Funding
Funding not disclosed
Founders
Product
Problem
Defense and industrial platforms require materials that can provide superior protection, energy delivery, and operator survivability while meeting stringent weight, durability, and performance standards. Existing solutions often involve heavy, bulky armor and limited integration of advanced composites, leading to reduced mobility and effectiveness in demanding environments.
Solution
Mjolner engineers advanced material systems—including high‑performance alloys, bulk‑metal glasses, functionally graded composites, and engineered architectures—and translates them into ready‑to‑deploy solutions for land, naval, and aviation platforms. Their next‑generation armor delivers STANAG 4569 L4+ protection at significantly reduced areal density, enabling lighter vehicles without compromising survivability. Energetic munitions are mission‑tuned and compatible with legacy platforms, providing integrated target effects and structural energetic capabilities. The company also offers a wearable survivability suite that combines body armor, protective helmets, thermal regulation, IR‑signature reduction, and biometric optics to enhance operator endurance and situational awareness on the battlefield.
Target Audience
Primary customers are defense manufacturers and integrators of land vehicles, naval vessels, and aircraft, as well as military procurement agencies seeking advanced armor, energetic munitions, and wearable protection systems for personnel.
Features
- High‑strength, low‑weight armor materials achieving STANAG 4569 L4+ protection with up to 56% weight reduction
- Functionally graded and bulk‑metal glass composites that provide tailored defeat mechanisms for land, naval, and aviation applications
- Mission‑specific energetic munitions with legacy upgrade paths and integrated target‑effect designs for hard targets, bunkers, and UAS
- Wearable survivability suite including modular body armor, protective helmets, active thermal regulation, IR‑signature reduction, and integrated optics/biometrics
- Engineered material architectures that enable rapid scaling from prototype to full‑production within months