ZeroAvia and Safran forge partnership on hydrogen-electric technologies

ZeroAvia and Safran have established a technical collaboration dedicated to hydrogen-electric propulsion technologies for the aviation industry. The partnership combines fuel cell systems engineering with propulsion design and testing to accelerate the maturation of fuel cell electric power systems.

Context of the Cooperation
The aviation industry is increasingly focusing on hydrogen-powered propulsion solutions to support long-term decarbonization targets. Developing fuel cell electric propulsion systems capable of meeting demanding aviation requirements introduces significant engineering complexity that requires specialized technical capabilities across fuel cell design and aerospace propulsion systems.

To address these technical challenges and accelerate technology maturation, cooperation was established between ZeroAvia and Safran. The partnership combines ZeroAvia's expertise in aerospace fuel cell systems with Safran's background in propulsion, electrification, clean aviation innovation, and aero-native fuel cell design and testing activities.

Technical Solution and Responsibilities
The technological collaboration focuses on accelerating the maturation and development of fuel cell electric propulsion systems and advanced hydrogen-electric power architectures across multiple aviation applications. Within this technical scope, responsibilities leverage each partner's specialized engineering capabilities:

At a system level, the partners will specifically investigate collaboration on advanced High-Temperature fuel cells to support future demanding flight applications. The joint effort aims to advance electric powertrain architectures and fuel cell performance parameters to meet long-term clean aviation criteria.

Deployment or Implementation
The implementation strategy focuses on collaborative technological maturation and joint research activities across several aviation applications. The initial phase centers on investigating and advancing High-Temperature fuel cell technologies and validating system configurations through design and testing frameworks. This development roadmap is structured to pave the way for integrating hydrogen-electric power into future demanding aviation platforms.