Poland declares capability for Wisła medium-range air defence system
A second Wisła battery is expected to be declared for IOC this year. (Photo: Polish MND)
Poland has declared Initial Operational Capability (IOC) for the first battery of Poland’s Wisła medium-range air defence programme, which is built around Northrop Grumman’s Integrated Battle Command System (IBCS). Poland declared Basic Operational Capability last year.
IBCS is a command and control system that unifies current and future systems regardless of source, service or domain
In 2018, the Polish government selected IBCS to serve as the core for its Wisła modernisation programme, becoming the first US ally to acquire the system.
Related Articles
Polish Wisla air-defence communications node delivered
The country’s Ministry of National Defense (MND) declared IOC of the first battery on 18 December and a second battery is expected to achieve IOC by the end of 2024.
In February, the US and Polish governments signed a letter of offer and acceptance (LOA) for IBCS to also serve as the core battle management command and control system for Poland’s Narew short-range air defence programme. This is in addition to phase two of the Wisła medium-range air defence programme.
Prior to the LOA signed in February, Northrop Grumman and Poland’s MND signed an offset agreement enhancing Polish defence capabilities through Northrop Grumman technology transfers. These transfers are designed to help Polish industry to manufacture, integrate and test IBCS’ critical defence technologies.
Related Equipment in Defence Insight
More from Land Warfare
-
K9 rolls on as Egypt unveils systems, Australia fires and Vietnam and Norway place orders
Hanwha Aerospace’s tracked K9 Thunder 155mm/52-calibre self-propelled howitzer has had notable success in the market over the past few years in Europe and Asia, with Poland alone ordering 316 systems.
-
Unlocking the potential of Light Forces in modern warfare (Studio)
The Ukraine conflict has highlighted the strategic importance of “Light Forces” – rapidly deployable dispersed units, able to conduct an expanding range of mission sets. What technologies and equipment are needed to ensure their success in combat?
-
Western Europe is looking to refresh its APC/IFV fleets with potential $41 billion spend
As militaries across Western Europe continue to modernise their capabilities, there are some major potential opportunities in the requirement for armoured personnel carriers and infantry fighting vehicles.
-
US Army orders more upgraded Bradleys as transformation threatens other programmes
Compared to previous versions of the vehicle, the Bradley M2A4 upgrade includes an uprated suspension, a more powerful engine, an independent commander’s sight, a more capable electronic architecture and improved networking capabilities.
-
De-Risking the Future: Manufacturing Certainty for Unmanned Systems
How strategic manufacturing partnership solves the industrialisation triad — Scale, Compliance and Cost — for hyper-growth defence tech innovators.
-
Battlefield mobility, made in the UK
How does Britain ensure that we can preserve the lives of our soldiers and allies – now and in the future – with homegrown innovation and resilient domestic manufacturing? At Pearson Engineering, we are proud to be a central part of the answer to this increasingly important question.