Hundreds of Boxers with Puma turrets ordered for Dutch and German forces
Boxer has been ordered by five European countries. (Photo: OCCAR)
The order is for 270 vehicles, 222 of which are infantry fighting vehicles (IFVs) known as Schakal (Jackal), which integrates the advanced Puma IFV RCT30 turret onto the Boxer chassis.
Europe’s defence procurement agency, Organisation Conjointe de Coopération en Matière d’Armement (OCCAR), has ordered 222 Schakal IFVs for the German and Dutch armies as well as a further 48 vehicles based on the same Boxer 8×8 platform.
The contract was awarded to Artec, a consortium of KNDS Deutschland and Rheinmetall, and is valued at €3.41 billion (US$3.96) for the Jackal vehicles, of which 150 will go to Germany and 72 to the Netherlands.
A further €1 billion is being committed to driver training vehicles and ambulance Boxer variants for Germany, including upgraded C4I and visual systems. The contract also upgrades
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
-
![Eurosatory 2026: MARSS and parent company EOS expand air defence capability]()
Eurosatory 2026: MARSS and parent company EOS expand air defence capability
MARSS became part of EOS Defence earlier this year, bringing together the former’s C2 NiDAR and Nation Shield air defence products with the latter’s suite of effectors and sensors.
-
![Is motorisation set to be the next evolution of towed artillery?]()
Is motorisation set to be the next evolution of towed artillery?
Artillery remains a key tool on the modern battlefield. Artillery platforms, however, are increasingly at risk from enemy fire, whether from other artillery or uncrewed …
-
![Eurosatory 2026: GDELS and Thales combine proven tech to create reduced-risk CUAS]()
Eurosatory 2026: GDELS and Thales combine proven tech to create reduced-risk CUAS
Both Thales and GDELS shone a spotlight on their uncrewed and counter-drone efforts at Eurosatory 2026, highlighting the integration of mature technologies with stable C2 systems that are open to agnostic additions and expansion.
