Innomar
Innomar compact-usv parametric sub-bottom profiler. A profiler intended for uncrewed surface vessels, with Ethernet remote operation through SESWIN. It offers shallow-water profiling in an installation arranged around the space and power constraints of a USV.
Innomar standard-usv parametric sub-bottom profiler. An uncrewed-vessel profiler adding electronic roll or pitch beam stabilisation to heave compensation. It supports remote survey control while retaining the operating depth of the standard family.
Innomar medium-usv parametric sub-bottom profiler. A high-power USV solution for offshore sediment profiling. Its compact electronics and DC supply are arranged for uncrewed integration, with roll or pitch stabilisation based on external motion data.
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 parametric sub-bottom profiler. A compact integrated transceiver for small boats and uncrewed platforms. Electronics inside the transducer reduce topside equipment, while optional beam stabilisation supports installations with an external motion sensor.
Innomar compact parametric sub-bottom profiler. A portable shallow-water profiler operated from an external Windows computer over Ethernet. Its separate compact topside unit is suited to small survey boats and temporary mobilisation.
Innomar light parametric sub-bottom profiler. A shallow-water system with an integrated computer and 10-inch display. It combines a compact transducer with a self-contained topside control unit for inshore and nearshore surveys.
Innomar standard parametric sub-bottom profiler. A versatile profiler for inshore and offshore work, combining full-waveform acquisition with electronic beam stabilisation. It bridges small-vessel portability and a wider survey-depth envelope.
Innomar medium-100 parametric sub-bottom profiler. A higher-power offshore profiler for hull or over-the-side installation. Its narrower acoustic footprint supports detailed sediment work in substantially deeper water than the shallow-water models.
Innomar deep-36 parametric sub-bottom profiler. A deep-water profiler using a 36 kHz primary frequency. Heave correction and roll beam stabilisation support offshore sediment surveys; the RP variant adds pitch stabilisation.
Innomar deep-36-RP parametric sub-bottom profiler. A deep-water system with roll and pitch beam stabilisation in addition to heave compensation. It is designed for offshore operations where vessel motion affects the direction of the acoustic beam.
Innomar deep-15 parametric sub-bottom profiler. A full-ocean-depth profiler with a 15 kHz primary frequency and electronically stabilised transmission and reception. The installation includes separate topside electronics and a multi-section transducer assembly.
Innomar standard-rov parametric sub-bottom profiler. A subsea profiler designed for ROV integration. Vehicle depth rating and the acoustic distance below the transducer are separate specifications. The manufacturer currently lists this model as under redesign and unavailable for sale.
Innomar quattro parametric sub-bottom profiler. A four-transducer profiler for dense spatial sampling in very shallow water. It supports buried cable and pipeline surveys, archaeological investigations and three-dimensional interpretation of closely spaced profiles.
Innomar sixpack parametric sub-bottom profiler. A six-transducer system for high-density sub-bottom surveys. Multiple channels support detailed mapping of buried structures; matrix operation extends the depth envelope compared with individual-transducer operation.
Innomar standard dual head parametric sub-bottom profiler. A two-transducer configuration of the standard platform. It can acquire separate profiles or operate in a combined single-beam mode for increased range, allowing the survey configuration to follow the project requirement.