*All product images included on this page are of HyperSciences prototypes that are currently in the development stage and not yet available on the market. Some products are in research and development phases and some products are in the testing phases. 

We have accomplished or have ongoing demo contracts with three different industries: drilling, tunneling, and aerospace. HyperSciences works with Shell, NASA, and two additional Majors, an International Mining Resources Company and another Major Energy corporation (both under confidential contracts). Beyond just supplying  major corporations, we plan to use our technology to mine faster and generate revenue with our own hard rock mines. Our new mining assets include ownership in an Asia High-Purity Quartz and Rare Earth mineral deposit. The clean energy and electric car industries desperately need these high valued minerals in quantity.  We’ve also submitted government aerospace proposals to perform rapid hypersonic testing for NASA, Air Force, AFWerx, Army Future Command, and NSF.

HyperSciences is a proud winner of the U.S. Department of Energy Geothermal Manufacturing Prize, one of the 15 companies selected out of 300 applicants!

Co-funded in partnership with major energy and resources companies, HyperSciences develops and builds some of the world’s most innovative hypersonic technologies.

Our HyperCore technology is the foundation for each of our platforms. We use low-cost chemical energy to accelerate projectiles to high velocities. In robotic drilling, tunneling and mining, this meteor-like impact can break and pulverize hard rock quicker than conventional equipment. In aerospace government applications, our goal is to repeatedly launch test hypersonic payloads to extreme velocity and altitudes, reaching nearly 10 times the altitude of commercial jets in seconds.

We use robotic/remote drilling methods to drastically improve the ROP (rate of penetration) and achievable depth, which enables additional discoveries through increased exploration. Our robotic mining and tunneling solution improves performance, eliminates dangerous explosives, and reduces high capital and operating costs over traditional rotary tunneling boring machines and drill and blast methods. Our hypersonic solutions make access to new mining assets economically feasible, enabling faster exploration and production for resources such as High Purity Quartz and heavy Rare Earth elements, Gold, Platinum, Copper, and hard rock Lithium deposits.

Our repetitive aerospace solution delivers payloads from the ground to the edge of space at velocities greater than Mach 5 (approx 4000 mph). With government strategic spending in hypersonics growing to billions per year, we offer rapid prototype evolution testing, 3D printing and fly hourly.

What do geothermal drilling, mining, tunneling, and hypersonic testing all have in common?  Today's hypersonic testing is expensive and unreliable because it relies on conventional rockets that have a low flight rate, are expensive, and regularly blow up. Solar and wind systems are intermittent and expensive. Geothermal can be the future for clean 24/7 baseload power, but today’s geothermal drilling is incredibly slow and too expensive to put it everywhere. Similarly, in tunneling, the world needs fast transportation tunnels (like Elon Musk and The Boring Company). The world also needs access to energy minerals such as platinum, copper, quartz, lithium, and Rare Earth Elements in mining. They're each dependent upon antiquated rotating equipment or old explosive technology, which makes their processes slow, dangerous, and expensive. We solve this.

HyperSciences has built reliable, safe, and cost-effective hypersonic accelerators to demonstrate drilling, tunneling, and flight applications. Our  accelerators operate at velocities greater than Mach 5 (nearly 4000 mph).  They can robotically fire smaller projectiles into the ground that directly break and pulverize the rock with meteor-like energy allowing us to access energy resources and create transportation tunnels by removing earth quicker. Our full-scale accelerators can repeatedly launch larger aerospace capsules to the edge of space without using costly and volatile rockets.

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By building a platform technology company, HyperSciences is a leg-up when it comes to market cap, allowing us to pursue the tens of billions of dollars represented by the drilling, tunneling, and mining markets. Learnings in each business vertical help accelerate our overall platform technology. 

The combined drilling and bits, Robotic and coiled tube drilling markets are predicted to surpass $10B by 2023.  Tunneling will also be taking off in the near future, building on their steady market cap by reaching $8.4B by 2025 on more than 6% growth, while the total mining market size for the US was almost $150B in 2019, and growing quickly.

Source: www.grandviewresearch.com

Source: www.alliedmarketresearch.com

HyperSciences is in a research, development, and testing phase but now has 39 patents at various stages (national and international), with 15 utility patents issued or allowed. The key to our success thus far has been through building customer confidence through smaller demonstration contracts. In 2019, we completed Phase 1 of our Aerospace testing with NASA, and we began our 3rd quarter field trials drilling with Shell & major mining corporations. In 2020, we’re completing HyperDrill field trials and beginning our 4th quarter tunneling and mining trials. We also began pursuing additional NASA and other government contract opportunities slated to be awarded to winners within the next few months. 

Two of our company's major technical milestones include achieving a reliable hypersonic velocity of 1750 m/s (Mach 5+) from our Hypercore accelerators and building and testing our pre-commercial autoloading tools for repetitive operation.

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 We have accomplished or have ongoing demo contracts with 3 different industries: drilling, tunneling, and aerospace. HyperSciences works with Shell, NASA, and two additional Majors, an International Mining Resources Company and another Major Energy corporation (both under confidential contracts). We’ve also submitted government aerospace proposals to perform rapid hypersonic testing for NASA, Air Force, AFWerx, Army Future Command, and NSF.

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HyperSciences’ business model generates revenue from being an “Equipment as a Service.” To enable the adoption rate of our new technology, we lease our equipment and charge per projectile. Typical drilling or mining systems generate over $300k per year, which is only a fraction of the cost of anything else on the market, selling millions of projectiles in the process.

Obtaining new government contracts related to hypersonic research will enable us to generate additional revenue.

• Complete Drilling and Tunneling Field Trials in 2020

• Secure new Paid Pilots Projects

  • Exploration drilling and mining/tunneling

  • NPV gain share and recurring projectile revenue

• Finish exploration drilling and sell/JV the Quartz/Rare Earth project

  • Complete the exploration-resource Report 43-101

  • Sell mine or JV operation with major corporations

• Obtain new government contracts related to hypersonic research

We expect to generate revenue annually by operating, Joint Venturing, or outright selling our developing hard rock mines. For example, on the Asia High Purity Quartz and Rare Earth mine deposit, we first drilled to explore the project's opportunity. Next, we will determine if we should solely produce this project, partner with a larger entity, or sell the Mine directly to an end-user in the solar panel business or electric car minerals industry.

Our technology is unlike anything else on the market. We have tested our ability to drill holes >5X faster and at a lower cost than other conventional drilling applications.

HyperDrill™ is compatible with existing drilling systems and can drill through nearly any ground condition, with impacts 10-100X the strength of the rock face. We are also developing the technology to 3D map subsurfaces utilizing our continuous micro-impacts, allowing us to locate energy deposits with ease using our sonar-like process.

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Our agile robotic systems are engineered to be >5X faster than traditional systems and can be reused, unlike more massive conventional Tunnel Boring Machines (TBMs). This reduces capital and operating costs over traditional equipment, and has the potential of saving millions of dollars per job.

Our Geothermal solution leverages the performance benefits of HyperDrill, and has the ability to reach deep geothermal energy deposits. Our next step is to get our low-cost HyperDrill to a mature stage, at which point our system will scale to provide power to industry and society anywhere.

We are currently completing drilling and tunneling field trials, and our next step is to secure new paid pilot projects. These will include exploration drilling and mining/tunneling. In 2021, we will execute Aerospace R&D using our HyperDrone™ and will also begin Hi-Tech Mineral Mining. Deep Drilling Energy Anywhere will begin in 2022-2023, enabling energy anywhere geothermal.

Our engineering and advisor team is composed of experts in aerospace, hypersonics, geology, oil & gas, robotic automation and machine learning. The team is led by Mark Russell, the founder and CEO of HyperSciences. With a Master’s degree in Aero/Astro Engineering from Stanford, Mark is a former lead engineer and manager for Jeff Bezos's Blue Origin and has a long history of working on world-class mining projects. 

A few of our incredible advisors and board members include Malcolm Ross and Mike McSherry. Malcolm Ross has worked in geosciences his entire career with the last 13 years as a Shell employee. He was involved in the new technology innovation arm at Shell first as a GameChanger, where Shell looked for emerging disruptive technologies, and ultimately Shell funded HyperSciences HyperDrill over four contract periods. Board member Mike McSherry is a serial entrepreneur and the current CEO and founder of the healthcare tech company, Xealth. He is also the former CEO of SWYPE (mobile app), and the co-founder of Boost Mobile.

Our hypersonic platform technology is unlike anything else on the market. Led by the expertise of industry pioneers, we created a product able to drill holes >5X faster and at a lower cost than other conventional drilling applications, while our agile robotic systems are engineered to be >5X faster than traditional systems and can be reused, unlike TBM.

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We have already completed contracts with some of the biggest companies in the mining, drilling and aerospace industries, such as Shell, NASA, and a Major Mining and Major Energy Corporation. We have aerospace proposals underway to perform rapid hypersonic testing with NASA, Air Force, AFWerx, Army Future Command, and NSF. We are just getting started with a revolutionary product that has the potential to change the processes of these industries and generate millions, even billions in revenue. We hope you will join us on our journey.

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*All product images included on this page are of HyperSciences prototypes which are currently in the development stage and not yet available on the market. Some products are in research and development phases and some products are in the testing phases.