About

Architectural Composite Structures

Name: FibR GmbH
Address: Auf der Höhe 3, Kernen, Baden-Württemberg, 71394, DE
Telephone: +49 7151 1693113

FibR is a composite manufacturer and design-to-fabrication partner, delivering load-bearing structures, façades, and interior systems for the built environment.

Our work combines computational design and robotic fabrication to create resource-efficient structures, from standardized components to complex geometries.

Our interdisciplinary team provides vertically integrated services across all project phases, from concept development and design support to component certification, robotic production, and on-site installation.

Applications

Architectural fiber composite façade system fabricated by FibR

Facades

View projects

Our Expertise

Integrated Design and Fabrication Services

Design Assist and Concept Development
Testing and Certification
Robotic Fabrication
Construction and Installation Services

Expertise

Advanced performance of composites

Filament-wound composite structure showing lightweight structural efficiency

Why Filament Structures?

Strong and robust
Resource efficient
Light and modular
Expressive and recognizable
Integrated functions
Customizable

Composites

Fiber Composite Materials

MATERIALS

Our Materials

We work with a wide range of fiber composite materials that combine structural performance with expressive material qualities. Our material palette enables both high-performance structural applications and visually distinctive architectural components.

Fiber Composite Materials

Fibrous lightweight structures observed in natural and technical systems

Based on Nature’s Most Efficient Construction Principles

Fibrous light weight structures in nature and technology

From Academia to Practice

Research-based fiber composite demonstrator structures developed at the University of Stuttgart

From Academia to Practice

Our work builds on six years of research conducted at the Institute for Computational Design and Construction (ICD) and the Institute for Building Structures and Structural Design (ITKE) at the University of Stuttgart.

During this period, members of our team carried out scientific research that resulted in a series of demonstrator constructions. These projects showcase the architectural potential of novel fiber composite lightweight structures and their simultaneous contributions to building culture and technological development.

ACADEMIC RESEARCH

PEOPLE