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Rheinmetall Completes Initial Firing Tests of Skyranger 35 Mobile Air Defense System.

 Rheinmetall has made significant strides with its Skyranger 35 air defense system by successfully conducting initial firing tests, mounted on a Leopard 2 tank chassis. This development was reported on September 20, 2024, by the "OSINTtechnical" account on X (formerly Twitter). During the tests, the Skyranger 35 was observed firing 35mm shells at a proving ground, marking a crucial milestone for Rheinmetall in creating a cost-effective self-propelled anti-aircraft gun (SPAAG).

The Skyranger 35 system is designed to provide highly mobile air defense against a wide range of aerial threats, including drones, helicopters, and low-flying aircraft. By mounting it on the Leopard 2 chassis, Rheinmetall aims to enhance both the mobility and operational flexibility of the system while maintaining affordability. The Leopard 2, though an older tank platform, remains highly reliable and robust, making it an optimal choice for such modifications. The widespread availability of Leopard 2 tanks allows countries with existing fleets to improve their air defense capabilities without needing to invest in completely new platforms.

Equipped with a 35mm Oerlikon Revolver Cannon, the Skyranger 35 can achieve a firing rate of up to 1,000 rounds per minute in its nominal mode, and a rapid single-shot mode of 200 rounds per minute. It boasts an effective range of up to 4,000 meters, capable of engaging small aerial targets such as drones with exceptional precision, even in loitering or diving attack situations.

 One of the standout features of the Skyranger 35 is its advanced targeting and detection systems. The system is equipped with a 360-degree AESA search radar and a Ku-band tracking radar. These sensors are paired with a fully stabilized electro-optical sensor unit, ensuring the accurate detection and tracking of fast-moving, agile targets. When used with Oerlikon Ahead air-burst ammunition, the Skyranger 35 is highly effective against drone swarms and other small unmanned aerial vehicles. The system's 252 rounds of ready-to-fire ammunition provide sustained firepower and rapid response capability in dynamic combat scenarios.

The tests demonstrated the system’s accuracy and ability to engage aerial targets. Its 35mm revolver gun can fire at a rapid pace, and the integration of advanced targeting technology further enhances its effectiveness. The use of Ahead airburst rounds allows the system to disperse sub-projectiles, neutralizing fast-moving aerial threats with precision.

 Rheinmetall's decision to mount the Skyranger 35 on an existing platform like Leopard 2 reflects a strategic focus on cost-effective solutions. This approach not only reduces production and maintenance costs but also offers scalable options for militaries seeking to upgrade their air defense systems. The success of these tests underlines Rheinmetall’s commitment to addressing the evolving landscape of aerial threats, particularly with the increasing use of unmanned aerial vehicles (UAVs) in modern warfare.

As the development of the Skyranger 35 progresses, the system is expected to reach full operational deployment in the near future. Countries looking to modernize their air defense systems efficiently and economically may see this as an attractive option. With aerial threats growing more sophisticated, the need for versatile and responsive air defense solutions like the Skyranger 35 becomes even more pressing.

 Rheinmetall AG, a company with more than a century of experience in the defense industry, continues to be a leading innovator in response to modern military challenges. Specializing in automotive and defense technologies, Rheinmetall has been instrumental in developing state-of-the-art military equipment, including armored vehicles, weapons systems, and ammunition. This latest advancement with the Skyranger 35 adds to their extensive portfolio and positions Rheinmetall as a key player in providing integrated defense solutions to meet the needs of armed forces worldwide.

 

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