Space

Every gram counts during a launch whilst extreme conditions challenge the design of lightweight structures.
iCOMAT achieves a step change.

Example application: Fibre-steered satellite tube

SMC* + UD** reinforcements

Carbon
SMCa + UDb reinforcements

Fibre-steered satellite tube - Image 1 - iComat Space

Glass
SMC + UD reinforcements

Fibre-steered satellite tube - Image 2 - iComat Space
  • 8% stiffer*
  • 24% higher buckling load*
  • 300% lower defect sensitivity*

*Compared to current state-of-the-art

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Skyrocket performance - iComat Space

Skyrocketing performance

Our game-changing solutions deliver the lightest and strongest components for launch vehicles and satellites, including central tubes and panels.

Advanced tailoring with RTS opens up the design space, delivering leading performance under the most extreme conditions.

Making space accessible

Weight has a critical effect on the cost of a launch. Highly-optimised designs with RTS achieve substantial weight savings against conventional methods.

Fibre steering drastically reduces material use whilst keeping material waste at minimum.

We deliver lighter yet cost-effective components to provide access to fast growing sectors including micro launchers and satellite constellations.

Make space accessible - iComat Space
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Ready to reach new frontiers in composites?

Contact our experts at iCOMAT today to find out more.

Talk to an expert
logo placeholder - Space - iCOMAT
logo placeholder - Space - iCOMAT
logo placeholder - Space - iCOMAT
logo placeholder - Space - iCOMAT
logo placeholder - Space - iCOMAT
logo placeholder - Space - iCOMAT