McLane Ice Tethered Profiler

McLane Ice Tethered Profiler

The Ice Tethered Profiler (ITP) vertically travels along a fixed mooring wire at 25cm/sec and is suited for (but not limited to) sampling the water column under the ice, collecting data in lakes and shelves, and performing studies in coastal oceans. The anodized aluminum housing is narrow for deployment through a bore-hole. The ITP transmits near real-time via inductive modem when connected to a customer-supplied surface controller.

• Depth range: 30m-1000m (open ocean or lake), 5m-1000m (ice floe).
• Minimum Temperature: -2° C (non freezing).
• Available sensors: CTD, dissolved oxygen data, PAR, optical backscatter (other sensors can be integrated).
• Options: 360Ah battery for 50% more battery capacity, motors of 10 or 33cm/sec, mooring stoppers for the top and bottom profile limits.

McLane-Ice-Tethered

Key Features

Up to 25-hour mission duration

Speeds up to 4.2 knots

Increased module payload capacity

Search and recovery

Hydrography

Deep sea mineral exploration

Marine & Fisheries research

Product Enquiry

    Product EnquiryRental Enquiry

    Related Articles

    Highlights from Hydrospatial 2024 ‘At The Edge’ Conference

    Diving into Cutting-Edge Hydrographic Science and Technology In April, the Australasian Hydrographic Society (AHS) hosted the four-day Hydrospatial 2024 Conference in Hobart, Tasmania. The conference theme “At the Edge” represented...

    Read More

    Enhancing Mine Warfare Capabilities: A Recap of Exercise DUGONG 24

    Integrating Technology and Tactics for Mine Countermeasure Operations and Military Diving The Navy conducted the Exercise DUGONG 24, in Eden, NSW during 04-22 March 2024, which combined mine warfare exercises,...

    Read More

    Expanding Horizons: MARVEL Micro-AUV Joins the SEABER Family

    Unveiling Cutting-Edge Capabilities SEABER recently unveiled the newest addition to its cutting-edge range with the MARVEL micro-AUV. The MARVEL is setting a new standard in precision underwater exploration. The new...

    Read More