2023
Robotics & Automation
Marty, the hybrid autonomous underwater vehicle (AUV) and remote-operated vehicle (ROV), is a groundbreaking innovation designed to unlock the mysteries of the deep sea and revolutionize underwater exploration. At its core, Marty serves as a beacon of possibility,
Water crashes are the drone pilot’s worst nightmare. Drones have a considerable amount of electrical components that need to be cool to operate correctly, hence air cooling vents are located on the surfaces of the drone. If a drone crashes in water,
The loss of biodiversity is accelerating worldwide at an unprecedented rate. This decline poses a serious threat to human survival and well-being, as biodiversity supports vital services such as food production, provision of clean air and water, protection from diseases, and climate resilience.
gBot, the general purpose mobile autonomous vehicle for multiple indoor & outdoor applications. Our first tow package is seeking out and collecting golf balls for driving ranges. Saving a person's time from this activity allows other important tasks.
Introducing the revolutionary XMT golf hitting device—a portable solution for indoor and outdoor golf practice. In a saturated global golf market, the XMT stands out as a truly unique product. What sets it apart is its unparalleled portability, allowing you to take it with you wherever you go.
This is an an automated platform to streamline the collection of marine debris. The online system connects a global network of already owned Remotely Operated Vehicles (ROVs) to individuals concerned for the environment. It will include small ROVs that go to100m, or others like our own models,
Every year in the US, according to NHTSA, there are on average ~750 cyclist deaths and ~48000 injuries due to crashes with motor vehicles. Total economic impact is estimated to be >$10 billion annually aside from emotional and psychological suffering of affected families. Distracted/compromised motor vehicle drivers &
For construction projects to be successful, building floors must be measured effectively and precisely. Traditional floor measurement techniques frequently take a long time, require a lot of labor, and are prone to mistakes, which increases expenses, delays, and rework. To solve these problems,
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