The Story of Movin’Marine
Movin’Marine: Innovation, Exploration and Continuous Evolution
A company driven by exploration, shaped by the ocean, and evolved through technology.
A company driven by exploration, shaped by the ocean, and evolved through technology.
Movin’Marine was founded in 2002 in Empuriabrava, Spain, with a clear mission: to specialize in marine exploration and deep-sea research. From its earliest stages, the company focused on technically complex projects, participating in international underwater expeditions and collaborating with leading scientific organizations.
One of the most significant milestones of this initial phase was the collaboration with Deep Ocean Expeditions, the organization responsible for tourist expeditions to the wreck of the Titanic, located more than 12,000 feet below sea level in the North Atlantic.
These experiences shaped the company’s DNA: scientific rigor, technological innovation, and an international mindset.
From Marine Exploration to Subsurface Prospecting
Over time, Movin’Marine expanded its scope and progressively redirected its focus toward subsurface exploration, both on land and at sea. This strategic evolution led to the incorporation of advanced geophysical prospecting techniques and airborne remote sensing methodologies.
The transition responded to emerging demands in the international market — particularly in mineral exploration, energy resource detection, and historical and archaeological investigations.
A decisive step in this transformation was the development of proprietary technology, culminating in the creation of the M2® Airborne Radar system. This innovative system became the central pillar of Movin’Marine’s large-scale, non-invasive exploration operations.
Advanced Research Methods & Technologies
Movin’Marine’s exploration work is grounded in multiple geophysical prospecting techniques, with radar-based detection as a core principle.
Depending on project characteristics, the company deploys:
- Airborne radar systems, enabling large-scale survey campaigns across extensive geographical areas within short operational timeframes
- Ground-based radar systems, used for field validation and precise anomaly localization
- The proprietary M2® Airborne Radar, fully developed by Movin’Marine, which has played a key role in significant discoveries in mining, energy and archaeology worldwide
Through continuous technological development and operational refinement, Movin’Marine has positioned itself as an international contractor specializing in non-invasive geophysical exploration.
Technology Validated by Independent Experts
The effectiveness of the M2® Airborne Radar system has been reviewed and assessed by external geological specialists.
The Geological Consultancy Alberto Ríos (Peru) evaluated the technology in multiple gold-bearing sites, confirming the identification of geophysical anomalies associated with disseminated, alluvial and underground gold (Au) deposits, including areas with relatively low-grade mineralization.
These independent assessments reinforce the system’s capability as a structured tool for early-stage mineral exploration and anomaly detection.
A Multidisciplinary Expert Team
Movin’Marine’s professional team is composed of geographers, geologists, engineers and data specialists with extensive international project experience and deep expertise in the exploration sector.
This multidisciplinary structure enables the integration of geophysical data acquisition, advanced modeling, geological interpretation and technical reporting within a unified operational framework.
Commitment to Sustainable Development
Movin’Marine actively promotes the use of non-invasive exploration technologies designed to minimize environmental impact.
By reducing reliance on early-stage drilling and avoiding destructive testing methods, our approach contributes to:
- Lower ecological disturbance
- Reduced operational footprint
- Improved worker safety
- Respect for local communities and regulatory frameworks
Sustainability is integrated into our exploration philosophy, particularly in environmentally sensitive regions and offshore environments.