护甲

This page was last verified for Vintage Story version 1.20.12.

Armor is used to reduce the damage players receive during combat. The choice of material affects not only protection but also debuffs to things like movement speed or hunger rate. Unlike tools, armor can be repaired.

Obtaining

All armor can be crafted with the crafting grid. There are 4 types of non-metallic armor: Improvised, Lamellar (Wood), Leather and Gambeson which do not require any metallic component. Lamellar metal armor, is made by pouring molten metal into lamellar molds from metals molten in a crucible , such as copper or bronze. The other 4 metal armors are: Brigandine, Chain, Scale and Plate. These require components like mail or plates made by forging .

Basic Armor Mechanics

The purpose of armor is protection. However, the armor model in Vintage Story is somewhat complex, with armor and damage tiers, percent and flat damage reduction, and percent and flat damage loss by tier.

• Armor does not protect players from damage taken outside of combat, i.e. from falling, starving or poisoning.
• A full suit of armor includes three equipped components: Head, Body and Legs.

When a combat attack on a player occurs

1. The armor slot receiving the damage is selected. Each slot has a different chance to be selected (head = 20%, body = 50%, legs = 30%.) If the player has not equipped armor in the slot selected for damage, then the player receives full damage.
2. Armor tier and weapon/attack damage tier are compared. The higher the attack tier is relative to the armor tier, the more damage is dealt, especially if the attack tier is higher than the armor tier. If the armor has high tier damage resistance, then the effects of an attack being a higher tier than the armor are reduced by half.
3. Damage is calculated. Flat damage reduction is applied first. Then, percent protection is applied to further reduce the remaining damage.

Protection

It is important to understand how armor values function. Each type of armor (Improvised, Gambeson, Chain, Plate) have base stat modifiers. A full set of iron plate slows you down just as much as a full set of copper plate, but iron armor has more durability so it lasts longer than copper armor. Secondly, iron is "more protective" because a metal of a higher tier has a higher "Flat Damage Reduction" and a higher "Percent Protection". Also, armor constructed from higher tier materials protects more effectively against powerful attacks from higher tier weapons. Generally, higher tier metals make more protective/durable armor: iron is more durable and affords more damage reduction when compared to black bronze , which is more durable and protective than copper. Armor is an investment in resources, but the cost of materials returns value to the player.

Types of Armor

Wood

Image	Type	Upsides	Downsides (per piece)	Source
	Improvised body armor	Percent Protection: 55% Protection tier: 0 Durability: 75	None	Wood + Grass
	Lamellar armor	Percent Protection: 65% Protection tier: 0 Flat damage reduction: 0.5 Durability: 200	Healing rate: -10% Hunger rate: +8% Range Accuracy: -3% Range Charge Time: +7% Movement Speed: -3%	Pelt, Resin, Wood

Hide

Image	Type	Upsides	Downsides (per piece)	Source
	Hide_armor	Percent Protection: 55% Protection tier: 1 Flat damage reduction: 0.5 Durability: 400 Max warmth: 1,5°C	Healing rate: -4% Hunger rate: +2% Range Accuracy: -2% Range Charge Time: +3% Movement Speed: -3%	Rope, bone, bear pelt

Leather

Image	Type	Upsides	Downsides (per piece)	Source
	Leather jerkin	Percent Protection: 40% Protection tier: 1 Flat damage reduction: 0.25 Durability: 250	None	Leather only
	Leather armor	Percent Protection: 60% Protection tier: 1 Flat damage reduction: 0.6 Durability: 700	None	Leather + Twine

Cloth

Image	Type	Upside	Downsides (per piece)	Source
	Gambeson armor	Percent Protection: 70% Protection tier: 2 Flat damage reduction: 0.7 Durability: 900	Healing rate: -17% Hunger rate: +3% Movement Speed: -2%	Linen square
Can be dyed	Tailored gambeson armor Crafted only by the Tailor class	Percent Protection: 75% Protection tier: 2 Flat damage reduction: 0.75 Durability: 900	Healing rate: -10% Hunger rate: +3%	Cloth (plain or dyed), Sewing kit

Metal based Armor

Image	Type	Downsides (per piece)	Source	Metal cost
Tin bronze version	Lamellar armor	Healing rate: -10% Hunger rate: +8% Range Accuracy: -3% Range Charge Time: +7% Movement Speed: -3%	Pelt, Lamellae	19 lamellae
Iron version	Brigandine armor	Healing rate: -17% Hunger rate: +12% Range Accuracy: -7% Range Charge Time: +14% Movement Speed: -5%	Jerkin , Plate	26 ingots (13 plates)
Iron version	Chain_armor	Healing rate: -10% Hunger rate: +7.5% Range Accuracy: -3% Range Charge Time: +6% Movement Speed: -3%	Jerkin , Chain	40 ingots (20 chains)
Iron version	Scale Armor	Healing rate: -17% Hunger rate: +12% Range Accuracy: -10% Range Charge Time: +20% Movement Speed: -7%	Chain armor , Scale	52 ingots (20 chains, 12 scales)
Steel version	Plate_armor	Healing rate: -33.34% Hunger rate: +24% Range Accuracy: -10% Range Charge Time: +20% Movement Speed: -14%	Chain armor , Plate	72 ingots (20 chains, 16 plates)

Metal based armor

Armor Material	Tier	Lamellar	Brigandine	Chain	Scale	Plate (High Damage tier resistance)
Copper	1	Percent Protection: 75% Flat damage reduction: 0.5 Durability: 450	Percent Protection: 78% Flat damage reduction: 1 Durability: 900	Percent Protection: 80% Flat damage reduction: 1.1 Durability: 600	Percent Protection: 84% Flat damage reduction: 1.3 Durability: 800	Percent Protection: 90% Flat damage reduction: 1.5 Durability: 500
Gold	1	N/A	N/A	Percent Protection: 82% Flat damage reduction: 1.2 Durability: 500	N/A	Percent Protection: 90% Flat damage reduction: 1.5 Durability: 400
Silver	2	N/A	N/A	Percent Protection: 82% Flat damage reduction: 1.2 Durability: 700	N/A	Percent Protection: 92% Flat damage reduction: 1.5 Durability: 1000
Bismuth Bronze	2	Percent Protection: 76% Flat damage reduction: 0.58 Durability: 525	Percent Protection: 79% Flat damage reduction: 1.1 Durability: 1050	Percent Protection: 81% Flat damage reduction: 1.2 Durability: 650	Percent Protection: 85% Flat damage reduction: 1.3 Durability: 1150	Percent Protection: 94% Flat damage reduction: 1.55 Durability: 900
Tin Bronze	2	Percent Protection: 77% Flat damage reduction: 0.6 Durability: 600	Percent Protection: 80% Flat damage reduction: 1.1 Durability: 1100	Percent Protection: 82% Flat damage reduction: 1.2 Durability: 700	Percent Protection: 86% Flat damage reduction: 1.35 Durability: 1200	Percent Protection: 92% Flat damage reduction: 1.6 Durability: 1000
Black Bronze	2	Percent Protection: 78% Flat damage reduction: 0.65 Durability: 675	Percent Protection: 81% Flat damage reduction: 1.15 Durability: 1200	Percent Protection: 83% Flat damage reduction: 1.25 Durability: 750	Percent Protection: 87% Flat damage reduction: 1.4 Durability: 1300	Percent Protection: 95% Flat damage reduction: 1.65 Durability: 1200
Iron	3	N/A	Percent Protection: 82% Flat damage reduction: 1.2 Durability: 1300	Percent Protection: 84% Flat damage reduction: 1.3 Durability: 800	Percent Protection: 88% Flat damage reduction: 1.5 Durability: 1400	Percent Protection: 96% Flat damage reduction: 1.7 Durability: 2200
Meteoric Iron	3	N/A	Percent Protection: 82.5% Flat damage reduction: 1.22 Durability: 1500	Percent Protection: 84.5% Flat damage reduction: 1.35 Durability: 900	Percent Protection: 88.5% Flat damage reduction: 1.55 Durability: 1700	Percent Protection: 96.2% Flat damage reduction: 1.72 Durability: 2800
Steel	4	N/A	Percent Protection: 84% Flat damage reduction: 1.3 Durability: 2600	Percent Protection: 86% Flat damage reduction: 1.4 Durability: 2000	Percent Protection: 90% Flat damage reduction: 1.6 Durability: 3500	Percent Protection: 97% Flat damage reduction: 1.8 Durability: 5500

Exclusive Armor

Image	Type	Broken	Damaged	Pristine
	Blackguard armor	Percent Protection: 40% Flat damage reduction: 0.25 Durability: 600 Protection Tier: 1 Healing rate: -17% Hunger rate: +12% Range Accuracy: -7% Range Charge Time: +14% Movement Speed: -5%	Percent Protection: 75% Flat damage reduction: 0.5 Durability: 900 Protection Tier: 1 Healing rate: -18% Hunger rate: +15% Range Accuracy: -8% Range Charge Time: +16% Movement Speed: -8%	Percent Protection: 96% Flat damage reduction: 1.7 Durability: 1800 Protection Tier: 3 High damage tier resistance: true Healing rate: -20% Hunger rate: +20% Range Accuracy: -10% Range Charge Time: +20% Movement Speed: -12%
	Forlorn Hope armor	Percent Protection: 40% Flat damage reduction: 0.25 Durability: 500 Protection Tier: 1 Healing rate: -17% Hunger rate: +12% Range Accuracy: -7% Range Charge Time: +14% Movement Speed: -5%	Percent Protection: 90% Flat damage reduction: 1.5 Durability: 1000 Protection Tier: 1 High damage tier resistance: true Healing rate: -17% Hunger rate: +14% Range Accuracy: -8% Range Charge Time: +16% Movement Speed: -7%	Percent Protection: 96% Flat damage reduction: 1.7 Durability: 1600 Protection Tier: 3 High damage tier resistance: true Healing rate: -17% Hunger rate: +16% Range Accuracy: -8% Range Charge Time: +18% Movement Speed: -8%

When it comes to armor, plate is the most protective and has the highest flat damage reduction: a player wearing a full set of steel plate armor should receive close to zero damage from most types of attack. But plate armor slows the player considerably and makes it difficult to use ranged weapons. Plate is also the most expensive to create, as it requires plates on top of chainmail, which is added to a leather jerkin. Please note: the leather jerkin is a component for Brigandine, Chain, Scale, and Plate armors, while the Leather Armor is a "finished armor". Both items can be worn as armor, but they offer very different protective values. One other thing to note is that the downsides of each armor listed are per piece, not for the whole set. If an armor in the tables above lists a -7% debuff to movement speed, when wearing all three pieces of that set the player will have a total debuff of -21% to movement speed.

Technical

The armor system is extremely complicated, with eight variables governing each armor piece's protection properties. The most important variables are percent protection, flat damage reduction, and protection tier. Those three numbers are most of what changes between armors.

When a combat attack occurs, before any damage reduction is applied, the flat damage reduction and percent protection of the armor is reduced (not permanently, only for this attack) depending on:

• The tier of the attack
• The tier of the armor
• Whether or not the armor is high damage tier resistant

For every tier of the attack that is lower than or equal to the armor's tier, a low amount of protection reduction will be added¹ to the attack. For every tier of the attack that is higher than the armor's tier, a high amount of protection reduction will be added¹ to the attack. If the armor has high damage tier resistance, then the high amount of protection reduction will be half as much as normal.

The high amount mentioned above is 0.2 for flat damage reduction, and 15% for percent protection, for most armor types².

The low amount mentioned above is 0.1 for flat damage reduction, and 3% for percent protection, for most armor types².

Notes

¹ The protection reduction for flat protection is additive, but the percent protection is multiplicative and cumulative. This means if the attack is tier 3 and the armor is higher, the percent protection is reduced by 3% of it's original amount for the first tier, but then 3% of the remaining amount (not the original amount) for the next tier, and last of all by another 3% of the previous amount for the last tier, rather than simply 9% for 3 tiers.

² The amount is halved for leather and sewn linen armors

VeryGoodDog has compiled a spread sheet and a calculator of all armors against all drifters. The spread sheet is currently inaccurate and needs to be updated.

Equation

The method used to calculate the final damage received by a player is relatively complex. To better understand how the game derives this value, consider the following equations.

Initially, the effective damage is calculated by subtracting the Flat damage reduction (FDR) from the base Damage (D), then multiplying the result by one minus the Percent protection (PP):

(D - FDR) × (1 - PP)

Each entity is assigned a Damage tier (DT), while each piece of armor is assigned a corresponding Protection tier (PT). For every Damage tier less than or equal to the Protection tier, the system applies a Low flat damage reduction loss (LFDRL) and a Low percent protection loss (LPPL). Conversely, for each Damage tier that exceeds the Protection tier, a High flat damage reduction loss (HFDRL) and a High percent protection loss (HPPL) are applied:

(D - FDR + LFDRL × min(DT, PT) + HFDRL × max(DT - PT, 0)) ×

     × (1 - PP × (1 - LPPL)min(DT, PT) × (1 - HPPL)max(DT - PT, 0))

An additional modifier, known as High damage tier resistance (HDTR), may further influence the calculation. This boolean variable can be either enabled (HDTR = 1) or disabled (HDTR = 0). When enabled, it reduces the effect of both High flat damage reduction loss and High percent protection loss by half. When disabled, their values remain unchanged. The final equation, incorporating this modifier, is as follows:

(D - FDR + LFDRL × min(DT, PT) + (1 - HDTR/2) × HFDRL × max(DT - PT, 0)) ×

     × (1 - PP × (1 - LPPL)min(DT, PT) × (1 - (1 - HDTR/2) × HPPL)max(DT - PT, 0))

Example

Consider a Corrupt drifter with 12 base damage and a Damage tier of 3 attacking a player equipped with Copper Lamellar armor. The armor provides the following values:

• Percent protection (PP): 75%
• Flat damage reduction (FDR): 0.5
• Protection tier (PT): 1
• High damage tier resistance (HDTR): 0
• Low percent protection loss (LPPL): 3%
• High percent protection loss (HPPL): 15%
• Low flat damage reduction loss (LFDRL): 0.1
• High flat damage reduction loss (HFDRL): 0.2

First, for the one Damage tier that is equal to the Protection tier (DT ≤ PT), the system applies a 0.1 LFDRL and a 3% LPPL. Then, for the two Damage tiers exceeding the Protection tier (DT > PT), it applies 2 × 0.2 HFDRL and two instances of 15% HPPL.

The total adjusted Flat damage is calculated as follows:

12 − 0.5 + 0.1 + 2 × 0.2 = 12

This means the Flat damage reduction is fully neutralized by the cumulative Flat damage reduction loss.

Next, the adjusted Percent protection is calculated by applying the Percent protection losses multiplicatively:

0.75 × (1 - 0.03) × (1 - 0.15) × (1 - 0.15) = 0.75 × 0.97 × 0.85 × 0.85 ≈ 0.526

Finally, the effective damage received by the player is:

12 × (1 − 0.526) = 12 × 0.474 ≈ 5.69

In a single-line format, the complete equation can be expressed as follows:

(D - FDR + LFDRL × min(DT, PT) + (1 - HDTR/2) × HFDRL × max(DT - PT, 0)) ×

     × (1 - PP × (1 - LPPL)min(DT, PT) × (1 - (1 - HDTR/2) × HPPL)max(DT - PT, 0)) =
 = (12 - 0.5 + 0.1 × min(3, 1) + (1 - 0/2) × 0.2 × max(3 - 1, 0)) ×
     × (1 - 0.75 × (1 - 0.03)min(3, 1) × (1 - (1 - 0/2) × 0.15)max(3 - 1, 0)) =
 = (12 - 0.5 + 0.1 × 1 + 0.2 × 2) × (1 - 0.75 × 0.971 × 0.852) ≈
 ≈ (12 - 0) × (1 - 0.526) =
 = 12 × 0.474 =
 = 5.69

Comparison

The table below provides a comprehensive overview of all armor protection modifiers, static modifiers, and durability values. Additionally, for each armor type, the final damage received and the resulting percentage of protection were calculated against various Drifter types, each characterized by distinct damage values and damage tiers.

Construction	Material	Protection modifiers								Static modifiers per piece					Durability	Effective damage from						Effective percent protection from
		Percent protection	Flat damage reduction	Protection tier	High damage tier resistant	Low percent protection loss	High percent protection loss	Low flat damage reduction loss	High flat damage reduction loss	Ranged Weapon Accuracy	Ranged Weapon Charge Time	Walk speed	Healing effectivness	Hunger rate		Surface drifter (D 2.5, DT 0)	Deep drifter (D 4, DT 1)	Tainted drifter (D 8, DT 2)	Corrupt drifter (D 12, DT 3)	Nightmare drifter (D 20, DT 4)	Double-headed drifter (D 24, DT 4)	Surface drifter (D 2.5, DT 0)	Deep drifter (D 4, DT 1)	Tainted drifter (D 8, DT 2)	Corrupt drifter (D 12, DT 3)	Nightmare drifter (D 20, DT 4)	Double-headed drifter (D 24, DT 4)
Improvised	Wood	55%	0	0	0	3%	15%	0.1	0.2	0%	0%	0%	0%	0%	75	1.13	2.24	5.06	8.34	14.83	17.68	55.00%	44.09%	36.72%	30.47%	25.86%	26.33%
Jerkin	Leather	40%	0.25	1	0	3%	15%	0.1	0.2	0%	0%	0%	0%	0%	250	1.35	2.36	5.40	8.82	15.58	18.62	46.00%	41.10%	32.56%	26.53%	22.11%	22.40%
Sewn	Leather	60%	0.6	1	0	1.5%	7.5%	0.05	0.1	0%	0%	0%	0%	0%	700	0.76	1.41	3.42	5.76	10.51	12.64	69.60%	64.72%	57.22%	52.01%	47.44%	47.33%
	Gambeson	70%	0.7	2	0	1.5%	7.5%	0.05	0.1	0%	0%	-2%	-17%	3%	900	0.54	1.04	2.37	4.28	8.21	9.89	78.40%	74.00%	70.32%	64.37%	58.95%	58.81%
Tailored	Gambeson	75%	0.75	2	0	1.5%	7.5%	0.05	0.1	0%	0%	0%	-10%	3%	900	0.44	0.86	2.00	3.74	7.38	8.89	82.50%	78.45%	74.98%	68.81%	63.11%	62.97%
Lamellar	Wood	65%	0.5	0	0	3%	15%	0.1	0.2	-3%	7%	-3%	-10%	8%	200	0.70	1.66	4.19	7.27	13.41	16.05	72.00%	58.61%	47.63%	39.42%	32.94%	33.10%
	Copper	75%	0.5	1	0	3%	15%	0.1	0.2	-3%	7%	-3%	-10%	8%	450	0.50	0.98	2.98	5.69	11.18	13.39	80.00%	75.48%	62.79%	52.56%	44.12%	44.22%
	Bismuth bronze	76%	0.58	2	0	3%	15%	0.1	0.2	-3%	7%	-3%	-10%	8%	525	0.46	0.93	2.17	4.64	9.68	11.61	81.57%	76.87%	72.86%	61.37%	51.62%	51.62%
	Tin bronze	77%	0.6	2	0	3%	15%	0.1	0.2	-3%	7%	-3%	-10%	8%	600	0.44	0.89	2.09	4.53	9.53	11.44	82.52%	77.85%	73.83%	62.22%	52.34%	52.34%
	Black bronze	78%	0.65	2	0	3%	15%	0.1	0.2	-3%	7%	-3%	-10%	8%	675	0.41	0.84	2.01	4.42	9.37	11.25	83.72%	79.01%	74.89%	63.17%	53.14%	53.12%
Brigandine	Copper	78%	1	1	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	900	0.33	0.75	2.61	5.21	10.55	12.69	86.80%	81.14%	67.43%	56.55%	47.27%	47.13%
	Bismuth bronze	79%	1.1	2	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	1050	0.29	0.70	1.82	4.16	9.03	10.88	88.24%	82.47%	77.22%	65.33%	54.86%	54.67%
	Tin bronze	80%	1.1	2	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	1100	0.28	0.67	1.76	4.07	8.90	10.72	88.80%	83.20%	78.05%	66.08%	55.52%	55.33%
	Black bronze	81%	1.15	2	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	1200	0.26	0.63	1.68	3.96	8.74	10.54	89.74%	84.20%	79.04%	66.98%	56.30%	56.09%
	Iron	82%	1.2	3	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	1300	0.23	0.59	1.60	2.79	7.02	8.48	90.64%	85.17%	80.01%	76.73%	64.89%	64.67%
	Meteoric iron	82.5%	1.22	3	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	1500	0.22	0.58	1.56	2.74	6.94	8.38	91.04%	85.62%	80.48%	77.19%	65.30%	65.08%
	Steel	84%	1.3	4	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	2600	0.19	0.52	1.45	2.57	4.90	5.92	92.32%	87.04%	81.92%	78.61%	75.52%	75.33%
Chain	Copper	80%	1.1	1	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	600	0.28	0.67	2.45	5.01	10.26	12.35	88.80%	83.20%	69.36%	58.26%	48.70%	48.53%
	Gold	82%	1.2	1	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	500	0.23	0.59	2.30	4.81	9.97	12.02	90.64%	85.17%	71.25%	59.95%	50.13%	49.91%
	Silver	82%	1.2	2	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	700	0.23	0.59	1.60	3.85	8.59	10.36	90.64%	85.17%	80.01%	67.88%	57.07%	56.85%
	Bismuth bronze	81%	1.2	2	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	650	0.25	0.62	1.67	3.94	8.72	10.52	90.12%	84.46%	79.19%	67.13%	56.41%	56.19%
	Tin bronze	82%	1.2	2	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	700	0.23	0.59	1.60	3.85	8.59	10.36	90.64%	85.17%	80.01%	67.88%	57.07%	56.85%
	Black bronze	83%	1.25	2	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	750	0.21	0.56	1.52	3.75	8.43	10.18	91.50%	86.11%	80.97%	68.76%	57.84%	57.60%
	Iron	84%	1.3	3	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	800	0.19	0.52	1.45	2.57	6.69	8.08	92.32%	87.04%	81.92%	78.61%	66.56%	66.33%
	Meteoric iron	84.5%	1.35	3	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	900	0.18	0.50	1.40	2.51	6.60	7.97	92.87%	87.60%	82.45%	79.12%	67.02%	66.77%
	Steel	86%	1.4	4	0	3%	15%	0.1	0.2	-3%	6%	-3%	-10%	7.5%	2000	0.15	0.45	1.30	2.34	4.53	5.49	93.84%	88.81%	83.78%	80.46%	77.33%	77.13%
Scale	Copper	84%	1.3	1	0	3%	15%	0.1	0.2	-10%	20%	-7%	-17%	12%	800	0.19	0.52	2.15	4.61	9.69	11.69	92.32%	87.04%	73.10%	61.61%	51.54%	51.29%
	Bismuth bronze	85%	1.3	2	0	3%	15%	0.1	0.2	-10%	20%	-7%	-17%	12%	1150	0.18	0.49	1.38	3.55	8.15	9.84	92.80%	87.72%	82.73%	70.38%	59.26%	59.01%
	Tin bronze	86%	1.35	2	0	3%	15%	0.1	0.2	-10%	20%	-7%	-17%	12%	1200	0.16	0.46	1.31	3.45	8.00	9.66	93.56%	88.60%	83.66%	71.25%	60.02%	59.76%
	Black bronze	87%	1.4	2	0	3%	15%	0.1	0.2	-10%	20%	-7%	-17%	12%	1300	0.14	0.42	1.23	3.35	7.84	9.48	94.28%	89.46%	84.58%	72.11%	60.78%	60.50%
	Iron	88%	1.5	3	0	3%	15%	0.1	0.2	-10%	20%	-7%	-17%	12%	1400	0.12	0.38	1.15	2.13	6.03	7.30	95.20%	90.48%	85.59%	82.28%	69.85%	69.59%
	Meteoric iron	88.5%	1.55	3	0	3%	15%	0.1	0.2	-10%	20%	-7%	-17%	12%	1700	0.11	0.36	1.11	2.07	5.94	7.19	95.63%	90.98%	86.09%	82.77%	70.30%	70.03%
	Steel	90%	1.6	4	0	3%	15%	0.1	0.2	-10%	20%	-7%	-17%	12%	3500	0.09	0.32	1.01	1.91	3.82	4.63	96.40%	92.06%	87.36%	84.08%	80.90%	80.69%
Plate	Copper	90%	1.5	1	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	500	0.10	0.33	1.29	2.73	5.84	7.08	96.00%	91.75%	83.88%	77.23%	70.79%	70.51%
	Gold	90%	1.5	1	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	400	0.10	0.33	1.29	2.73	5.84	7.08	96.00%	91.75%	83.88%	77.23%	70.79%	70.51%
	Silver	92%	1.5	2	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	1000	0.08	0.28	0.90	2.15	4.90	5.94	96.80%	93.01%	88.75%	82.06%	75.49%	75.25%
	Bismuth bronze	94%	1.55	2	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	900	0.06	0.22	0.77	1.96	4.59	5.56	97.72%	94.38%	90.39%	83.71%	77.07%	76.84%
	Tin bronze	92%	1.6	2	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	1000	0.07	0.27	0.89	2.13	4.88	5.91	97.12%	93.28%	88.91%	82.23%	75.62%	75.36%
	Black bronze	95%	1.65	2	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	1200	0.04	0.19	0.70	1.84	4.41	5.35	98.30%	95.19%	91.31%	84.63%	77.95%	77.71%
	Iron	96%	1.7	3	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	2200	0.03	0.17	0.63	1.31	3.54	4.30	98.72%	95.87%	92.14%	89.06%	82.28%	82.07%
	Meteoric Iron	96.2%	1.72	3	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	2800	0.03	0.16	0.61	1.29	3.51	4.26	98.81%	96.02%	92.32%	89.24%	82.45%	82.25%
	Steel	97%	1.8	4	1	3%	15%	0.1	0.2	-10%	20%	-14%	-33.34%	24%	5500	0.02	0.14	0.56	1.20	2.63	3.19	99.16%	96.60%	93.01%	89.96%	86.86%	86.70%
Antique	Blackguard (Broken)	40%	0.25	1	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	600	1.35	2.36	5.40	8.82	15.58	18.62	46.00%	41.10%	32.56%	26.53%	22.11%	22.40%
	Blackguard (Damaged)	75%	0.5	1	0	3%	15%	0.1	0.2	-8%	16%	-8%	-18%	15%	900	0.50	0.98	2.98	5.69	11.18	13.39	80.00%	75.48%	62.79%	52.56%	44.12%	44.22%
	Blackguard (Pristine)	96%	1.7	3	1	3%	15%	0.1	0.2	-10%	20%	-12%	-20%	20%	1800	0.03	0.17	0.63	1.31	3.54	4.30	98.72%	95.87%	92.14%	89.06%	82.28%	82.07%
	Forlorn Hope (Broken)	40%	0.25	1	0	3%	15%	0.1	0.2	-7%	14%	-5%	-17%	12%	500	1.35	2.36	5.40	8.82	15.58	18.62	46.00%	41.10%	32.56%	26.53%	22.11%	22.40%
	Forlorn Hope (Damaged)	90%	1.5	1	1	3%	15%	0.1	0.2	-8%	16%	-7%	-17%	14%	1000	0.10	0.33	1.29	2.73	5.84	7.08	96.00%	91.75%	83.88%	77.23%	70.79%	70.51%
	Forlorn Hope (Pristine)	96%	1.7	3	1	3%	15%	0.1	0.2	-8%	18%	-8%	-17%	16%	1600	0.03	0.17	0.63	1.31	3.54	4.30	98.72%	95.87%	92.14%	89.06%	82.28%	82.07%