What will next-generation mortars look like?
Tomorrow’s mortar systems are expected to be more deployable and survivable. (Photo: US Army)
Future mortars will offer improved mobility and range, along with advanced guided capacities, as the speed of war continues to increase.
The war in Ukraine has been showing the relevance of ground capabilities as it drives the defence industry and armies worldwide towards investing in upgrading current mortars.
To provide better organic indirect fire support to manoeuvre land units, the next-generation of mortar systems are expected to offer improved mobility and range, as well as advanced guided capacities that use GPS and laser.
Future mortars will also be more deployable and survivable in addition to being able to better avoid adversarial close combat counterfire. The deployment of advanced ammunition will play a relevant role in such a scenario as tomorrow’s rounds will be
Already have an account? Log in
Want to keep reading this article?
More from Land Warfare
-
![World Defense Show 2026: Large vehicles and counter-drone systems take the limelight]()
World Defense Show 2026: Large vehicles and counter-drone systems take the limelight
Visitors who attended the first World Defense Show four years ago continue to speak of the difficulties they faced with poor facilities and power problems. This year’s event emphasised its status as one of the major defence expositions and as a place where regional players and those less welcome at other shows could take centre stage.
-
![MKJ Warrior Series — The Nett Warrior Qualified Connector for Today’s Soldier Systems]()
MKJ Warrior Series — The Nett Warrior Qualified Connector for Today’s Soldier Systems
ITT Cannon’s MKJ Warrior connectors are designed for the harshest environments, delivering mission critical comms, navigation and USB data/power.
-
![Active vehicle protection comes to the forefront as Trophy and Iron Fist secure contracts]()
Active vehicle protection comes to the forefront as Trophy and Iron Fist secure contracts
Experience on the battlefield is accelerating the adoption of active protection systems as technologies continue to evolve to reflect shifting global defence needs.
