Approved Tech Besk'jalya Beskar Superalloy

[Sahan Dragr]

OUT OF CHARACTER INFORMATION

• Intent: To create a beskar-dominant Mandalorian aerospace superalloy for Iron Covenant starship-scale armor projects.
• Image Source: N/A
• Canon Link: N/A
• Permissions: N/A
• Primary Source: Ve'vut Beskar, Lyadtr Beskar Steel, Beskar, Durasteel, Dura-Armor, Doonium, Inconel

PRODUCTION INFORMATION

• Manufacturer: Sahan Dragr & Kyr'bes Buy'ce
• Affiliation: Sahan Dragr; Kyr'bes Buy'ce; Iron Covenant
• Market Status: Closed-Market
• Model: Besk'jalya Beskar Superalloy
• Modularity: No. The alloy itself is not modular, though it can be forged into hull plates, armor scales, structural members, blast shutters, pressure bulkheads, prow sections, docking collars, reinforced frame members, and other starship-scale components. It can be treated, painted, or finished effectively, and holds applied coloration very well.
• Production: Minor
• Material: Beskar iron, carbon, ciridium, titanium, chromium, nickel, molybdenum, tungsten, cobalt, vanadium, niobium, aurodium, zersium, lommite, neutronium, doonium.

Standard Alloy Composition:​

• 74.00% Beskar Iron
• 1.35% Carbon
• 1.50% Ciridium
• 1.20% Titanium
• 3.50% Chromium
• 8.50% Nickel
• 3.00% Molybdenum
• 4.50% Tungsten
• 0.60% Cobalt
• 0.40% Vanadium
• 0.75% Niobium
• 0.40% Aurodium
• 0.12% Zersium
• 0.08% Lommite
• 0.03% Neutronium
• 0.07% Doonium

SPECIAL FEATURES

• Beskar-Dominant Starship Alloy: Besk'jalya is a true beskar-dominant superalloy, not durasteel with a thin beskar coating. It is designed for ship hulls, armored shutters, pressure bulkheads, and other large-scale armor applications.
• Aerospace Superalloy Design: Nickel, chromium, molybdenum, tungsten, cobalt, vanadium, titanium, and columbium/niobium improve high-temperature performance, fatigue resistance, toughness, hardness, oxidation resistance, and structural stability.
• Energy-Dispersion Trace Matrix: Trace zersium, lommite, neutronium, and doonium inclusions help distribute blaster, thermal, and impact energy through the armor matrix instead of allowing it to concentrate at a single point.
• Ciridium-Stabilized Beskar Matrix: Ciridium helps stabilize the beskar-dominant structure during forging, allowing the alloy to be cast, rolled, layered, and worked into large ship-scale sections.
• Gold-Toned Mandalorian Finish: Aurodium trace content and surface treatment give the alloy a warm gold-silver tone suitable for Sahan Dragr's preferred armor and ship aesthetic.
• Ship-Scale Forging: Besk'jalya is formulated for large armored plates and starship-scale components rather than personal armor alone.

STRENGTHS

• Beskar-Dominant: Besk'jalya retains the famous resilience of beskar while adapting it for starship-scale armor. It offers excellent resistance to blasters, lightsabers, heat, kinetic trauma, and battlefield punishment.
• Extreme Thermal Stability: The nickel-chromium-molybdenum-tungsten alloy structure gives Besk'jalya excellent resistance to heat, re-entry stress, plasma wash, engine exposure, and prolonged thermal loading.
• Aerospace Strength: The alloy is engineered for the stresses of starship construction, including pressure cycling, maneuvering stress, hull vibration, weapons impact, atmospheric entry, and repeated combat strain.
• Energy Dissipation: Trace zersium, lommite, neutronium, and doonium inclusions help disperse blaster, thermal, and impact energy through the armor matrix, reducing localized burn-through or fracture risk.
• Corrosion and Oxidation Resistant: Chromium, nickel, titanium, and molybdenum give the alloy strong resistance to corrosion, oxidation, and environmental degradation.
• Made for Big Ships: Unlike many beskar alloys intended primarily for armor or weapons, Besk'jalya is designed to be forged into large starship hull sections, armored shutters, docking collars, bulkheads, and reinforced frame components.

WEAKNESSES

• Heavy: Even optimized for starship use, Besk'jalya is still a dense beskar superalloy containing tungsten, nickel, and other heavy strengthening elements. Ships using large amounts of it require powerful engines, reinforced structures, and serious maintenance infrastructure.
• Difficult to Forge: Besk'jalya requires Mandalorian metallurgical expertise, specialized furnaces, precise temperature control, strict impurity management, and careful cooling cycles. Poorly forged batches can become weaker, heavier, brittle, or prone to stress flaws.
• Expensive and Controlled: The alloy consumes large amounts of beskar and several specialized metals. While it can be produced in faction-level forge batches for authorized Iron Covenant projects, it is not practical for unrestricted mass production, casual repairs, or open-market sale.
• Sonic and Vibration Weakness: The rigid, high-density matrix can be vulnerable to specialized sonic, vibration, or resonance attacks, especially along weld lines, seams, damaged plates, or pre-existing stress fractures.
• Poor Disruptor Resistance: Besk'jalya resists heat, impact, and directed energy well, but matter-disrupting weapons remain especially dangerous.
• Conductive Metal: Besk'jalya is still a metal alloy. It does not inherently protect internal electronics from ion, EMP, or slicing attacks without additional coatings, insulation, shielding, or system hardening.
• Repair Burden: Field repairs are difficult. Damaged Besk'jalya sections usually require proper forge equipment, replacement plates, precision welding, or specialized Mandalorian repair techniques.

DESCRIPTION

Besk'jalya Beskar Superalloy was developed as a starship-grade Mandalorian armor metal for the Iron Covenant. While inspired by earlier Mandalorian beskar alloys such as Ve'vut Beskar and Lyadtr Beskar Steel, Besk'jalya is its own alloy, formulated specifically for large-scale hull sections, armor plating, docking collars, blast shutters, reinforced frame members, and other starship applications.

The alloy begins with a beskar-dominant base, using beskar iron as the overwhelming majority of the composition. Carbon transforms the matrix into a high-carbon Mandalorian ship steel, while ciridium stabilizes the alloy during forging and helps bind the beskar-heavy structure into large, workable sections. Titanium improves strength-to-weight behavior, while nickel, chromium, molybdenum, tungsten, cobalt, vanadium, and niobium give the material an aerospace-superalloy profile: heat tolerance, fatigue resistance, oxidation resistance, toughness, hardness, and structural stability under repeated stress.

Small trace additions of zersium, lommite, neutronium, and doonium create an energy-dispersion matrix inspired by durable starship armor traditions. These inclusions are not present in large enough amounts to dominate the alloy, but they help spread blaster, thermal, and impact energy through the surrounding armor instead of allowing all of that punishment to concentrate in one tiny area. Aurodium gives the alloy a warm gold tone and supports Sahan's preferred Mandalorian aesthetic and extra thermal protection.

Besk'jalya is intended to be extremely tough, especially against heat, blasters, lightsaber-scale cutting, kinetic impacts, atmospheric stress, and general starship combat damage. It is the kind of alloy used when a vessel is meant to live up to the name Ironclad. However, it is not indestructible. The alloy is heavy, expensive, difficult to forge, hard to repair, and vulnerable to specialized threats such as disruptors, sonic resonance weapons, repeated concentrated fire, damaged seams, and prolonged cutting attempts. Its strength comes not from being unbeatable, but from being a carefully engineered Mandalorian aerospace superalloy designed to survive punishment far beyond ordinary hull metals.

 

[Darth Prazutis]

Under Review.

 

[Darth Prazutis]

Sahan Dragr

Looks good. Approved.