Additional enhanced Msta-S howitzers roll off the assembly line
Uraltransmash has produced more 2S19M2 Msta-S self-propelled howitzers for the Russian Ground Forces. (Photo: Russian MoD)
More 2S19M2 Msta-S tracked 152mm self-propelled howitzers (SPHs) left the Uraltransmash assembly line on 31 May for delivery to the Russian Ground Forces.
The SPHs were ordered under the 2019-2021 state defence plan, according to Uraltransmash parent company Rostec.
It did not indicate how many 2S19M2s were in the latest batch.
The 2S19M2 has been produced since 2012 in parallel with an upgrade to the older 2S19M1. The main feature of the 2S19M2 is a 2A64M2 gun to replace the 2A64. The 2A64M2 can sustain a greater rate of fire of up to 10 rounds per minute.
Before the latest announcement, Shephard Defence Insight estimated that 180 2S19M2s had been produced, with procurement expected to continue into the 2020s.
Related Equipment in Defence Insight
More from Land Warfare
-
“Timelines are measured in seconds”: tackling the UAS threat with dispersed defences
Small uncrewed aerial systems (UAS) have transformed the battlespace, posing a complex threat across all domains. Militaries now need counter-UAS (CUAS) capabilities that defeat the danger while meeting demands around readiness, manoeuvrability and adaptability, according to Mike Spina, Director, Global Sales and Business Development for Targeting and Sensor Systems (TSS) at L3Harris Technologies.
-
“No single technology is enough”: why an integrated approach to uncrewed warfare is essential
In Conversation… Ahmet Akyol, CEO of ASELSAN, talks to Shephard’s Gerrard Cowan about how the rapid evolution of uncrewed aerial systems (UAS) is transforming the battlespace, with militaries focused on both deploying these platforms to maximum effect and developing the defensive systems needed to counter them.
-
Lasers heat up for counter-drone option as DroneLight tackles the big question
Using lasers to defeat drones promises to solve the dilemma of using expensive kinetic effects to kill platforms worth a few hundred dollars. While maintaining thermal output to provide the effects can be a technical hurdle, Israel’s Esh-Tech is one company working on a solution.