New Taiwan vehicle mortar
Taiwan’s state-owned defence sector is developing a new mortar system for mounting on its armoured vehicles.
It will be an interchangeable 81mm and 120mm mortar system that will fit on the Cloud Leopard family of 8x8 armoured vehicles.
The Materiel Production Centre (MPC) displayed a prototype of the Advanced Mobile Mortar System installed within an armoured vehicle at the Taipei Aerospace & Defence Technology Exhibition (TADTE) held from 13-16 August.
The concept is to install either 81mm or 120mm barrels on the base of the Advanced Mobile Mortar System. It uses an electro-servo mechanism permitting an elevation range from 45°-85°, and
Our news & analysis is now part of Defence Insight®
A Basic-level or higher Defence Insight subscription is now required to view this content.
More from Land Warfare
-
Billion-dollar Belgium deal for NASAMS creates multinational air defence system
The National Advanced Surface-to-Air Missile System (NASAMS) is in service on five continents with more than 120 platforms delivered. The system will now form part of Belgium’s Blue Dome air defence system alongside new orders for Skyranger air defence and Thales radar systems.
-
Clearer military requirements could unlock UGV market growth
Western armies continue to test uncrewed ground vehicles, but wider procurement will depend on turning ambitions for autonomy into defined operational roles and funded requirements.
-
Can NATO’s CUAS marketplace turn urgent demand into deliveries?
Framework contracts and leasing options aim to shorten acquisition timelines, while manufacturing partnerships could help suppliers scale production to meet allied demand.
-
A medium UGV market emerges as the US weighs up its options
The US is pursuing multiple UGV programmes, from commercial robotic platforms to new autonomy technologies. The combination of these efforts could prove key to turning ambition into operational capability.
-
NATO looks for answers to overcome standards hurdles and improve procurement
NATO is looking to artificial intelligence to provide integration between different C2 systems to create a common operational picture, potentially offering a faster route to interoperability than the slow-moving processes of NATO standards committees.