Aerospace lightweight


Your Advanced Composite Partner

Almost 15 years of collaborations with aero companies as well as research institutes and universities, have given us deep knowledge in thin plies, spread tows and other optimal fiber architectures which puts us in an unprecedented position to achieve weight savings and mechanical performance improvements for advanced composites. The TeXtreme® team provides support to your project at every stage – from the concept stage through the release of your final product on the market.

Cryonic tanks, aircraft interior components or UAVs – with Textreme® patented reinforcements you achieve ultra light products that last.

We have an extensive network of prepreggers, resin suppliers and composite part manufacturing partners that are AS9100 accredited and delivering advanced carbon composite parts to the aeronautical industry. If needed, we will make use of this network in optimizing and making your TeXtreme® part fly.

Lightweight composites

Our thin ply products gives you reduced manufacturing time, improved surface finish, weight reduction as well as increased impact resistance and performance after impact – compared to for example cross-plied UD or other conventional fabrics use as NCFs, woven or braids.

Working with leading companies in the industry, TeXtreme® reinforcements are available in prepreg form where the resin systems meet the requirements of FAR 25 both for FST & OSU. In addition thermoplastic impregnated products are available, also meeting these demanding requirements.

Blackwing RG
Transform your products with TeXtreme

Elevate performance across industries with ultra-light composites and discover the difference.

TeXtreme for Aerospace

Better mechanical performance and meeting or exceeding weight targets.



TeXtreme technology elevates UAV (Unmanned Aerial Vehicle) performance by integrating lightweight, durable composite materials, enhancing flight efficiency, payload capacity, and durability. This innovation allows for longer flight times, improved maneuverability, and increased resilience in challenging conditions, meeting the high demands of both commercial and recreational UAV applications.

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Air mobility

TeXtreme technology transforms air mobility by incorporating its lightweight, durable composite materials into aircraft construction, improving efficiency, range, and payload capabilities. This innovation enables more sustainable flight solutions with reduced energy consumption, offering enhanced performance and resilience in the evolving landscape of air transport and urban air mobility.

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TeXtreme technology revolutionizes the space industry by utilizing its lightweight, durable composite materials in spacecraft construction, enhancing payload efficiency, structural integrity, and durability against the harsh conditions of space. This innovation supports longer missions, reduces launch costs, and increases the potential for more complex space exploration and satellite deployment projects.

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Large commercial aircraft

TeXtreme technology significantly advances large commercial aircraft by incorporating lightweight, durable composite materials, improving fuel efficiency, payload capacity, and structural integrity. This innovation enables airlines to achieve longer flight ranges, reduced operational costs, and enhanced passenger comfort, meeting the growing demands for sustainability and efficiency in the aviation industry.

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Get in Touch

We understand the importance of making informed decisions when it comes to selecting the right materials for your projects. That's why our team of expert consultants is always on standby, ready to assist you with any questions you might have about TeXtreme.

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BlackWing aircraft reinforced by TeXtreme® wins Red Dot design award

Developer and manufacturer of lightweight aircraft, BlackWing Sweden, has received the highest distinction as winner of the Red Dot Award for Product Design 2016. The fuselage and wings are entirely manufactured using TeXtreme® Spread Tow carbon fiber fabric – which the company claims are 15% more rigid than conventional twill fabric.

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