Palladion Systems
MICA — a 3D-printed autonomous counter-UAS interceptor.
Vitality Radar
Pillar Analysis
Strategic Assessment
Strategic Vector
Palladion Systems appears to be a very early-stage Swedish defense tech venture focused on low-cost, 3D-printed counter-UAS interceptors and dual-use additive manufacturing workflows. Its current posture suggests prototype-driven market entry and ecosystem visibility rather than established commercial scale.
Efficiency Ratio
The company shows strong technical ambition relative to its very small reported headcount, but observable business output and operating infrastructure remain limited, indicating a high idea-to-capability ratio and low current scale conversion.
Evidence Signals
LinkedIn lists the company as privately held with 1-10 employees and 267 followers in defense and space manufacturing.
View sourceWebsite and contact pages list headquarters in Stockholm, Sweden and Bucharest, Romania, indicating a two-location footprint.
View sourceF6S describes Palladion Systems as building 3D-printed, scalable, dual-use unmanned counter-UAS systems and notes the company was founded in 2025.
View sourceF6S lists about $3.2k raised, attributed to the EUDIS Defence Hackathon and one additional source.
View sourceA b2match event listing says Palladion Systems was featured at the Formlabs booth and highlights use of Formlabs SLS technology for production workflows.
View sourceA founder LinkedIn profile identifies Jacopo Angeloni as co-founder/founder of Palladion Systems starting in December 2025.
View sourceThe company website provides a basic contact presence with email, phone number, and social links, but no visible product catalog, case studies, or news content in the provided results.
View source- About
- Palladion Systems AB (Sweden) specialises in 3D-printed, dual-use counter-UAS solutions; its MICA is a 3D-printed autonomous counter-UAS interceptor, exhibited at ILA Berlin 2026. Additive manufacture is the substantive design choice: against mass drone attack the defender only wins on cost per engagement if the effector can be produced cheaply, near the point of need, and iterated between batches.
- Relevancy
- Develops MICA, a 3D-printed autonomous counter-UAS interceptor; a direct C-UAS field-test fit, exhibited at ILA Berlin 2026. Anchor A1. Classified C06-99, unchanged. NODE GAP: an original named occupant for the proposed C06-05 Kinetic Interceptors & Effectors, now joined by Axair, ELIKA, Dronex Israel, Hellion Tech and Alta Ares — more than enough occupants to mint.
- Tags
- #CounterUAS #MICA #3DPrintedInterceptor #AttritableEffector #ILABerlin #Sweden