Hypersciences

HyperSciences, Inc. operates as a platform technology company, leveraging hypervelocity physics to address challenges in sectors such as energy drilling, tunneling, aerospace, and materials production. The company was founded in October 2014 by Mark Russell, who currently serves as the CEO. His background combines a Master's degree in Aero/Astro Engineering from Stanford with experience as a lead engineer at Jeff Bezos's Blue Origin and a family history in large-scale mining operations. This blend of aerospace and terrestrial excavation expertise forms the foundation of the company's strategic vision.

The core of HyperSciences' technology is the HyperCore, a launch system based on Ram Accelerator (RAMAC) principles, originally developed at the University of Washington. This system uses low-cost chemical energy to propel projectiles at speeds exceeding Mach 5, creating high-impact energy for rock pulverization. The business model is centered on applying this technology to various industrial problems, generating revenue through sponsored research contracts and joint industry projects. Key clients and partners include Shell, with whom it has partnered since 2015 to develop its HyperDrill technology, and NASA, which awarded the company a contract in 2018 for high-altitude launch applications. The company has secured over $33 million in funding across multiple rounds, including venture capital and equity crowdfunding.

The company's primary applications demonstrate the system's versatility. The HyperDrill and HyperBreaker systems are designed for the energy and mining sectors, aiming to accelerate drilling and rock-breaking processes to access resources like deep geothermal energy more economically. For infrastructure, the Hyper Tunneling Boring and Mining (HTBM) system offers a faster alternative to conventional tunneling methods. In the aerospace domain, the technology is being adapted to lower the cost of launching payloads to high altitudes for vehicle development and government support missions.

Keywords: hypervelocity technology, ram accelerator, geothermal drilling, tunneling systems, rock breaking, aerospace launch, hypersonic propulsion, Mark Russell, HyperCore engine, deep geothermal energy, mining technology, Shell partnership, NASA contractor, projectile launch system, infrastructure development, clean energy access, advanced drilling, high-speed tunneling, materials production, sub-orbital launch