Where every gram has a price.
Lightweight, geometry-optimised components for space: launch structures, payloads, tanks and instrumentation housings with internal cavities.
Launch structures and lightweight composite ducts
Components for payloads, satellites and housings with internal cavities
High-altitude drones and aerospace vehicles (e.g. ExoFly)
Instrumentation enclosures and structural elements for satellites with three-dimensional lightening channels and co-cured thin walls.
WSM-170 mandrel lamination of high-pressure cryogenic tanks for space propulsion and feed ducts for lightweight launch vehicles.
Exoskeletal wing frames for stratospheric drones and exploratory probes, able to withstand extreme thermal swings in the orbital vacuum with unprecedented torsional stiffness.
When every gram launched has a price, geometry is the first lever for weight saving. Carbon Exoskeleton internal ribs — topologically optimised continuous fibre, co-cured with the outer skin in a single cycle — enable hollow structures that are stiffer and lighter than a solid laminate, without secondary bonding operations.
Lightweight hollow components with internal Carbon Exoskeleton ribs for drones and payloads: high specific stiffness where every gram has a price. In the video: ExoFly, the drone application of Addyx technologies.
Geometries, materials, volumes: the Addyx team assesses feasibility and proposes the most suitable technology.
Commercial requests: s.afeltra@addyx.it
