Romania looks to buy the Puma IFV as Agilis project alternative
Romania is considering the procurement of up to 173 Puma IFVs as an alternative of the project for co-developing and co-producing the Agilis family of wheeled combat vehicles together with Germany’s Rheinmetall.
This was revealed by the Romanian defence minister, Gabriel Leş, during a press-conference held in Bucharest in April 2019. In addition, he claimed that the Romanian military needs both 8x8 amphibious combat vehicles. The final procurement decision, according to him, has not been taken yet.
Prior to the Leş press-conference, local press leaked correspondence between Rheinmetall and the Romanian MoD, showing that the parties have reportedly failed to
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
-
Dominating the spectrum: ASELSAN’s EW capabilities take center stage at MSPO 2026
ASELSAN is showcasing its advanced electronic warfare (EW) capabilities at MSPO 2026, highlighting technologies designed to detect, analyse, disrupt and deceive threats across increasingly contested electromagnetic environments.
-
US Army set to receive first ISV-U-mounted Scorpion Light mortar
Global Military Products will begin deliveries next week under a US$12.9 million agreement covering digitally enabled 81mm mortar systems, vehicle integration and army fire-control technology.
-
US Army reaches out to industry for M109 replacement in a deal worth up to $8 billion
The US has tried several times to replace the M109 Paladin self-propelled howitzer, a requirement which Shephard forecasts could be for as many as 670 platforms and worth as much as US$8 billion.
-
“Creating a decision advantage”: how C-UAS is evolving to reduce the operator burden
In Conversation… Speaking to Shephard’s Gerrard Cowan, Dr Brian Shand, Director – Advanced Concepts & Technology at L3Harris, explains how, as operators face growing numbers of low-cost drones, C-UAS providers must focus on reducing operator workload, transforming fragmented sensor data into effective decision-making.