- AMT OVERVIEW
Extending mission life
beyond the atmosphere.
Spacecraft and launch vehicles operating in deep space environments face degradation mechanisms that demand the highest performance from structural and coating materials — extreme thermal shock, MMOD impact, and prolonged radiation exposure, all under strict mass budgets.
Mjolner develops novel low-weight structural materials and coatings designed to extend component life in these environments, reducing refurbishment cycles and supporting mission resilience across sustained deep space operations.
Safeguards propellant tanks, feedlines, and valves from cryogenic cycling, liquid fuel exposure, and hydrogen-induced cracking.
Surface Erosion
Extends life of rocket fairings, and structual joints by resisting ablation, plasma erosion, and gas shear effects.
Micrometeoroid Debris Impact
Shields satellite structures and spacecraft hulls from high-velocity particle strikes and small orbital debris penetration.
Thermal Oxidation
Protects cryogenic tanks, valves, and feedlines from repeated chill–heat cycles and oxidative stress during launch and re-entry.
- BEYOND SUSTAINMENT
Beyond launch vehicle and satellite sustainment, Mjolner's advanced material development programme allows us to engineer solutions for specific deep space requirements. From structural components exposed to prolonged radiation and thermal cycling on long-duration missions, to novel architectures for permanent lunar and Martian surface infrastructure. Lighter, stronger, smarter.