Innomar

Innomar Compact-USV is a compact and powerful solution designed for collecting high-resolution, deep-penetration sub-bottom data using small-scale uncrewed surface vehicles.

Innomar Standard-USV delivers high-resolution, full-waveform sub-bottom profiling with autonomous operation for versatile deployment on any uncrewed surface vehicle.

Innomar Medium-USV combines high-resolution sub-bottom profiling with autonomous operation for seamless integration into any USV or ASV platform.

Innomar Smart is a compact and lightweight sub-bottom profiler designed for shallow water surveys (up to 100 metres) using small boats or uncrewed vehicles (USV/ASV). It is controlled via Ethernet (LAN/WiFi) with any Windows device and records full-waveform data in SEG-Y format. Innomar also offers the ISE software for specialized post-processing.

Innomar Essential SBP is designed for small boats and USV/ASV operations in shallow waters, offering high-resolution sub-bottom data with strong sediment penetration. It features electronic beam stabilization, remote control via SESWIN software, and supports full-waveform data processing in SEG-Y format.

Innomar Compact is a user-friendly system designed for shallow water and coastal surveys. Its small size and light weight make it ideal for use on small boats. It is controlled via Ethernet using any Windows-based device and records full-waveform data that can be processed in SEG-Y format.

Innomar Light is a compact, lightweight sub-bottom profiler designed for shallow-water surveys from small boats. It offers high-resolution full-waveform data acquisition (SEG-Y format) and is ideal for scientific, environmental, and engineering applications. Easy to deploy, it supports post-processing with Innomar’s specialized ISE software.

Innomar Standard SBP is a highly versatile, compact sub-bottom profiler designed for both inshore and offshore surveys down to 500 meters. It delivers high-resolution, full-waveform seismic data with excellent sediment penetration, even in rough conditions, thanks to its wide frequency range and electronic beam stabilization. Ideal for scientific, environmental, and engineering applications.