Boom Supersonic has announced Superpower turbines designed to power AI data centers, drawing on its supersonic engine technology. These turbines, modified from the company's Symphony engines for aircraft, aim to support the growing energy demands of AI while funding the development of its Overture passenger jet. The move comes as data center operators increasingly explore jet engine solutions for the AI boom.
Boom Supersonic, a company focused on supersonic travel, is repurposing its aviation engine expertise for the terrestrial challenge of powering artificial intelligence infrastructure. The firm recently unveiled its Superpower turbines, which are adapted versions of the Symphony engines originally developed for its aircraft. This initiative positions Boom to capitalize on the surging electricity needs of AI data centers, a sector where jet engine-derived power solutions are gaining traction.
Blake Scholl, CEO of Boom Supersonic, highlighted the benefits of their supersonic engine technology, stating it offers advantages over conventional power turbines. He emphasized that while engine manufacturers commonly produce turbines for power generation, Boom's approach leverages its specialized designs to meet the AI sector's demands more effectively.
The announcement follows the retirement of Boom's XB-1 experimental aircraft. The company is now advancing its full-scale Overture jet, projected to begin passenger flights in approximately five years. Superpower turbines serve a dual purpose: they generate revenue to support Overture's development and provide a ground-based testing ground for the engine technology before its aerial application.
This development reflects broader trends, as data center operators turn to advanced engine technologies to fuel the AI expansion. By bridging aviation innovation with data center needs, Boom aims to accelerate its progress toward commercial supersonic flight.
