We electroform conformal heat exchangers that become part of the body shell itself, growing cooling geometries that cannot be made any other way.

• Conformal 'active skin' heat exchanger that integrates into the body shell rather than occupying internal volume.
• Fine, densely grouped channels created by electroforming, not possible through sheet metal fabrication.
• Multilayer deposition that combines environmental protection (nickel) with conduction (copper) in a single wall.
• Optimised design developed and refined through heat transfer modelling.
• Space saving and lower weight than conventional heat exchangers.

• Space saving by design - the exchanger lives in the shell instead of a box inside it, giving back internal volume for payload and systems.
• Lower weight - a thin electroformed skin weighs less than a conventional box unit of equivalent duty, saving mass where it costs endurance and range.
• High surface area, tight packaging Fine, densely grouped channels pack a large heat transfer surface into small and awkward spaces.
• Multilayer, modelled construction Copper conduction and nickel protection are graded into a single wall, with the channel layout tuned by heat transfer modelling.