deltaVision

deltaVision GmbH is a German deep-tech startup founded in Munich on July 26, 2022, specializing in cryogenic fluid management systems for the aerospace and hydrogen mobility sectors. The company was co-founded by CEO Alex Plebuch, COO Dr. Denis Kiefel, and CTO Matthias Günther, all veteran engineers with over a decade of experience in major European space programs like the Ariane launcher. Their collective background in systems engineering, cryogenic fluid control, and electronics forms the technical foundation of the company.

deltaVision develops and manufactures critical hardware components, including intelligent solenoid valves, high-precision regulation valves, pressure regulators, cryogenic e-pumps, and brushless DC (BLDC) motors designed to handle super-cold propellants like liquid hydrogen and oxygen. These products are designed as 'off-the-shelf' solutions to accelerate development cycles for clients. The company's business model is centered on being a key European supplier for prime contractors and new-space startups, aiming to reduce the continent's reliance on non-European components for space launch systems. Key markets include new-space launch vehicles, where its components support reusability and reliability, and the emerging hydrogen mobility sector for applications like hydrogen-powered aircraft.

The company emerged from an ESA Business Incubation Centre in Bavaria and has been part of a Taiwanese SpaceTech startup program to build relationships with electronics suppliers. Notable achievements include securing five paying customers within its first seven months and delivering its first control valve for a lunar module in September 2023. In February 2024, deltaVision signed an MOU with Ducon Infratechnologies to enter the Indian market for rocket propulsion and hydrogen mobility.

Keywords: cryogenic fluid control, aerospace components, space propulsion, hydrogen mobility, cryogenic valves, pressure regulators, rocket propulsion systems, new space, european space industry, solenoid valves, satellite refueling, launch vehicles, liquid hydrogen, deep-tech, fluid management, propulsion subsystems, space-grade motors, reusability, strategic autonomy, spacecraft components