HONDA The Power of Dreams

Sato : Cars driving under the sea provide a new way for us to explore the unknown of the ocean. By using this car, we can deepen our understanding of sea life and the environment, and contribute to marine education. It can also be used as a tourist attraction where you can experience the beauty of the deep sea.
Kanki : Technically, a reinforced body to withstand a high-pressure environment, a propulsion system to enable efficient movement underwater, and precise sensors and navigation technology to navigate the underwater terrain are essential. It is ideal if these ideas could also be applied to research on using ocean resources in a sustainable manner.
Sawai : Cars that run on the ocean floor must be designed to be environmentally friendly so as not to impact the underwater ecosystem. For example, it is necessary to use a power source that does not harm living things and to keep noise to a minimum. In addition, the vehicle has the potential to contribute to marine science research, especially the long-term observation of marine life and the monitoring of underwater environmental changes. I think it has a lot of value, including education, exploration, and environmental protection.

From an engineering point of view, this car that runs on the ocean floor is the culmination of technological capabilities. The autonomous driving technology and remote control system that will be incorporated into this vehicle may also influence the development of future space exploration vehicles.
Cars that run on the ocean floor will provide an opportunity for humans to build a new relationship with the ocean. Through this car, we will be able to directly face the infinite possibilities hidden in the ocean. Let's utilize this technology to build an educational platform that can also contribute to marine life conservation efforts.
This car runs freely on the ocean floor and uses robotics technology to perform difficult tasks. By cooperating with humans and machines, we will be able to make many new discoveries.

The adventure to explore the mysteries of the sea began with Aqua Runner. As the sun's rays pass through the water's surface, showering down on the ocean floor, we dive into an unknown world. The surrounding area is quiet, and from time to time small curious fish come to check out Aqua Runner. Sitting in the cockpit, we feel the harmony between the comfort this futuristic vehicle offers and the natural wonders that lie outside. The journey in search of deep sea treasures was not just a journey to measure the depths of the ocean, but also a journey to deeply explore our own inner selves. Aqua Runner leads us to new discoveries and reaffirms human potential in the tranquility of the ocean.
The bright lights emitted by a futuristic vehicle that travels under the sea beautifully illuminate the mysterious environment of the deep sea. By incorporating robotics technology such as robot arms and sensors, it will be possible to carry out tasks essential to scientific research, such as collecting samples from the ocean floor and investigating detailed topography. This vehicle is expected to be used for a variety of purposes, including deep sea exploration, long-term underwater exploration, and recreational underwater driving. The Aqua Runner, which runs on the ocean floor, was created with functionality and environmental adaptation in mind.