Description
Revolutionary, Small Form Factor Streamer Engineered for High-Resolution Marine Seismic Surveys

Developed in partnership with Teledyne. The eXtreamer combines Geometrics’ next-generation electronics and Teledyne’s rugged construction into an exceptional new seismic streamer system, delivering exceptional ultra-high resolution data in a compact, maneuverable package. Designed with flexibility in mind, the eXtreamer easily adapts to meet current or future survey needs. You can do more with the eXtreamer and rely on it for quality performance. This system excels in challenging deployments, including large-scale configurations and compact winch systems. Its robustness and flexibility ensure more survey time and less downtime, easy and quick relocation to new projects, and the ability to expand the system without having to replace it. As the energy exploration landscape changes, the demand for streamers that can accommodate multiple surveys in quick succession is increasing. eXtreamer is the perfect fit for this evolving market.
eXtreamer helps you solve these long-standing challenges:
- eXtreamer handles the channel spacing, density and bandwidth required by current seismic standards whereas legacy streamers and electronics cannot.
- The eXtreamer is designed to be robust while flexible to handle small or large UHR/UUHR configurations.
- Successful Surveys require efficient operations - Why limit yourself? With eXtreamer, get more data, unmatched flexibility, less downtime, and improved return on your investment.
Features and benefits
Why eXtreamer?
Rely on the Unique Value Offered by eXtreamer
- Backed by Teledyne and Geometrics Expertise: Seamlessly merges Teledyne’s renowned product ruggedness with Geometrics’ expertise in high-fidelity data acquisition, resulting in a streamer that excels in demanding conditions while capturing the most subtle subsurface details.
- Exceptional Ultra-High Resolution: Capture every detail with exceptional clarity, enabling precise identification of geological structures and potential hazards.
- Reduced Survey Time and Costs: Quickly deploy and redeploy in consecutive or concurrent projects. Long-lasting performance and reduced downtime contribute to a lower total cost of ownership – one system for all surveys. eXstreamer allows splitting single large systems into multiple smaller systems. The versatility of eXtreamer meets survey requirements at every opportunity.
- Exceptional Durability: Robust gel-filled design and durable materials ensure long-lasting performance, minimize downtime, and provide worry-free handling even in large challenging deployments. This reduces maintenance costs and ensures consistent, reliable operation.
- Tailored Solutions for Optimal Imaging: Flexible design allows for various streamer configurations and channel spacing options, enabling customers to tailor the system to their exact imaging needs and achieve optimal data quality for diverse applications. Integrates with proven Teledyne Geophysical Instruments and Geometrics advanced seismic technologies.
- Flexible Configurations: eXtreamer adapts to your specific requirements - from compact 2D surveys to complex 3D and P-Cable setups.
- Scalable Solutions: Geometrics’ industry-leading LH-16 electronics can handle hundreds of channels today and scale to thousands tomorrow, ensuring your investment is future-proof.
- Versatile Deployments: Seamlessly integrates into your operations - whether it’s a small survey vessel, a large research ship, or multiple vessels simultaneously. Surveys in confined areas and challenging environments are easily navigated by eXtreamer’s significant maneuverability and deployement flexibility. eXtreamer is designed to work with Geometrics’ LH-16 recording system for a streamlined workflow and top-tier data acquisition.
Technical Details
eXtreamer Seismic System Specification List
Downloads
TYPICAL USES
- Offshore Wind Farm Development
- Carbon Capture and Storage (CCS) Projects
- Oil & Gas Exploration
- Geotechnical Site Characterization
- Shallow Hazard Assessment
- Academic Research
- and other situations.