Tangara Dynamics is an aircraft design studio specializing in 3D-printed fixed-wing platforms, developed with additive manufacturing as the primary structural and manufacturing method. The studio focuses on compact airframes, modular architectures, and efficient aerodynamic solutions conceived specifically for additive production.

Airframes are developed within clearly defined size and weight constraints, prioritizing structural efficiency, predictable handling, and repeatable manufacturing processes. Designs leverage additive manufacturing techniques—such as segmented structures, internal reinforcement strategies, and material-efficient geometries—to support rapid prototyping, controlled iteration, and practical repairability.

The name Tangara draws inspiration from birds of the tanager family, recognized for their agile and dynamic flight. This concept informs the studio’s approach to aircraft design: balanced, responsive, and efficient within limited envelopes.

Martin Schaer supports Tangara Dynamics with a focus on aerodynamic reasoning and system-level analysis. A computer engineer by training, he has extensive hands-on experience building and flying fixed-wing RC aircraft, grounding theoretical considerations in practical experimentation.

In parallel with his professional work on AI-based solutions in the UK, Martin contributes analytical insight and design review, helping ensure that aircraft concepts remain aligned with aerodynamic fundamentals and realistic operating constraints.

Follow him on Twitter/X: @martinschaer