Vilkha missile system completes testing
The Ukraine-built Vilkha missile system has completed final testing, Ukroboronprom announced on 25 April.
The missile has been under development for the Ukraine Army for two years. This final testing clears the way for mass production to commence this year.
According to the company, the missile is significantly more precise than the Soviet-era multiple launch systems currently in service with the Ukraine armed forces.
The fire tests in the Kherson region were witnessed by President of Ukraine Petro Poroshenko. He commented: ‘Why is it so important? Not only because the Ukrainian Army will finally get a high-precision weaponry that will substantially increase the efficiency of the Artillery Fire Unit (AFU), but also because the Vilkha missile is fully made of Ukrainian details. Nobody can hinder us in producing this high-precision weaponry.
‘We are convinced that such steps increase our efficiency significantly and our partners, including those from NATO, can firmly count on the AFU’s strength. Just as we count on our partners.’
More from Land Warfare
-
Australia invests $1.4 billion in additional AMRAAM buy
Some of the missiles ordered can be used on the F/A-18F Super Hornet, EA-18G Growler and the F35-A Lightning.
-
Armies turn to armour and self-defence as support vehicles near the frontline
Combat losses of support and logistics vehicles in recent conflicts have highlighted the need for greater protection and even self-defence capabilities. What options are available to turn a basic truck into a survivor on the battlefield?
-
German Army to receive third-generation Dingo protected patrol vehicles this year
More than 1,200 Dingo 1 and Dingo 2 models have been built and deployed by some 10 countries. The latest Dingo 3 pulls through from user inputs and, like earlier versions, is also based on a UNIMOG chassis.
-
Hungary’s Gamma Technical expands vehicle range
The company’s new variants of 4×6 and 6×6 vehicles are designed to be modular for a greater variety of missions and also flexibility at a subsystem level, for example transmission and engine.
-
US Army seeks nearly $900 million to accelerate development and acquisition of CUAS capabilities
The branch plans to speed up the building and procurement of kinetic and non-kinetic systems for fixed, semi-fixed and on-the-move operations.
-
Large 10×10 vehicles go in search of a role
Wheeled vehicles ranging in size from 4×4 to 8×8 provide high-speed at a good level of mobility compared to tracked. However, tracked can be larger and have a higher level of mobility in marginal terrain with a smaller turning circle. What are the possibilities for a 10×10?