Protek Selected By Dutch Armed Forces

May 2, 2026

TEK Military Seating is proud to announce that its advanced ProTEK seating systems have been selected for a major new contract supporting the Dutch Armed Forces. The agreement will see ProTEK supply over 4,000 military-grade seats for approximately 1,200 IDV 12kN vehicles, marking a significant milestone for the company in the European defence sector.

The IDV 12kN vehicle named “Manticore” by the Dutch Armed Forces—is a next-generation Medium Tactical Vehicle (MTV) designed to deliver exceptional mobility, protection, and modularity. Built on a 4×4 platform, the Manticore is engineered for high-performance operations across diverse and demanding terrains.

IDV’s Multirole Tactical Vehicle platform combines advanced off-road capability with outstanding payload capacity, modular configurations, and integrated protection systems. Available in multiple variants—including Hard Top, Pick-up, Casualty Transport, Personnel Transport, and Command Post—the vehicle is designed to meet the operational needs of a wide range of military users, including Army, Navy, Air Force, Marines, and Military Police units.

ProTEK seating systems are engineered to enhance occupant safety and comfort in high-threat environments, providing critical blast attenuation and ergonomic support for personnel operating in challenging conditions. This contract underscores TEK Military Seating’s commitment to delivering innovative survivability solutions tailored to modern military requirements.

IDV, continues to lead in the development of specialist logistics, protected, and armoured vehicles for defence applications worldwide. More information about IDV and its product portfolio is available at www.idvgroup.com.

About TEK Military Seating
TEK Military Seating is a leading provider of advanced seating solutions designed for military, commercial and security applications. With a focus on safety, performance, and innovation, TEK delivers cutting-edge systems that protect personnel and enhance mission effectiveness in the most demanding environments.