Mekanism: FTB Skies 2: Aero config options

If the voice server is enabled and pushToTalk is disabled, the voice key will act as a toggle instead of requiring to be held while talking.

Enable the spawning of Baby Bogged. Think baby zombies.

Enable the spawning of Baby Creeper. Think baby zombies.

Enable the spawning of Baby Enderman. Think baby zombies.

Enable the spawning of Baby Skeleton. Think baby zombies.

Enable the spawning of Baby Stray. Think baby zombies.

Enable the spawning of Baby Wither Skeleton. Think baby zombies.

Enables the voice server for Walkie Talkies.

Determines whether machine configuration data is copied when using middle click. If this is set to false no data will be copied and the default instance of the stack will be returned.

Display the time it will take for radiation to decay when readings are above safe levels. Set this to false on the client side to disable MekaSuit Geiger and Dosimeter Unit timers. Set this to false on the server side to disable handheld Geiger Counter and Dosimeter timers.

Displayed energy type in Mekanism GUIs (client) and network reader readings (server).

Should holiday greetings and easter eggs play for holidays (ex: Christmas and New Years) on the client. Also controls whether Robits with the default skin should have their skin randomized on the server.

Displayed temperature unit in Mekanism GUIs (client) and network reader readings (server).

Enable the 'Fast' mode for the Atomic Disassembler.

Enable the 'Slow' mode for the Atomic Disassembler.

Enable the 'Vein Mining' mode for the Atomic Disassembler. This mode is limited to vein mining just ores and logs.

Determines whether or not the Flamethrower can destroy item entities the flame hits if it fails to smelt them.

Should the Gravitational Modulation unit give off vibrations that can be detected by Sculk Sensors and Shriekers when in use.

Enable the 'Extended Vein Mining' mode for the Meka-Tool. Allows vein mining everything, instead of being limited to just ores and logs.

If enabled, lasers can break blocks and the flamethrower can start fires.

Controls whether Mekanism allows players to load chunks. If this is disabled, neither the Anchor Upgrade nor the Dimensional Stabilizer will provide any functionality.

Any modids added to this list will not be able to have any of their blocks, picked up by the cardboard box. For example: ["mekanism"]

Enable this to disable unboxing any block that has a fluid that would be vaporized on placement, instead of trying to vaporize it and leave the remainder of the block. For example with this disabled trying to unbox a waterlogged slab in the nether will leave just the slab, but with this enabled the cardboard box won't open.

Allows dragging items from recipe viewers into the target slot of Digital Miner filters. This allows selecting specific blocks without having to acquire an instance of the block first.

Disables Flux Networks' higher throughput Forge Energy (FE/RF) power integration. Note: Blacklisting Forge Energy also disables this.

Disables Forge Energy (FE/RF) power integration.

Disables Grand Power's higher throughput Forge Energy (FE/RF) power integration. Note: Blacklisting Forge Energy also disables this.

Log Mekanism packet names. Debug setting.

The list of valid tag prefixes for the Oredictionificator. Note: It is highly recommended to only include well known/defined tag prefixes otherwise it is very easy to potentially add accidental conversions for things that are not actually equivalent.

Add filled variants of creative chemical tanks to creative/recipe viewers for all registered chemicals. Note: This includes radioactive ones that normally can't be stored in chemical tanks.

Add filled variants of creative fluid tanks to creative/recipe viewers for all registered fluids.

If enabled and the waterSourceConversion game rule is enabled makes Water blocks be removed from the world on pump. Similarly behavior for the lavaSourceConversion game rule and Lava

Enable worldwide radiation effects.

Enable the security system. This allows players to prevent other players from accessing their machines. Does NOT affect Frequencies.

If this is enabled then players with the 'mekanism.bypass_security' permission (default for ops) can bypass block and item security restrictions.

Allow upgrading Universal Cables, Mechanical Pipes, Pressurized Tubes, Logistical Transporters, and Thermodynamic Conductors by right clicking them with the next tier of alloy.

Whether catastrophic meltdowns can occur from Fission Reactors. If this is disabled, instead of melting down the reactor will force turn itself off and not be able to be turned back on until the damage level has returned to safe levels.

The amount of lava in mB that gets consumed to transfer heatGeneration Joules to the Heat Generator.

The maximum Y value that affects the Wind Generators Power generation. This value gets clamped at the world's logical height. For example for worlds like the nether that are 256 blocks tall, but have a ceiling at 128 blocks, this would be clamped at 128.

If enabled, Chemical Injectors and Purification Chambers will consume a semi randomized amount of chemical each operation.

Attention: The final damage of Meka-Bow is based on how fast the arrow is going when it hits, multiply it with Attack Amplification Units.

Base damage of the Meka-Tana, multiply it with Attack Amplification Units.

Enable durability tooltips for gear provided by Mekanism: Tools.

Attack speed of Bronze axes.

Attack damage modifier of Bronze axes.

Efficiency of Bronze tools.

Attack speed of Bronze hoes.

Attack damage modifier of Bronze hoes. Must be greater than or equal to negative Base Damage.

Attack speed of Bronze paxels.

Attack damage modifier of Bronze paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Bronze paxels.

Attack speed of Bronze pickaxes.

Attack damage modifier of Bronze pickaxes. Must be greater than or equal to negative Base Damage.

Attack speed of Bronze shovels.

Attack damage modifier of Bronze shovels. Must be greater than or equal to negative Base Damage.

Attack speed of Bronze swords.

Attack damage modifier of Bronze swords. Must be less than or equal to Base Damage.

Attack speed of Diamond paxels.

Attack damage modifier of Diamond paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Diamond paxels.

Attack speed of Gold paxels.

Attack damage modifier of Gold paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Gold paxels.

Attack speed of Iron paxels.

Attack damage modifier of Iron paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Iron paxels.

Attack speed of Lapis Lazuli axes.

Attack damage modifier of Lapis Lazuli axes.

Efficiency of Lapis Lazuli tools.

Attack speed of Lapis Lazuli hoes.

Attack damage modifier of Lapis Lazuli hoes. Must be greater than or equal to negative Base Damage.

Attack speed of Lapis Lazuli paxels.

Attack damage modifier of Lapis Lazuli paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Lapis Lazuli paxels.

Attack speed of Lapis Lazuli pickaxes.

Attack damage modifier of Lapis Lazuli pickaxes. Must be greater than or equal to negative Base Damage.

Attack speed of Lapis Lazuli shovels.

Attack damage modifier of Lapis Lazuli shovels. Must be greater than or equal to negative Base Damage.

Attack speed of Lapis Lazuli swords.

Attack damage modifier of Lapis Lazuli swords. Must be less than or equal to Base Damage.

Attack speed of Netherite paxels.

Attack damage modifier of Netherite paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Netherite paxels.

Attack speed of Osmium axes.

Attack damage modifier of Osmium axes.

Efficiency of Osmium tools.

Attack speed of Osmium hoes.

Attack damage modifier of Osmium hoes. Must be greater than or equal to negative Base Damage.

Attack speed of Osmium paxels.

Attack damage modifier of Osmium paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Osmium paxels.

Attack speed of Osmium pickaxes.

Attack damage modifier of Osmium pickaxes. Must be greater than or equal to negative Base Damage.

Attack speed of Osmium shovels.

Attack damage modifier of Osmium shovels. Must be greater than or equal to negative Base Damage.

Attack speed of Osmium swords.

Attack damage modifier of Osmium swords. Must be less than or equal to Base Damage.

Attack speed of Refined Glowstone axes.

Attack damage modifier of Refined Glowstone axes.

Efficiency of Refined Glowstone tools.

Attack speed of Refined Glowstone hoes.

Attack damage modifier of Refined Glowstone hoes. Must be greater than or equal to negative Base Damage.

Attack speed of Refined Glowstone paxels.

Attack damage modifier of Refined Glowstone paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Refined Glowstone paxels.

Attack speed of Refined Glowstone pickaxes.

Attack damage modifier of Refined Glowstone pickaxes. Must be greater than or equal to negative Base Damage.

Attack speed of Refined Glowstone shovels.

Attack damage modifier of Refined Glowstone shovels. Must be greater than or equal to negative Base Damage.

Attack speed of Refined Glowstone swords.

Attack damage modifier of Refined Glowstone swords. Must be less than or equal to Base Damage.

Attack speed of Refined Obsidian axes.

Attack damage modifier of Refined Obsidian axes.

Efficiency of Refined Obsidian tools.

Attack speed of Refined Obsidian hoes.

Attack damage modifier of Refined Obsidian hoes. Must be greater than or equal to negative Base Damage.

Attack speed of Refined Obsidian paxels.

Attack damage modifier of Refined Obsidian paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Refined Obsidian paxels.

Attack speed of Refined Obsidian pickaxes.

Attack damage modifier of Refined Obsidian pickaxes. Must be greater than or equal to negative Base Damage.

Attack speed of Refined Obsidian shovels.

Attack damage modifier of Refined Obsidian shovels. Must be greater than or equal to negative Base Damage.

Attack speed of Refined Obsidian swords.

Attack damage modifier of Refined Obsidian swords. Must be less than or equal to Base Damage.

Attack speed of Steel axes.

Attack damage modifier of Steel axes.

Efficiency of Steel tools.

Attack speed of Steel hoes.

Attack damage modifier of Steel hoes. Must be greater than or equal to negative Base Damage.

Attack speed of Steel paxels.

Attack damage modifier of Steel paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Steel paxels.

Attack speed of Steel pickaxes.

Attack damage modifier of Steel pickaxes. Must be greater than or equal to negative Base Damage.

Attack speed of Steel shovels.

Attack damage modifier of Steel shovels. Must be greater than or equal to negative Base Damage.

Attack speed of Steel swords.

Attack damage modifier of Steel swords. Must be less than or equal to Base Damage.

Attack speed of Stone paxels.

Attack damage modifier of Stone paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Stone paxels.

Attack speed of Wood paxels.

Attack damage modifier of Wood paxels. Must be greater than or equal to negative Base Damage.

Efficiency of Wood paxels.

If enabled, zombies can spawn with Bronze weapons.

If enabled, zombies can spawn with Lapis Lazuli weapons.

If enabled, zombies can spawn with Osmium weapons.

If enabled, zombies can spawn with Refined Glowstone weapons.

If enabled, zombies can spawn with Refined Obsidian weapons.

If enabled, zombies can spawn with Steel weapons.

Allows chunks to retrogen Mekanism salt and ore blocks. In general when enabling this you also want to bump the userWorldGenVersion.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Buried Fluorite Veins.

Determines if Buried Fluorite Veins should be added to world generation. Note: Requires generating fluorite ore to be enabled.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Normal Fluorite Veins.

Determines if Normal Fluorite Veins should be added to world generation. Note: Requires generating fluorite ore to be enabled.

Determines if Fluorite ore should be added to world generation.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Normal Lead Veins.

Determines if Normal Lead Veins should be added to world generation. Note: Requires generating lead ore to be enabled.

Determines if Lead ore should be added to world generation.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Middle Osmium Veins.

Determines if Middle Osmium Veins should be added to world generation. Note: Requires generating osmium ore to be enabled.

Determines if Osmium ore should be added to world generation.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Small Osmium Veins.

Determines if Small Osmium Veins should be added to world generation. Note: Requires generating osmium ore to be enabled.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Upper Osmium Veins.

Determines if Upper Osmium Veins should be added to world generation. Note: Requires generating osmium ore to be enabled.

Extended variability (spread) for the radius in a vein of salt.

Determines if salt should be added to world generation.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Large Tin Veins.

Determines if Large Tin Veins should be added to world generation. Note: Requires generating tin ore to be enabled.

Determines if Tin ore should be added to world generation.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Small Tin Veins.

Determines if Small Tin Veins should be added to world generation. Note: Requires generating tin ore to be enabled.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Buried Uranium Veins.

Determines if Buried Uranium Veins should be added to world generation. Note: Requires generating uranium ore to be enabled.

Determines if Uranium ore should be added to world generation.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

The type of anchor. This is used to define how the value is used in calculating the y-level. Absolute (y = value) Above Bottom (y = minY + value) Below Top (y = depth - 1 + minY - value)

Value used for calculating the y-level for the anchor based on the type.

Half length of short side of trapezoid, only used if the shape is Trapezoid. A value of zero means the shape is a triangle.

Distribution shape for placing Small Uranium Veins.

Determines if Small Uranium Veins should be added to world generation. Note: Requires generating uranium ore to be enabled.

Maximum Joules per mB of Steam. Also affects Thermoelectric Boiler.

The number of Turbine Blades supported by each Electromagnetic Coil.

Amount of chemical (mB) that each block of the turbine's steam cavity contributes to the volume. Max = volume * chemicalPerTank

The rate in mB/t at which steam is condensed into water in the turbine.

The rate in mB/t at which steam is dispersed into the turbine.

Amount of energy in Joules that each block of the turbine contributes to the total energy capacity. Max = volume * energyCapacityPerVolume

The rate in mB/t at which steam is vented into the turbine.

Maximum energy generation in Joules/t that the Wind Generator can produce.

Minimum energy generation in Joules/t that the Wind Generator can produce.

Energy per operation in Joules of: Rotary Condensentrator

Damage multiplier of arrows shot by baby mobs.

The multiplier for maximum group size of Baby Bogged spawns, compared to the adult mob.

The multiplier for max spawn cost of Baby Bogged spawns, compared to the adult mob.

The multiplier for minimum group size of Baby Bogged spawns, compared to the adult mob.

The multiplier for spawn cost per entity of Baby Bogged spawns, compared to the adult mob.

The multiplier for weight of Baby Bogged spawns, compared to the adult mob.

The multiplier for maximum group size of Baby Creeper spawns, compared to the adult mob.

The multiplier for max spawn cost of Baby Creeper spawns, compared to the adult mob.

The multiplier for minimum group size of Baby Creeper spawns, compared to the adult mob.

The multiplier for spawn cost per entity of Baby Creeper spawns, compared to the adult mob.

The multiplier for weight of Baby Creeper spawns, compared to the adult mob.

The multiplier for maximum group size of Baby Enderman spawns, compared to the adult mob.

The multiplier for max spawn cost of Baby Enderman spawns, compared to the adult mob.

The multiplier for minimum group size of Baby Enderman spawns, compared to the adult mob.

The multiplier for spawn cost per entity of Baby Enderman spawns, compared to the adult mob.

The multiplier for weight of Baby Enderman spawns, compared to the adult mob.

The multiplier for maximum group size of Baby Skeleton spawns, compared to the adult mob.

The multiplier for max spawn cost of Baby Skeleton spawns, compared to the adult mob.

The multiplier for minimum group size of Baby Skeleton spawns, compared to the adult mob.

The multiplier for spawn cost per entity of Baby Skeleton spawns, compared to the adult mob.

The multiplier for weight of Baby Skeleton spawns, compared to the adult mob.

The multiplier for maximum group size of Baby Stray spawns, compared to the adult mob.

The multiplier for max spawn cost of Baby Stray spawns, compared to the adult mob.

The multiplier for minimum group size of Baby Stray spawns, compared to the adult mob.

The multiplier for spawn cost per entity of Baby Stray spawns, compared to the adult mob.

The multiplier for weight of Baby Stray spawns, compared to the adult mob.

The multiplier for maximum group size of Baby Wither Skeleton spawns, compared to the adult mob.

The multiplier for max spawn cost of Baby Wither Skeleton spawns, compared to the adult mob.

The multiplier for minimum group size of Baby Wither Skeleton spawns, compared to the adult mob.

The multiplier for spawn cost per entity of Baby Wither Skeleton spawns, compared to the adult mob.

The multiplier for weight of Baby Wither Skeleton spawns, compared to the adult mob.

Radius of the explosion of Obsidian TNT. Vanilla TNT has a radius of 4.

Fuse time in ticks for Obsidian TNT. Vanilla TNT has a fuse of 80 ticks (4 seconds).

TCP port for the Voice server to listen on.

Attack speed of the Atomic Disassembler.

Amount (joules) of energy the Atomic Disassembler can accept per tick.

Base Energy (Joules) usage of the Atomic Disassembler. (Gets multiplied by speed factor)

Cost in Joules of using the Atomic Disassembler as a weapon.

The bonus attack damage of the Atomic Disassembler when it has at least energyUsageWeapon power stored. (Value is in number of half hearts)

Maximum amount (joules) of energy the Atomic Disassembler can contain.

The bonus attack damage of the Atomic Disassembler when it is out of power. (Value is in number of half hearts)

The max number of blocks the Atomic Disassembler can mine using the 'Vein Mining' mode. Requires veinMining to be enabled.

Maximum amount in mB of Nutritional Paste storable by the Canteen.

Rate in mB/t at which Nutritional Paste can be transferred into a Canteen.

Amount (joules) of energy the Electric Bow can accept per tick.

Cost in Joules of using the Electric Bow.

Cost in Joules of using the Electric Bow with flame mode active.

Maximum amount (joules) of energy the Electric Bow can contain.

Amount (joules) of energy the Energy Tablet can accept per tick.

Maximum amount (joules) of energy the Energy Tablet can contain.

Flamethrower tank capacity in mB.

Rate in mB/t at which a Flamethrower's tank can accept hydrogen.

Amount (joules) of energy the Free Runners can accept per tick.

Percent of damage taken from falling that can be absorbed by Free Runners when they have enough power.

Energy cost multiplier in Joules for reducing fall damage with free runners. Energy cost is: FallDamage * fallEnergyCost. (1 FallDamage is 1 half heart)

Maximum amount (joules) of energy Free Runners can contain.

Capacity in mB of gauge droppers.

Rate in mB/t at which a gauge dropper can be filled or emptied.

Jetpack tank capacity in mB.

Rate in mB/t at which a Jetpack's tank can accept hydrogen.

Energy capacity (Joules) of MekaSuit items without any installed upgrades. Quadratically scaled by upgrades.

Amount (joules) of energy the MekaSuit can accept per tick. Quadratically scaled by upgrades.

Percent of damage taken from falling that can be absorbed by MekaSuit Boots when they have enough power.

Percent of damage taken from magic damage that can be absorbed by MekaSuit Helmet with Purification unit when it has enough power.

Percent of damage taken from other non explicitly supported damage types that don't bypass armor when the MekaSuit has enough power and a full suit is equipped. Note: Support for specific damage types can be added by adding an entry for the damage type in the mekanism:mekasuit_absorption data map.

Energy usage (Joules) of MekaSuit per unit of damage applied.

Energy usage (Joules) per second of the MekaSuit when flying with the Elytra Unit.

Energy usage (Joules) of MekaSuit when lessening a potion effect.

Energy cost multiplier in Joules for reducing fall damage with MekaSuit Boots. Energy cost is: FallDamage * fall. (1 FallDamage is 1 half heart)

Energy usage (Joules) of MekaSuit per tick when flying via Gravitational Modulation.

Energy usage (Joules) of MekaSuit per tick of using hydrostatic repulsion.

Energy usage (Joules) of MekaSuit per tick of attracting a single item.

Energy usage (Joules) of MekaSuit when adding 0.1 to jump motion.

Energy cost multiplier in Joules for reducing magic damage via the inhalation purification unit. Energy cost is: MagicDamage * magicReduce. (1 MagicDamage is 1 half heart).

Energy usage (Joules) of MekaSuit per half-food of nutritional injection.

Energy usage (Joules) of MekaSuit when adding 0.1 to sprint motion.

Energy usage (Joules) of MekaSuit per tick of using vision enhancement.

Charge rate of inventory items in Joules/t when charging the player's inventory with the Charge Distribution Unit.

Maximum amount in mB of Hydrogen storable per installed jetpack unit.

Rate in mB/t at which Hydrogen can be transferred into the jetpack unit.

Maximum amount in mB of Nutritional Paste storable by the nutritional injection unit.

Rate in mB/t at which Nutritional Paste can be transferred into the nutritional injection unit.

Solar recharging rate in Joules/t of the helmet, per upgrade installed.

Attack speed of the Meka-Tool.

Base bonus damage applied by the Meka-Tool without using any energy.

Efficiency of the Meka-Tool with energy but without any upgrades.

Energy capacity (Joules) of the Meka-Tool without any installed upgrades. Quadratically scaled by upgrades.

Amount (joules) of energy the Meka-Tool can accept per tick. Quadratically scaled by upgrades.

Cost in Joules of using the Meka-Tool as an axe for stripping logs, scraping, or removing wax.

Base energy (Joules) usage of the Meka-Tool. (Gets multiplied by speed factor)

Cost in Joules of using the Meka-Tool as a hoe.

Cost in Joules of using the Meka-Tool to shear entities.

Cost in Joules of using the Meka-Tool to carefully shear and trim blocks.

Cost in Joules of using the Meka-Tool as a shovel for making paths and dowsing campfires.

Silk touch energy (Joules) usage of the Meka-Tool. (Gets multiplied by speed factor)

Cost in Joules of using the Meka-Tool to teleport 10 blocks.

Cost in Joules of using the Meka-Tool to deal 4 units of damage.

Maximum distance a player can teleport with the Meka-Tool.

Amount (joules) of energy the Network Reader can accept per tick.

Energy usage in joules for each network reading.

Maximum amount (joules) of energy the Network Reader can contain.

Amount (joules) of energy the Portable Teleporter can accept per tick.

Delay in ticks before a player is teleported after clicking the Teleport button in the portable teleporter.

Maximum amount (joules) of energy the Portable Teleporter can contain.

Scuba Tank capacity in mB.

Rate in mB/t at which a Scuba Tank can accept oxygen.

Amount (joules) of energy the Seismic Reader can accept per tick.

Energy usage in joules required to use the Seismic Reader.

Maximum amount (joules) of energy the Seismic Reader can contain.

Rate in mB/t at which chemicals gets auto ejected from block entities.

The percentage of a tank's capacity to leave contents in when set to dumping excess.

Rate in mB/t at which fluid gets auto ejected from block entities.

How many ticks must pass until a block's active state is synced with the client when the block stops being active. This prevents rapid state changes that can cause lag. Note: Mekanism's blocks always sync immediately when they go from inactive to active; this only controls the time it takes to go from active to inactive.

Amount of steam (mB) that each block of the boiler's cooled coolant portion contributes to the volume. Max = volume * cooledCoolantPerTank

Amount of steam (mB) that each block of the boiler's heated coolant portion contributes to the volume. Max = volume * heatedCoolantPerTank

Amount of steam (mB) that each block of the boiler's steam portion contributes to the volume. Max = volume * steamPerTank

Amount of heat each Boiler heating element produces.

How much Boiler heat is immediately usable to convert water to steam.

Amount of fluid (mB) that each block of the boiler's water portion contributes to the volume. Max = volume * waterPerTank

Maximum radius in blocks that the Digital Miner can reach. Increasing this may have negative effects on stability and memory usage. We strongly recommend you leave this at the default value.

Energy multiplier for using silk touch mode with the Digital Miner.

Number of ticks required to mine a single block with a Digital Miner (without any upgrades).

Amount of chemical (mB) that each block of the dynamic tank contributes to the volume. Total Chemical Capacity = volume * chemicalPerTank

Amount of fluid (mB) that each block of the dynamic tank contributes to the volume. Total Fluid Capacity = volume * fluidPerTank

Conversion multiplier from Forge Energy to Joules (FE * feConversionRate = Joules)

Number of ticks to burn an item at in a Fuelwood Heater. Use this config option to effectively make Fuelwood Heaters burn faster but produce the same amount of heat per item.

Amount of heat produced per fuel tick of a fuel's burn time in the Fuelwood Heater.

How much heat energy is created from one Joule of regular energy in the Resistive Heater.

Rate in mB/t at which generic chemical storage items can be filled or emptied.

Rate in mB/t at which generic fluid storage items can be filled or emptied.

Energy used per half heart of damage being transferred to entities.

Energy needed to destroy or attract blocks with a Laser (per block hardness level).

How far in blocks a laser can travel.

Peak processing rate in mB/t for the Solar Neutron Activator. Note: It can go higher than this value in some extreme environments.

Base factor for working out machine performance with upgrades - UpgradeModifier * (UpgradesInstalled/UpgradesPossible).

How much mB of Nutritional Paste equates to one 'half-food'.

Saturation level of Nutritional Paste when eaten.

Amount of Heavy Water in mB that is extracted per block of Water by the Electric Pump with a Filter Upgrade.

The number of blocks Fluidic Plenisher attempts to place fluid in before stopping.

Maximum block distance to pull fluid from for the Electric Pump.

Maximum chemical buffer (mb) of an Entangoloporter frequency - i.e. the maximum transfer per tick per frequency. Default is the ultimate chemical tank's capacity.

Maximum energy buffer (Joules) of an Entangoloporter frequency - i.e. the maximum transfer per tick per frequency. Default is the ultimate energy cube's capacity.

Maximum fluid buffer (mb) of an Entangoloporter frequency - i.e. the maximum transfer per tick per frequency. Default is the ultimate fluid tank's capacity.

The radius of chunks checked when running radiation calculations. The algorithm is efficient, but don't abuse it by making this crazy high.

Defines the minimum severity radiation dosage severity (scale of 0 to 1) for which negative effects can take place. Set to 1 to disable negative effects completely.

Radiation sources are multiplied by this constant roughly once per second to represent their emission decay. At the default rate, it takes roughly 10 hours to remove a 1,000 Sv/h (crazy high) source.

Radiated objects and entities are multiplied by this constant roughly once per second to represent their dosage decay.

Amount of chemical (mB) that can be stored in a Radioactive Waste Barrel.

Number of mB of chemical that decay every radioactiveWasteBarrelProcessTicks ticks when stored in a Radioactive Waste Barrel. Set to zero to disable decay all together. (Chemicals in the mekanism:waste_barrel_decay_blacklist tag will not decay).

Number of ticks required for radioactive chemical stored in a Radioactive Waste Barrel to decay radioactiveWasteBarrelDecayAmount mB.

Energy needed to process 1 mB of input (inputPerAntimatter * energyPerInput = energy to produce 1 mB of antimatter).

How much polonium in mB must be processed to make 1 mB of antimatter. The input tank capacity is 2x this value.

Amount of antimatter in mB that the SPS can store.

Amount of fluid (mB) that each block of the evaporation plant contributes to the input tank capacity. Max = volume * fluidPerTank

Heat capacity of Thermal Evaporation Plant layers. This increases the amount of energy needed to increase temperature.

Thermal Evaporation Plant heat loss per tick.

Amount of output fluid (mB) that the evaporation plant can store.

Heat to absorb per Solar Panel array installed on a Thermal Evaporation Plant.

Ratio of temperature to output amount produced.

Percent of heat damage negated by MekaSuit Pants with maximum geothermal generator units installed. This number scales down linearly based on how many units are actually installed.

Geothermal charging rate in Joules per tick, per degree above ambient, per upgrade installed. This value scales down based on how much of the MekaSuit Pants is submerged. Fire is treated as having a temperature of ~200K above ambient, lava has a temperature of 1,000K above ambient.