ENGINEERING

A major engineering challenge was designing a compact, low-profile turret with a sophisticated ammunition storage and feeding system while achieving high weapon elevation and reliable remote operation. The system was successfully integrated onto an 8×8 light tactical armoured UGV, combining mobility with advanced combat capabilities. Advanced CAD engineering, FEM analysis, precision manufacturing, and extensive live-fire validation were applied throughout the development process.

The completed system was successfully validated during firing trials in Slovenia on the Patria 8×8 platform, confirming its performance and reliability. This project further demonstrated Valhalla's expertise in advanced remotely operated weapon systems and strengthened our position as a trusted partner for next-generation combat vehicle integration.

Valhalla was responsible for the mechanical engineering, turret design, structural development, manufacturing, and integration support throughout the project. A key engineering challenge was achieving a lightweight yet highly rigid structure while ensuring reliable ammunition handling and seamless integration of other turret components.

The project was successfully completed for Leonardo, meeting the customer's engineering and system integration requirements to the highest standards. The project further strengthened our expertise in lightweight turret development and complex defence system integration.

Valhalla was responsible for the mechanical design, manufacturing, and successful integration of the electronic systems and software within the new turret architecture. The development included a redesigned turret concept with the integration of the KCE cradle, providing an optimized foundation for the weapon system. A key engineering challenge was achieving the manufacturing precision and structural quality required to withstand extensive live-fire testing and dynamic vehicle trials while maintaining exceptional accuracy and reliability. Advanced CAD engineering, FEM analysis, precision manufacturing, and comprehensive prototype validation ensured the platform met the highest performance standards.

The completed Mk2 system was successfully delivered to Rheinmetall, contributing to the continued growth and production of the Skyranger program. This project further strengthened Valhalla's position as a trusted engineering partner for advanced air defence systems.

The objective was to create a remote-controlled DefendAir missile launcher equipped with optical sensors, radar systems, and an auxiliary weapon station for close-range self-protection. Valhalla was responsible for the mechanical design, structural development, FEM analysis, manufacturing, and integration of the MBDA DefendAir missile system. A major engineering challenge was developing a rigid launcher platform capable of maintaining precise missile guidance while meeting demanding structural and operational requirements. Advanced CAD engineering, FEM simulations, precision manufacturing, and system integration formed the foundation of the development process.

The completed system was successfully presented at the ILA exhibition, demonstrating the platform's capabilities and engineering maturity. As Valhalla's first project with MBDA, it established a successful partnership and opened the door to future collaboration on advanced air defence solutions. The project further strengthened our expertise in missile integration and reinforced our position as a trusted engineering partner for next-generation defence systems.

Valhalla was responsible for the complete development of the turret, including mechanical, electrical, and software engineering, as well as manufacturing and system integration. A key innovation was the development of a recoil absorption system that enabled the successful integration of the BK27 revolver cannon onto a land vehicle for the first time, as the weapon had previously been used only in naval and airborne applications. The greatest engineering challenge was achieving strict height and weight requirements while effectively managing recoil forces and maintaining system accuracy. Advanced design, CAD engineering, FEM analysis, precision manufacturing, and prototype validation were used throughout the development process.

The project was led by IABG and brought together the expertise of several leading defence companies. The turret was successfully integrated onto a vehicle manufactured by ACS, while the tracked undercarriage was supplied by FFG, demonstrating seamless cooperation between all project partners. This successful collaboration established a strong relationship with the German customer and created new opportunities for Valhalla to participate in future defence programmes across Germany.

Valhalla was responsible for the engineering, design, and manufacturing of the complete turret structure, including the chassis, cradle mount, and all supporting mechanical systems required to integrate the customer's armament and sensors. A key engineering challenge was developing an extremely rigid and stable platform capable of maintaining precision under dynamic firing conditions. The project combined advanced CAD engineering, FEM structural analysis, precision manufacturing, and prototype validation to achieve the required performance.

The successful completion and validation of the first prototype demonstrated the reliability of the design and confirmed its operational capabilities. It marked an important milestone in establishing a presence in the Central European market and further positioned Valhalla Turrets as an engineering partner for advanced air defence platforms, creating opportunities for future cooperation in this rapidly evolving sector.

The development included the turret structure, weapon mounting system, and an active hydraulic levelling base that ensures stability during operation. One of the greatest engineering challenges was integrating a 57 mm cannon while managing its extreme recoil forces through a rigid chassis and a hydraulically compensated support system. The project combined advanced CAD design, structural FEM analysis, precision manufacturing, rapid prototyping, and comprehensive validation testing to achieve the required performance.

Through close cooperation with the customer, the system was successfully developed and validated to meet demanding operational requirements. The successful completion of this project in the United Arab Emirates has opened the door to new opportunities across the Middle East and strengthened our reputation as a trusted engineering partner. It stands as a testament to Valhalla's ability to deliver complex, high-performance defence solutions and provides a strong foundation for future regional collaboration.