Pegasus Materials Introduces Bio-Based Polymers for Aerospace, Electronics & 3D Printing

Pegasus Materials BV has launched two innovative bio-based specialty materials tailored for high-performance applications in electronics, aerospace, and 3D printing. The company also secured expanded Seed funding from venture studio Ferment, LIOF, and existing investor Fibrant BV to accelerate scale-up.

Key Takeaways

01

Pegasus Materials unveiled two bio-based polymers for high-performance use.

02

One material is for precision electronics; the other is for industrial-grade 3D printing.

03

The company raised additional Seed funding to scale up.

04

These innovations support lighter, greener materials in aerospace and electronics.

Engineered for Performance and Sustainability

  • Virela-X001: A bio-based high-heat polyamide that enables very fine molding (thin walls), with exceptionally low moisture uptake. This material is being evaluated for next-generation connector applications, such as USB-C and DDR memory modules.
  • Virela-X002: A partially bio-based polyimide optimized for industrial 3D printing. It offers isotropic strength (equal in all directions), high thermal tolerance, and low weight — making it attractive for aerospace components.

Scaling with Strategic Investment

With its new funding, Pegasus can expand production, deepen customer qualification efforts, and accelerate the development of its next generation of bio-derived materials. The backing reflects strong investor confidence in marrying biotechnology with high-performance materials.

Impact in Aerospace

These materials have clear relevance to the aerospace industry: light, heat-resistant, and engineered for demanding environments. Especially for 3D-printed parts, Virela-X002 opens new possibilities for sustainable, high-performance aerospace components.

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