PhysicsX Secures up to $100 Million from Nvidia for AI-Driven Aerospace and Defense Manufacturing
London-based, PhysicsX, an emerging startup redefining part design for the defense and aerospace sectors, is poised to secure up to $100 million in funding from the global leader in chip technology, Nvidia. The company’s sophisticated platform facilitates the accelerated development of manufacturing components through advanced simulation of material behaviors and engineering designs under diverse conditions. This technological capability is reshaping both the speed and cost paradigms of manufacturing within complex industries.
In June, PhysicsX completed a $20 million funding round, subsequent to closing a $135 million Series B earlier this year. Nvidia’s involvement underscores its strategic interest in European startups whose technologies complement its hardware and software ecosystems. Nvidia retains the option to invest a further $80 million in PhysicsX during its next capital raise, signaling a commitment to long-term collaboration.
Nvidia CEO Jensen Huang has expressed a dedicated intent to invest extensively in UK-based startups, with PhysicsX representing a key beneficiary of this initiative. This partnership illustrates Nvidia’s broader engagement across Europe in areas such as workflow automation, molecule discovery, and generative platforms.
Established in 2019 by former Formula 1 engineers, Jacomo Corbo and Robin Tuluie, PhysicsX has rapidly gained recognition for its software that markedly reduces the need for physical prototyping. The platform’s simulation engines empower manufacturers to efficiently iterate product designs, significantly reducing development cycles and costs. These features make PhysicsX particularly valuable in defense and aerospace, where high standards for precision and reliability coexist with substantial costs associated with trial and error.
The reach of PhysicsX’s technology extends beyond its primary industries, aiding sectors including semiconductor fabrication, automotive, energy, and materials science. Prominent clients such as Rio Tinto, Siemens, and Applied Materials utilize PhysicsX’s solutions to accelerate innovation and enhance product durability.
PhysicsX addresses one of manufacturing’s most persistent challenges: predicting component behavior under real-world stresses without incurring the expense of physical trials. By harnessing advanced computational models, the platform supplies engineers with comprehensive insights, thereby minimizing the trial-and-error process.
This approach is especially critical in domains where product failures carry significant consequences, notably defense and aerospace. The software developed by PhysicsX not only accelerates product design timelines but also enhances assurance in component dependability. With its pioneering technology and substantial financial backing, PhysicsX is well-positioned to drive global manufacturing innovation, integrating state-of-the-art simulation with engineering expertise originating from high-performance motorsport backgrounds.