Full Spectrum Protection (FSP) is a personal load bearing and protection concept which enables the user to adapt through scalability and modularity. We developed the FSP by analyzing the tactical and operational requirements that armed forces and law enforcement agencies face. All the components of FSP, HJELM Helmet System,  THOR Load Bearing, GARM Combat Clothing and SKJOLD Body Armor are designed to integrate seamlessly with each other. As a result, FSP enables the user to remain protected whilst adapting capacity, level of protection and appearance depending on the threat level and environmental conditions.

Helmet System

HJELM combat helmet defines a new paradigm for equipment modularity and electronics integration without the extra weight and bulk of legacy systems. Improved capabilities for mission optimization and situational awareness are complimented by a ballistic shell and liner working to provide the highest level of protection and comfort available today.

Load Bearing System

THOR load bearing equipment offers ultimate functionality and mobility, supported by a versatile, modular solution that can be adjusted to the mission at hand. All materials have been carefully selected to optimise durability, comfort and fire retardancy. We have designed our load bearing system so that it integrates with the GARM clothing and SKJOLD body armor, ensuring the end- user remains effective and protected over long periods of time in all environments.

Body Armor System

SKJOLD offers multiple anti-ballistic components where optimal protection level and protection area can be adapted, according to different threats and environments. From Soft to Hard Ballistic; NFM always aims for the lightest, most comfortable and ergonomic solution.

Combat Clothing System

GARM is an innovative combat clothing system, which incorporates a complete line of combat garments from underwear to outerwear, together comprising the unique layering system. All design aspects of the system have been carefully implemented from end-user feedback with the aim of reducing weight while improving the durability, protection and compressibility of every item.