Next-Generation RF Components
BUILT FOR
SPACE &
GROUND
Lightweight, scalable, high-frequency RF solutions for LEO satellite constellations and ground applications — engineered in Darmstadt, Germany.
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Lightweight, scalable, high-frequency RF solutions for LEO satellite constellations and ground applications — engineered in Darmstadt, Germany.
METALONN is a startup company specialising in designing and manufacturing high-frequency radio frequency (RF) components for space and ground applications. We are a team of passionate engineers, researchers, and entrepreneurs with extensive experience in RF engineering, high-frequency antenna design, high-precision manufacturing, and material science.
Based in Darmstadt, Germany, we collaborate with leading academic and industrial partners to deliver innovative, high-quality, and unique products to our customers.
A unique technology that enables weight and size reduction of waveguide-based RF components by a factor of 3 to 15. Built on a novel fabrication process creating complex waveguide structures with high precision and accuracy.
Our invented Screwless Assembly Technology overcomes mechanical design constraints of traditional combining methods — enabling fast and easy assembly of multi-piece RF components without screws or bolts, reducing failure risk and simplifying integration.
Cost-effective scalability and mass production of RF components — essential for the emerging market of LEO satellite constellations. Our technologies are eligible for global patents and will be secured as core IP for Metalonn.
We operate in a fast-growing, dynamic market of satellite communication driven by the increasing demand for high-speed, low-latency global connectivity — especially in remote and rural areas — alongside emerging applications such as connected cars, IoT, smart cities, and 5G networks.
We target this market by offering our value-added RF components to both satellite operators and ground terminal manufacturers. Our competitive edge stems from unique technology, scalable production, a customer-oriented approach, and a strong partner network.
We aim to become the leading provider of RF components for LEO constellations across Europe, Asia, and the US.
We are committed to sustainable and environment-friendly business operations — from the materials we use to the connectivity we enable.
Our technology enables affordable and widespread internet access through LEO communications, bridging the digital divide globally.
Lightweight components save rocket fuel and directly reduce CO₂ emissions associated with satellite launches.
We use biodegradable plastics, recycled metals, and renewable material sources throughout our production process.
