The submarine unmanned vehicle (BAUV), modeled after the sea turtle Caretta- caretta, is a modern technological breakthrough combining biomimetic design with marine science. Its design replicates the appearance of the sea turtle, providing superior performance and efficiency in a variety of underwater missions.
The vehicle adheres to the principles of biomimetics, drawing inspiration from the characteristics of living organisms to enhance stealth, performance, and efficiency. Caretta caretta, with its hydrodynamic shape and agility in water, serves as the perfect model.
CARETTA Project
The BAUV is a great example of the combination of biomimetic design and advanced technology, made possible with the support of AMBIO S.A.
AMBIO S.A.
About
The unmanned vehicle is a great example of biomimetic design and advanced technology. Its ability to carry out missions with high precision and efficiency offers significant prospects for science and environmental protection. In addition, BAUV can make a substantial contribution to understanding the effects of climate change on oceans and marine ecosystems, helping to take measures to conserve and restore them.
Design and technology
- Body:
The vehicle features an oval housing with a flat profile, akin to the shell of a Caretta turtle, which reduces water resistance and improves maneuverability.
- Materials:
Constructed from durable and lightweight materials, the BAUV is designed for long-term missions in extreme conditions.
Features and Capabilities
Autonomy and Duration of Operation
Equipped with advanced lithium batteries, the vehicle provides extended autonomy, making it well-suited for long-term missions.
Data Collection
With its built-in sensors that measure parameters such as temperature, salinity, oxygen, and sea currents, the vehicle is ideal for scientific research and environmental monitoring.
Navigation and Communication
Caretta, utilizing inertial navigation devices, sensors, and advanced navigation algorithms, offers enhanced diving capabilities with exceptional precision and reliability. The integrated GNSS and wireless communication systems ensure immediate and reliable control of the BAUV, minimizing the risk of mission failure.
Detection Capabilities
It can be equipped with systems for seabed detection and mapping.
Applications
- Environmental Monitoring:
The BAUV is used to monitor marine ecosystems, record biodiversity, and study the effects of climate change. Continuous data collection enables the analysis of changes within marine ecosystems.
- Underwater Surveys:
It is ideal for exploring shipwrecks, mapping the seabed, and searching for natural resources.
- Pollutant Detection:
The BAUV can detect toxic substances and pollutants, contributing to the protection of marine biodiversity and public health.
- Scientific Research:
BAUV provides critical data to the scientific community, supporting in-depth research and enhancing the understanding of long-term climate change impacts on the oceans and marine ecosystems.