held at the Paris Nord Villepinte Exhibition Centre in France. Designed specifically to overcome the realities of modern electronic attacks, the platform introduces an innovative hybrid communications architecture that merges conventional radio links with physical tether options.

According to an official corporate press release, the MRM2-10AI integrates the proprietary IRONghost radio control system with native fibre-optic connectivity. This dual-link layout enables tactical operators to deploy the aerial platform across complex operational environments without requiring physical reconfigurations. Industry watchers note that the system features an automatic communications failover mechanism, which instantly transitions the system to a resilient radio-frequency link if the fibre-optic line is physically severed during a mission.

New Autopilot

Beyond communication resilience, the tactical drone utilizes a newly developed high-performance autopilot board that unlocks advanced edge-computing and autonomous capabilities. This hardware foundation supports vision-based terminal guidance algorithms, ensuring that the platform can successfully execute missions in environments where the Global Navigation Satellite System (GNSS) is completely denied or jammed. Furthermore, the system incorporates an open development architecture and a dedicated third-party developer program, allowing military end-users to deploy custom artificial intelligence models and advanced computer vision applications directly onto the onboard compute platform.

The strategic relevance of this development resonates strongly across the Asia-Pacific, where territorial anxieties in the South China Sea and the Taiwan Strait are driving massive investments in resilient electronic counter-countermeasures. Maritime border security agencies and defense establishments across Southeast Asia are closely evaluating platforms that do not rely on Chinese components, seeking to eliminate supply chain vulnerabilities and back-door surveillance risks. By utilizing a clean-room supply chain completely free of Chinese hardware, the newly launched platform aligns directly with the stringent procurement frameworks being established by nations such as Australia, Japan, and India.

Maintaining a strict stance on supply chain integrity has become a primary requirement for modern military procurement programs globally. The ability to maintain operational continuity under intense electronic bombardment is no longer viewed as a premium feature, but rather as a baseline necessity for tactical survival. As multi-domain superiority increasingly depends on localized artificial intelligence and secure data links, the integration of open-source architectures allows regional powers to adapt their electronic warfare profiles dynamically without waiting for prolonged manufacturer software updates.

Straight Talk

"As the nature of warfare continues to evolve, drone operators require systems that can remain effective in contested spaces," stated Srdjan Kovacevic, co-founder and chief executive officer of Orqa. "The MRM2-10AI combines resilient communications, onboard intelligence, and autonomous capability in a platform designed to keep missions moving. It represents the next step in tactical drone capability for today's armed forces."