Molfar Defence Technologies Raises €1.5M for Tactical Anti-Drone Radar

Molfar’s stated mission is to give tactical units early visibility into micro-drones that would otherwise arrive without warning, and to do it with a system that is affordable and small enough to deploy at the platoon or brigade level rather than only at fixed high-value sites .

How Molfar’s radar works

The system’s core is a proprietary multidimensional structural target representation combined with advanced signal processing algorithms . In plain terms, the radar builds a detailed physical signature of each aerial object, then runs that signature through classification logic that separates small drones from birds, debris, and atmospheric noise .

Several design choices make the radar survivable in contested environments:

• Specialised waveform design and operating modes lower the radar’s own probability of detection by enemy electronic warfare sensors .
• Built-in filtering allows stable operation in rain, fog, snow, and heavy electromagnetic interference — including conditions where jammers are active .
• The radar deliberately reduces false alarms from birds and weather-related clutter, a persistent problem that wastes operator attention when it is most needed .

On the hardware side, Molfar offers modular configurations: a 90° sector radar or a full 360° coverage unit, both deployable as standalone systems or integrated into a wider air defence network . The company holds several patent applications covering its core radar detection technologies .

Who built it

Molfar Defence Technologies was founded in 2026 by a team with extensive international technology-company experience . Public reporting has put particular focus on the founders’ prior work on advanced defence and aerospace sensor programs. Several of them previously collaborated on quantum gyroscopes and airborne lidar systems — two of the hardest sensing challenges in the industry — before turning their attention to the tactical drone-detection problem .

The only founder named at length in the funding announcement is Maks Dzherikhov, the company’s Co-founder and Chief Strategy Officer, who has described Molfar’s mission as providing early visibility into micro-drones for defence units at the tactical edge . Details on other co-founders remain limited in published sources.

What the €1.5 million will pay for

The new capital is earmarked for a clear transition: moving from prototype-level development to field-tested, operationally validated systems . Specific allocations include:

• Team expansion across radar development, signal processing, and system integration
• Further radar and signal-processing R&D
• Opening a dedicated office in Ukraine for operational proximity to the deployment environment
• Deployment and validation activities in Ukraine and NATO countries

Battlefield partnerships and early traction

Molfar’s path from startup to operational capability runs directly through two relationships that most defence-tech companies spend years trying to build:

• The company works in close cooperation with the Ukrainian Armed Forces, and Ukrainian brigades are already engaged in testing and validating the radar systems .
• On the industrial side, Molfar collaborates with one of Poland’s largest suppliers of defence and dual-use equipment, which provides direct operational feedback and an accelerated pathway to deployment .

Beyond the radar program, Molfar operates an OSINT-based defence-sector intelligence and due diligence unit that assesses supply chains, corporate structures, and compliance risks for governments and defence contractors . That intelligence capability, while not new in Ukraine, signals that the company intends to serve more than just the radar-hardware market.

Field testing is planned in both Ukraine and NATO member states, with the goal of moving from prototypes to validated, approved systems that can be procured and deployed at scale . The next visible milestone will be whether those tests produce verified performance data that can turn a €2 million seed round into a credible production order.