German company Trumpf’s laser cutting machine with the two cutting heads mounted on a crossbar made of special rods that are a spin-off from Europe's Rosetta comet mission. The 'sandwich rods' have a lightweight, rigid foam core wrapped in carbon fibre and coated with thin fibreglass. This make them six times lighter and up to 50% stiffer than steel. German company Schütze developed this special technology for ESA’s Rosetta lander’s legs, to secure its safe landing on Comet Churyumov–Gerasimenko in 2014.
© Trumpf Group
German company Trumpf’s laser cutting machine with the two cutting heads mounted on a crossbar made of special rods that are a spin-off from Europe's Rosetta comet mission. The 'sandwich rods' have a lightweight, rigid foam core wrapped in carbon fibre and coated with thin fibreglass. This make them six times lighter and up to 50% stiffer than steel. German company Schütze developed this special technology for ESA’s Rosetta lander’s legs, to secure its safe landing on Comet Churyumov–Gerasimenko in 2014.
© Trumpf Group
German company Trumpf’s laser cutting machine with the two cutting heads mounted on a crossbar made of special rods that are a spin-off from Europe's Rosetta comet mission. The 'sandwich rods' have a lightweight, rigid foam core wrapped in carbon fibre and coated with thin fibreglass. This make them six times lighter and up to 50% stiffer than steel. German company Schütze developed this special technology for ESA’s Rosetta lander’s legs, to secure its safe landing on Comet Churyumov–Gerasimenko in 2014.
© Trumpf Group
German company Trumpf’s laser cutting machine with the two cutting heads mounted on a crossbar made of special rods that are a spin-off from Europe's Rosetta comet mission. The 'sandwich rods' have a lightweight, rigid foam core wrapped in carbon fibre and coated with thin fibreglass. This make them six times lighter and up to 50% stiffer than steel. German company Schütze developed this special technology for ESA’s Rosetta lander’s legs, to secure its safe landing on Comet Churyumov–Gerasimenko in 2014.

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