ROLLS: 2Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
Primary Stats
POOL 2
VitalityVitality6–7
StrengthStrength6–7
DexterityDexterity6–7
IntelligenceIntelligence6–7
Movement SpeedMovement Speed20
ROLLS: 5Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
Secondary Stats
POOL 3
VitalityVitality2–3
ROLLS: 1Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 3Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 4
ROLLS: 1
ROLLS: 4
ROLLS: 1
ROLLS: 4
ROLLS: 1
ROLLS: 2Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 5
ROLLS: 3Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 4
ROLLS: 1
ROLLS: 2Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 5
ROLLS: 3Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 4
ROLLS: 1
IntelligenceIntelligence6–8
VitalityVitality6–8
DexterityDexterity6–8
Health RegenerationHealth Regeneration1
Energy RegenerationEnergy Regeneration2–3
ROLLS: 2Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
Secondary Stats
POOL 3
ManaMana110–160
HealthHealth110–160
ROLLS: 1Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 5
ROLLS: 3Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 4
ROLLS: 1
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 3Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 3Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 4
ROLLS: 3Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
ROLLS: 3Rolls = how many affix lines this pool contributes on one dropped item. A single number is fixed; a range means the count can land anywhere between those bounds when the item rolls.Stats from variable pools are chosen randomly when an item drops. The lines above are possible outcomes for this pool — the site shows the full data, not one rolled example.
