Chilean Navy and ASMAR launch new icebreaker
Almirante Viel vessel in the Talcahuano Naval Base. (Photo: Chilean MoD)
The Chilean Navy is progressing with its plans to operate a new icebreaker in 2024. During a ceremony in the Talcahuano Naval Base (Concepción region) on 22 December, the service launched the Almirante Viel vessel.
Designed by the Canadian company VARD Marine and built by the national shipyard ASMAR, the icebreaker will cover a paramount role by supporting Chile’s bases in Antarctic.
Capable of operating at -30°C, the ship can break up to 1 m thick layer of ice and will be equipped with microbiological, macrobiological and chemical laboratories.
Related Articles
FAMAE sets sights on 122mm MLRS
South American shipyards maintain their tempo
Chile to develop flight instruction system
With a length of 111 m, a beam of 21 m, a draught of 7.2 meters and a displacement of 10,500 tonnes, Almirante Viel has been built under the Antártica-I programme.
A press release issued by the Chilean MoD stated that the vessel is ‘the most complex project’ conducted to date by ASMAR.
Shephard Defence Insight notes that the new vessel will replace the icebreaker also named Almirante Viel, which was decommissioned in 2019.
Related Programmes in Defence Insight
Antártica-I Icebreaker [Chile]
Related Equipment in Defence Insight
More from Naval Warfare
-
HMS Anson’s milestone stay in Australia cut short during AUKUS deployment
The Astute-class submarine’s visit to Australia was the first time maintenance activity on a UK Royal Navy nuclear submarine had been carried out in the country.
-
How Operation Epic Fury could reduce US readiness to face China
The offensive against Iran could impact training and maintenance cycles and accelerate the degradation of the US arsenal on top of depleting Washington’s stockpiles.
-
UK Royal Navy explores modular counter-drone capabilities for future hybrid fleet
The UK MoD is scoping out systems to counter the growing threat of uncrewed aerial systems, with a focus on low-cost modularity and speed to field.