Rheinmetall Begins Production of Lynx Infantry Fighting Vehicles in Ukraine, Expands Local Manufacturing Capabilities

Rheinmetall’s expansion into Ukraine marks a significant shift in both the defense and production landscape for the country. Known for its robust combat technology, the German defense giant has set up its first factory on Ukrainian soil, with a second facility nearing completion. This development means more than just manufacturing; it’s a strategic move designed to reinforce Ukraine’s military infrastructure amid ongoing challenges. Rheinmetall’s CEO, Armin Papperger, shared these updates in an interview with TSN, affirming the company’s commitment to supporting Ukraine’s defense industry with cutting-edge technology and local production capability.

The Lynx Infantry Fighting Vehicle (IFV) is at the center of this venture. First introduced in 2016, this vehicle has gained a reputation for durability, adaptability, and superior protection. With production now localized in Ukraine, Rheinmetall aims to deliver the first batch of Lynx IFVs by the end of the year. Additionally, the company is considering further expansion to include munitions production and a specialized facility for gunpowder manufacturing, enhancing Ukraine’s self-sufficiency in defense equipment.

The Lynx: A Modular Powerhouse in Modern Combat

The Lynx IFV comes in two main configurations, each designed for different operational needs. The lighter KF31 model weighs around 38 tons, powered by a 755-horsepower engine that allows it to reach a speed of up to 65 km/h. The larger KF41 model, on the other hand, is more robust at 50 tons with a powerful 1,140-horsepower engine, reaching speeds up to 70 km/h. Both models are equipped with modular components, meaning they can be configured for various missions and roles, from frontline combat to reconnaissance and support operations.

The design of the Lynx prioritizes flexibility without compromising protection. Its armor is crafted from ballistic steel and reinforced with a dual-hull system, effectively absorbing the impact of blasts. The Lynx’s armor can withstand armor-piercing rounds up to 25 mm in diameter at distances of 500 meters, and its advanced hull design is built to withstand explosions equivalent to 10 kg of TNT. These protection levels can be further enhanced with modular add-ons, including ceramic plates and an optional Active Protection System (APS) to counteract anti-tank threats.

Engineered for Crew Safety

One of the standout aspects of the Lynx IFV is its emphasis on crew safety. The design thoughtfully separates the ammunition storage from the crew compartment, reducing the risk to personnel if the vehicle’s armor is breached. The cabin’s layout ensures that any damaged section doesn’t compromise the safety of the entire crew, allowing troops to operate with added assurance in hazardous environments. The spacious cabin also accommodates additional equipment, giving the Lynx an advantage in versatility and functionality on the battlefield.

Strategic Impact of Local Production

The significance of Rheinmetall’s production facilities in Ukraine extends beyond the immediate delivery of the Lynx IFV. By setting up manufacturing close to where the vehicles will be deployed, Rheinmetall is helping Ukraine maintain and repair its own fleet more effectively. The reduction in supply chain dependency not only accelerates delivery times but also strengthens Ukraine’s ability to manage and deploy essential defense equipment on its own terms.

With plans to extend their facilities to munitions and gunpowder production, Rheinmetall’s investment also speaks to a broader commitment: building a sustainable defense production ecosystem within Ukraine. This localization is poised to benefit Ukraine’s military readiness, ensuring that essential equipment is always within reach.

The production of Lynx IFVs in Ukraine symbolizes a new chapter in the country's defense capabilities. As Rheinmetall continues its strategic expansion, it is likely that Ukraine’s military will gain even greater operational flexibility, autonomy, and resilience against potential future threats.