Rheinmetall Unveils Robotic Ammo Reload for Skyranger
A concept from Rheinmetall Group would swap empty ammunition magazines for full ones using a robotic arm on an 8x8 truck, with the crew remaining inside.
Updated on Nov. 6, 2026 in Robotics
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Rheinmetall Group has unveiled a concept for a new ammunition loading method for its Skyranger 30 anti-aircraft system, replacing empty magazines with fully loaded ones via a robotic arm. The concept was developed in cooperation with Austrian companies Palfinger and Empl.
Why it matters
The concept is intended to cut ammunition reloading time from several dozen minutes to just a few while keeping crew members inside the vehicle, limiting exposure to shrapnel and drone attacks. Germany, the Netherlands, Denmark, Romania and Austria have already acquired the Skyranger 30.
The Skyranger 30 uses a 30 mm Oerlikon KCA revolver cannon with an effective range of 3,000 metres and an S-band AESA radar with a 20 km detection range for aircraft, and the system weighs approximately 2.5 tonnes. No orders for the new loading solution have been placed.
The players
Rheinmetall Group
A German defense and automotive engineering company headquartered in Düsseldorf and a major supplier of military vehicles and ammunition systems.
Palfinger
An Austrian manufacturer of loading cranes and lifting equipment that partnered with Rheinmetall on the loading system.
Empl
An Austrian vehicle and engineering company that partnered with Rheinmetall on the loading system.
The details
A robotic arm mounted on an 8x8 truck removes the empty ammunition magazine and places a fully loaded magazine in its place, with the crew remaining inside the vehicle during the process. The solution is ultimately intended for the Skyranger 35, and the system is expected to eventually eliminate targets using a laser beam.
Timeline
November 6, 2026: Rheinmetall's new loading concept is published.
July 2026: Militär Aktuell reports on the earlier loading system concept.
The Tech Race
The loading concept extends the Skyranger 30, a system already acquired by five European countries, by addressing reload time as a limiting factor in short-range air defense. It positions Rheinmetall's counter-drone and anti-aircraft offerings against rival European defense producers as autonomy and robotics spread through military hardware.
For readers following defense procurement, the concept shows how robotic handling could shorten reload cycles for air defense crews. Its practical value depends on whether governments place orders, since none have been placed so far.
The takeaway
Robotic handling could change how crews sustain air defense in the field by keeping them under armor during reloads. Watch for procurement decisions, as the concept remains unordered.
Further reading
Explore more on Robotics to see how autonomous loading systems are reshaping military hardware.
Source note: This article includes information reported by Defence24.
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