Deep Venture

An autonomous, full-ocean-depth exploration vehicle.  

DEEP VENTURE is the latest evolution of a new class of autonomous underwater vehicles (AUVs) designed to   significantly expand deep sea exploration and science by enabling more streamlined, lower-cost access to some of the most extreme region's seafloor.  

Developed by the Woods Hole Oceanographic Institution (WHOI) in collaboration with NASA’s Jet Propulsion Laboratory (JPL), Deep Venture is engineered to operate at full ocean depth—down to 11,000 meters (~6.8 miles). Its ability to withstand extreme pressure while maintaining high performance is essential for exploring previously inaccessible environments. 

A defining feature of Deep Venture is its fully autonomous operation, enabling it to execute complex missions without real-time human control. Equipped with advanced onboard navigation and decision-making systems—originally developed for autonomous exploration of remote planets—it can adapt to changing conditions, conduct precise surveys, and maintain stable positioning in powerful currents.  

Unlike traditional deep-sea systems, Deep Venture can land on the seafloor, collect samples, and resume its mission, enabling scientific sampling alongside observation. The vehicle also integrates high-resolution imaging and environmental sensors to support detailed mapping and data collection across biological, geological, and chemical domains. 

Deep Venture is designed as a scalable technology that can be operated by a small team without specialized research vessels, currently a limiting factor in deep ocean exploration. Its lightweight, modular design enables deployment from a wide range of ships, significantly reducing operational costs while dramatically expanding access to unexplored sites. Deep Venture’s system also supports fleet-based operations, enabling multiple vehicle collaborations to increase survey coverage and efficiency. 

Deep Venture provides a more cost-effective, flexible, and scalable way to explore the deep-sea, transforming scientific research into the world’s least explored regions.