At the DSEI 2025 defense exhibition in London, Rheinmetall unveiled a new configuration of its Skyranger 30 short-range air defense (SHORAD) system mounted on the Lynx KF41 infantry fighting vehicle (IFV) chassis. This marks a significant evolution in mobile counter-unmanned aerial systems (C-UAS) and very short-range air defense (VSHORAD) capabilities for mechanized forces operating in high-threat environments.
Skyranger 30: A Modular SHORAD/C-UAS Turret
The Skyranger 30 is Rheinmetall’s latest air defense turret designed to counter drones, loitering munitions, and low-flying aircraft. It features a fully stabilized Oerlikon KCE revolver cannon chambered in NATO-standard 30×173 mm ammunition. The system supports programmable airburst munitions (AHEAD), providing enhanced lethality against small aerial targets with minimal collateral damage.
Key features of the Skyranger 30 turret include:
- 360° radar coverage using AESA technology for target detection and tracking
- Electro-optical/infrared (EO/IR) sensor suite for target identification and engagement
- Integrated fire control system with automatic target tracking
- Optional integration of surface-to-air missiles such as Stinger or Mistral
- Compact form factor suitable for medium-weight platforms
The turret can be operated remotely or manually and is compatible with multiple vehicle types. Previously demonstrated on Boxer and HX trucks, this is the first public appearance of Skyranger mounted on the tracked Lynx platform.
Lynx KF41 as a SHORAD Carrier Platform
The Lynx KF41 IFV—developed by Rheinmetall as a modular tracked combat vehicle—offers high mobility, protection levels exceeding STANAG Level 6 in some configurations, and digital architecture suited for future upgrades. Its payload capacity allows integration of heavy mission modules like the Skyranger without compromising mobility or crew survivability.
This combination provides several operational advantages:
- Mobility parity: The SHORAD system can keep pace with armored formations across varied terrain.
- Crew protection: The armored hull protects operators from artillery fragments and small arms fire during engagements.
- Power and cooling: Sufficient onboard power generation supports radar/sensor operation without external generators.
- C4ISR integration: Digital backbone enables seamless connection to NATO-standard battle management systems via interfaces like Link-16 or national equivalents.
The integration reflects growing demand for maneuverable air defense assets that can accompany frontline units rather than operate from static positions vulnerable to saturation attacks or drone swarms.
Tactical Rationale: Countering Drone Saturation Threats
The proliferation of Group I–III drones—including quadcopters used by non-state actors and loitering munitions fielded by peer adversaries—has outpaced traditional ground-based air defenses. Systems like NASAMS or Patriot are overkill for such threats due to cost-per-shot inefficiencies and limited magazine depth.
The Skyranger’s rapid-fire cannon and programmable ammunition offer an affordable kinetic solution against small UAS at ranges up to ~3 km. Its radar/EO suite enables autonomous detection even under GNSS-denied conditions—a critical feature given increasing use of jamming/spoofing tactics. Moreover, its ability to integrate short-range missiles adds layered defense capability against faster targets like cruise missiles or helicopters.
This aligns with NATO’s evolving VSHORAD doctrine emphasizing distributed sensors/shooters over centralized batteries vulnerable to first-strike suppression. Germany’s Bundeswehr has already expressed interest in mobile SHORAD platforms as part of its Luftverteidigungskonzept (air defense concept), though no formal procurement decision has been announced yet regarding this specific variant.
DSEI Debut Reflects Broader Rheinmetall Strategy
The unveiling at DSEI underscores Rheinmetall’s push to position itself as Europe’s leading provider of integrated land-based air defense solutions. In addition to the Skyranger family (which includes both 35 mm and missile-only variants), the company is developing high-energy laser modules compatible with similar turrets under its “Future Air Defence” roadmap.
This particular configuration—the Skyranger 30 on Lynx—is aimed at export markets seeking mobile C-UAS capabilities without investing in bespoke platforms. Australia’s LAND 400 Phase 3 program selected the Lynx KF41 as one of two finalists before ultimately choosing Hanwha’s Redback; however, other nations including Hungary have already procured variants of the Lynx platform that could accommodate this turret retroactively or via upgrade paths.
Outlook: From Concept to Fielding?
No formal customer has been announced yet for this specific configuration. However, given NATO-wide efforts to close SHORAD gaps exposed during recent conflicts—including Ukraine’s extensive use of FPV drones—it is likely that interest will grow among alliance members seeking organic anti-drone capabilities within maneuver brigades.
If adopted into service by Germany or export customers, this variant could complement existing systems like IRIS-T SLM/NASAMS by covering lower-tier threats within multi-layered IADS architectures. Future iterations may also integrate directed energy weapons once power density challenges are resolved at vehicle scale—a direction hinted at by Rheinmetall engineers during closed briefings at DSEI according to industry sources.
