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Guide to Mine Production
By Dovahseod
A list of all elements available on each planet's mines, their rarity, base time per unit resource (base time), value, and value per unit time (V/T) as calculated.

The elements with the highest value, V/T or per-mine value during period of time (V/20m, V/90m and V/480m, see section Value Produced over a Time Period for details) will be listed for each mine at each depth level.

This guide will be updated as the game receive updates that alter the value of resources or related game mechanics.

Note 1: As the planets and elements are discovered along the progress of the story, this guide may be considered to contain spoilers. The guide is split into sections based on the resources available to each tier, aiming to minimize the impact for one reading from top to bottom.

Note 2: Values are rounded half to even[en.wikipedia.org] to the nearest 0.01 wherever rounding is applied in text, and values are rounded half-up to the nearest 0.0001 wherever rounding is applied in the spreadsheet screenshots.

Note 3: The deepest y level an ore can be obtained from is omitted from the descriptions for brevity's sake, as this guide is focused on producing income with the mines. You may consult the periodic table in-game to acquire this information.
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Category: Loot, Maps or Levels
Languages: English
Posted
Updated
26 Oct, 2024 @ 12:39am
1 Mar @ 5:13am
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Guide Index
Overview
Resource Rarity 
Mine Speed and Storage Capacity 
Value Produced over a Time Period 
Islandora 1 (Tier 1) 
Frostera 1 (Tier 2) 
Vulcanar 1 (Tier 3) 
Islandora 2 (Tier 4-5) 
Frostera 2+ (Tier 6) 
Vulcanar 2+ (Tier 7) 
Islandora 3+ (Tier 8-9) 
Islandora 3+ (cont.) 
Toxera 1 (TT Tier 1) 
Toxera 2 (TT Tier 2) 
Toxera 3+ (TT Tier 3-4) 
Restarting Maps 
Comments
Resource Rarity
Rarity of an element determine their drop chance and the speed a mine output a unit of resource.

An element of rarity 1 is the base drop when mining an ore. If the ore also produce other elements, then the other elements will be of rarity 2 or above and have a drop rate of rarity cubed over one, rounded to the nearest 0.01%. The drop rate is subtracted from the base resource's drop rate. A tile of ore may drop multiple units of resources, and the drop rate of each resource is the chance that the resource is the one received at each drop.

The base time it takes for a mine to produce a unit of resource is 20 seconds times rarity cubed. The value of a unit of rare resource is its ore's base drop value times rarity squared.
For example:
Magnesium ore also drops calcium with rarity 2. Magnesium has a value of 144.

Rarity 2 is a drop rate of 1/8 or 12.50%, therefore the drop rate for calcium and magnesium are 1/8 = 12.50% and (100% - 12.50%) = 87.50%, respectively.

The base time for calcium would be 20s * 2³ = 160s, and the value would be 144 * 2² = 576.

The drop rate, base timer per unit resource and value multiplier of each rarity is shown in the table below.
Rarity
Drop Rate
Base Time
Value vs. Base
1
Base drop
20s
1x
2
1/8 or 12.50%
160s = 2m40s
4x
3
1/27 or 3.70%
540s = 9m
9x
4
1/64 or 1.56%
1,280s = 21m20s
16x
5
1/125 or 0.80%
2,500s = 41m40s
25x
6
1/217 or 0.46%
4,320s = 1h12m0s
36x
7
1/345 or 0.29%
6,860s = 1h54m20s
49x
8
1/526 or 0.19%
10,240s = 2h50m40s
64x
9
1/769 or 0.13%
14,580s = 4h3m0s
81x
10
1/1000 or 0.10%
20,000s = 5h33m20s
100x

Note: Drop rate of an element and drop rate as an upgradable skill refer to different things. The former never change and refers to the chance of receiving this resource when receiving a unit of resource from mining a tile of ore, while increasing the latter means receiving more resource per mined tile of ore.
Mine Speed and Storage Capacity
Each element has a certain base time per unit of resource, determined its rarity, calculated as 20 seconds times rarity cubed, as mentioned in the previous section.

By having multiple mines on one planet, you can reduce the time it takes each unit of resource to be produced (time per unit resource), which is calculated as base time divided by amount of mines.
For example:
7 mines are active on a planet and producing a resource with rarity 2.

The base time of rarity 2 is 160s, so it will take 160/7 ≈ 22.86s to produce a unit of resource.

The capacity of a planet is calculated as the amount of mines times 10, therefore a planet's storage will always get filled in roughly 10 times the base time per unit of resource.

Note that the game progress a constant amount of time per frame rendered based on your fps setting, therefore the fps the game actually runs at will affect the speed the mines run at in terms of real-world time.

Due to the limitation of storage capacity, it is worth considering the total production of a resource in a given period of time, as generally it is not practical to collect mined resources every 3 minutes. The effect of collection period on mine production will be further discussed in the next section.
Value Produced over a Time Period
In general, mines produce the most value per unit time through rarity 1 resources from the deepest level available at the moment, but rarity 1 resources fill up the storage in only 3 minutes 20 seconds. Therefore, it is also worth evaluating resources by actual value produced over a given time period, in addition to V/T which is short-term value produced, and value which affects total value produced over a long enough period without intervention.

For the sake of brevity, the per-mine value produced over a collection period of 20 minutes (= 1200s) typical for a mining trip, 1.5 hours (= 90 minutes = 5,400s) typical for AFK mine farming, and 8 hours (= 480m = 28,800s) typical for overnight AFK respectively will be calculated for each resource, and the best resource in term of each metric as available in different depths reached will be listed for each stage of game progression.

Produced per-mine value over period time for each time period are denoted as V/20m, V/90m and V/480m respectively.

Note that the actual per-mine value produced over one given time period will still be dependent on the amount of mines available, as you produce integer amounts of resources, and no value is actually produced until the unit of resource has finished producing. The more mines you have, the less time it takes for each unit of resource to produce, and the less the difference between the average per-mine value over period time and the actual per-mine value over period time.

(Author's comment: I don't think t he game is balanced around AFKing all night for in-game currency, to be honest.)

Rarity
Base Time
Time till Full Storage
V/20m / V
V/90m / V
V/480m / V
1
20s
200s = 3m20s
10.00
10.00
10.00
2
160s = 2m40s
1,600s = 26m40s
7.50
10.00
10.00
3
540s = 9m
5,400s = 1h30m
2.22
10.00
10.00
4
1,280s = 21m20s
12,800s = 3h33m20s
0.94
4.22
10.00
5
2,500s = 41m40s
25,000s = 6h56m40s
0.48
2.16
10.00
6
4,320s = 1h12m
43,200s = 12h
0.28
1.25
6.67
7
6,860s = 1h54m20s
68,600s = 19h3m20s
0.17
0.79
4.20
Islandora 1 (Tier 1)
Highest Value: Calcium @ 576 (V/T: 3.60/s)
Highest V/T: Sodium = magnesium = zirconium @ 7.20/s

Highest V/20m: Calcium @ 4,320.00
Highest V/90m: Calcium @ 5,760.00
Highest V/480m: Calcium @ 5,760.00

Alkali Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Sodium
1
20
144
7.20
Alkaline Earth Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Magnesium
1
20
144
7.20
Calcium
2
160
576
3.60
Rare drop of magnesium ore.
Transition Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Titanium
1
20
128
6.40
Iron
1
20
113
5.65
Yttrium
2
160
512
3.20
Rare drop of titanium ore.
Zirconium
1
20
144
7.20
Frostera 1 (Tier 2)
Highest Value: Argon @ 932 (V/T: 5.82/s)
Highest V/T: Oxygen @ 20.40/s

Highest V/20m: Argon @ 6,990.00
Highest V/90m: Argon @ 9,320.00
Highest V/480m: Argon @ 9,320.00

Halogens
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Fluorine
1
20
142
7.10
Noble Gases
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Neon
1
20
233
11.65
Argon
2
160
932
5.82
Rare drop of neon ore.
Non Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Oxygen
1
20
408
20.40
Vulcanar 1 (Tier 3)
Highest value:
  • y < 200: Thallium @ 4,592 (V/T: 3.59/s)
  • y < 300: Germanium @ 6,528 (V/T: 5.10/s)
  • y ≥ 300: Indium @ 22,428 (V/T: 5.19/s)
Highest V/T:
  • y < 200: Hydrogen @ 20.40/s
  • y < 300: Hydrogen = arsenic @ 20.40/s
  • y ≥ 300: Tin @ 31.15/s
Highest V/20m:
  • y < 200: Gallium @ 6,060.00
  • y < 300: Germanium @ 6,120.00
  • y ≥ 300: Indium = tin @ 6,230.00
Highest V/90m:
  • y < 200: Boron @ 20,970.00
  • y < 300: Germanium @ 27,540.00
  • y ≥ 300: Indium @ 28,035.00
Highest V/480m:
  • y < 200: Thallium @ 45,920.00
  • y < 300: Germanium @ 65,280.00
  • y ≥ 300: Indium @ 149,520.00

Hydrogen
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Hydrogen
1
20
408
20.40
Other Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Aluminium
1
20
202
10.10
Gallium
2
160
808
5.05
Rare drop of aluminium ore.
Indium
6
4,320
22,428
5.19
Rare drop of tin ore. Available starting at y300.
Tin
1
20
623
31.15
Available starting at y300.
Thallium
4
1,280
4,592
3.59
Rare drop of lead ore.
Lead
1
20
287
14.35
Metalloids
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Boron
3
540
2,097
3.88
Rare drop of silicon ore.
Silicon
1
20
233
11.65
Germanium
4
1,280
6,528
5.10
Rare drop of arsenic ore. Available starting at y200.
Arsenic
1
20
408
20.40
Available starting at y200.
Islandora 2 (Tier 4-5)
Highest value:
  • y < 100: Calcium @ 576 (V/T: 3.60/s)
  • y < 300: Vanadium @ 1,656 (V/T: 3.07/s)
  • y < 500: Rhodium @ 4,784 (V/T: 3.74/s)
  • y < 600: Strontium = rhenium @ 12,150 (V/T: 4.86/s)
  • y < 800: Ruthenium @ 22,284 (V/T: 5.16/s)
  • y ≥ 800: Scandium @ 49,294 (V/T: 7.19/s)
Highest V/T:
  • y < 100: Sodium = magnesium = zirconium @ 7.20/s
  • y < 200: Chromium @ 9.20/s
  • y < 300: Copper @ 11.70/s
  • y < 400: Nickel @ 14.95/s
  • y < 500: Zinc @ 19.05/s
  • y < 600: Barium = manganese, @ 24.30/s
  • y < 700: Cobalt @ 30.95/s
  • y < 800: Hafnium @ 39.45/s
  • y < 900: Niobium @ 50.30/s
  • y ≥ 900: Tantalum @ 64.15/s
Highest V/20m:
  • y < 300: Calcium @ 4,320.00
  • y < 500: Rhodium @ 4,485.00
  • y < 600: Strontium = rhenium @ 5,832.00
  • y < 700: Cobalt = ruthenium @ 6,190.00
  • y < 800: Hafnium @ 7,890.00
  • y < 900: Niobium @ 10,060.00
  • y ≥ 900: Tantalum @ 12,830.00
Highest V/90m:
  • y < 100: Calcium @ 5,760.00
  • y < 300: Vanadium @ 16,560.00
  • y < 500: Rhodium @ 20,182.50
  • y < 600: Strontium = rhenium @ 26,244.00
  • y < 800: Ruthenium @ 27,855.00
  • y ≥ 800: Scandium @ 38,802.86
Highest V/480m:
  • y < 100: Calcium @ 5,760.00
  • y < 300: Vanadium @ 16,560.00
  • y < 500: Rhodium @ 47,840.00
  • y < 600: Strontium = rhenium @ 121,500.00
  • y < 800: Ruthenium @ 148,560.00
  • y ≥ 800: Scandium @ 206,948.57

Alkali Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Sodium
1
20
144
7.20
Alkaline Earth Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Magnesium
1
20
144
7.20
Calcium
2
160
576
3.60
Rare drop of magnesium ore.
Strontium
5
2,500
12,150
4.86
Rare drop of barium ore. Available starting at y500.
Barium
1
20
486
24.30
Available starting at y500.
Transition Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Scandium
7
6,860
49,294
7.19
Rare drop of niobium ore. Available starting at y800.
Titanium
1
20
128
6.40
Vanadium
3
540
1,656
3.07
Rare drop of chromium ore. Available starting at y100.
Chromium
1
20
184
9.20
Available starting at y100.
Manganese
1
20
486
24.30
Available starting at y500.
Iron
1
20
113
5.65
Cobalt
1
20
619
30.95
Available starting at y600.
Nickel
1
20
299
14.95
Available starting at y300.
Copper
1
20
234
11.70
Available starting at y200.
Zinc
1
20
381
19.05
Available starting at y400.
Yttrium
2
160
512
3.20
Rare drop of titanium ore.
Zirconium
1
20
144
7.20
Niobium
1
20
1,006
50.30
Available starting at y800.
Ruthenium
6
4,320
22,284
5.16
Rare drop of cobalt ore. Available starting at y600.
Rhodium
4
1,280
4,784
3.74
Rare drop of nickel ore. Available starting at y300.
Hafnium
1
20
789
39.45
Available starting at y700.
Tantalum
1
20
1,283
64.15
Available starting at y900.
Rhenium
5
2,500
12,150
4.86
Rare drop of manganese ore. Available starting at y500.
Frostera 2+ (Tier 6)
Highest value:
  • y < 200: Argon @ 932 (V/T: 5.82/s)
  • y < 250: Nitrogen @ 2,097 (V/T: 3.88/s)
  • y < 400: Bromine @ 2,583 (V/T: 4.78/s)
  • y ≥ 400: Xenon @ 25,812 (V/T: 5.98/s)
Highest V/T:
  • y < 200: Oxygen @ 20.40/s
  • y < 400: Helium = oxygen @ 20.40/s
  • y < 600: Krypton @ 35.85/s
  • y < 750: Radon @ 47.50/s
  • y ≥ 750: Iodine @ 58.65/s
Highest V/20m:
  • y < 400: Argon @ 6,990.00
  • y < 600: Krypton = xenon @ 7,170.00
  • y < 750: Xenon @ 9,500.00
  • y ≥ 750: Astatine @ 17,595.00
Highest V/90m:
  • y < 200: Argon @ 9,320.00
  • y < 250: Nitrogen @ 20,970.00
  • y < 400: Bromine @ 25,830.00
  • y < 750: Xenon @ 32,265.00
  • y ≥ 750: Astatine @ 79,177.50
Highest V/480m:
  • y < 200: Argon @ 9,320.00
  • y < 250: Nitrogen @ 20,970.00
  • y < 400: Bromine @ 25,830.00
  • y < 750: Xenon @ 172,080.00
  • y ≥ 750: Astatine @ 187,680.00

Halogens
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Fluorine
1
20
142
7.10
Chlorine
1
20
287
14.35
Available starting from y250.
Bromine
3
540
2,583
4.78
Rare drop of chlorine ore. Available starting from y250.
Iodine
1
20
1,173
58.65
Available starting from y750.
Astatine
4
1,280
18,768
14.66
Rare drop of iodine ore. Available starting from y750.
Noble Gases
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Helium
1
20
408
20.40
Available starting from y200.
Neon
1
20
233
11.65
Argon
2
160
932
5.82
Rare drop of neon ore.
Krypton
1
20
717
35.85
Available starting from y400.
Xenon
6
4,320
25,812
5.98
Rare drop of krypton ore. Available starting from y400.
Radon
1
20
950
47.50
Available starting from y600.
Non Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Carbon
1
20
233
11.65
Available starting from y200.
Nitrogen
3
540
2,097
3.88
Rare drop of carbon ore. Available starting from y200.
Oxygen
1
20
408
20.40
Phosphorus
1
20
408
20.40
Available starting from y400.
Sulfur
5
2,500
10,200
4.08
Rare drop of phosphorus ore. Available starting from y400.
Selenium
1
20
717
35.85
Available starting from y600.
Vulcanar 2+ (Tier 7)
Highest value:
  • y < 200: Thallium @ 4,592 (V/T: 3.59/s)
  • y < 300: Germanium @ 6,528 (V/T: 5.10/s)
  • y < 800: Indium @ 22,428 (V/T: 5.19/s)
  • y ≥ 800: Polonium @ 31,475 (V/T: 12.59/s)
Highest V/T:
  • y < 200: Hydrogen @ 20.40/s
  • y < 300: Hydrogen = arsenic @ 20.40/s
  • y < 400: Tin @ 31.15/s
  • y < 600: Antimony @ 35.85/s
  • y < 800: Bismuth @ 47.50/s
  • y ≥ 800: Tellurium @ 62.95/s
Highest V/20m:
  • y < 200: Gallium @ 6,060.00
  • y < 300: Germanium @ 6,120.00
  • y < 400: Indium = tin @ 6,230.00
  • y < 600: Antimony @ 7,170.00
  • y < 800: Bismuth @ 9,500.00
  • y ≥ 800: Polonium @ 15,108.00
Highest V/90m:
  • y < 200: Boron @ 20,970.00
  • y < 300: Germanium @ 27,540.00
  • y < 800: Indium @ 28,035.00
  • y ≥ 800: Polonium @ 67,986.00
Highest V/480m:
  • y < 200: Thallium @ 45,920.00
  • y < 300: Germanium @ 65,280.00
  • y < 800: Indium @ 149,520.00
  • y ≥ 800: Polonium @ 314,750.00

Hydrogen
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Hydrogen
1
20
408
20.40
Other Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Aluminium
1
20
202
10.10
Gallium
2
160
808
5.05
Rare drop of aluminium ore.
Indium
6
4,320
22,428
5.19
Rare drop of tin ore. Available starting at y300.
Tin
1
20
623
31.15
Available starting at y300.
Thallium
4
1,280
4,592
3.59
Rare drop of lead ore.
Lead
1
20
287
14.35
Bismuth
1
20
950
47.50
Available starting at y600.
Metalloids
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Boron
3
540
2,097
3.88
Rare drop of silicon ore.
Silicon
1
20
233
11.65
Germanium
4
1,280
6,528
5.10
Rare drop of arsenic ore. Available starting at y200.
Arsenic
1
20
408
20.40
Available starting at y200.
Antimony
1
20
717
35.85
Available starting at y400.
Tellurium
1
20
1,259
62.95
Available starting at y800.
Polonium
5
2,500
31,475
12.59
Rare drop of tellurium ore. Available starting at y800.
Islandora 3+ (Tier 8-9)
Highest value:
  • y < 100: Calcium @ 576 (V/T: 3.60/s)
  • y < 300: Vanadium @ 1,656 (V/T: 3.07/s)
  • y < 500: Rhodium @ 4,784 (V/T: 3.74/s)
  • y < 600: Strontium = rhenium @ 12,150 (V/T: 4.86/s)
  • y < 800: Ruthenium @ 22,284 (V/T: 5.16/s)
  • y < 1,100: Scandium @ 49,294 (V/T: 7.19/s)
  • y < 1,500: Technetium @ 208,600 (V/T: 10.43/s)
  • y < 1,600: Osmium @ 352,768 (V/T: 34.45/s)
  • y ≥ 1,600: Iridium @ 504,144 (V/T: 34.58/s)
Highest V/T:
  • y < 100: Sodium = magnesium = zirconium @ 7.20/s
  • y < 200: Chromium @ 9.20/s
  • y < 300: Copper @ 11.70/s
  • y < 400: Nickel @ 14.95/s
  • y < 500: Zinc @ 19.05/s
  • y < 600: Barium = manganese, @ 24.30/s
  • y < 700: Cobalt @ 30.95/s
  • y < 800: Hafnium @ 39.45/s
  • y < 900: Niobium @ 50.30/s
  • y < 1,000: Tantalum @ 64.15/s
  • y < 1,100: Potassium = tungsten @ 81.80/s
  • y < 1,200: Molybdenum @ 104.30/s
  • y < 1,300: Cadmium @ 132.95/s
  • y < 1,400: Mercury @ 169.55/s
  • y < 1,500: Silver @ 216.15/s
  • y < 1,600: Rubidium = beryllium = palladium @ 275.60/s
  • y < 1,700: Platinum @ 311.20/s
  • y ≥ 1,700: Gold @ 351.40/s
Highest V/20m:
  • y < 300: Calcium @ 4,320.00
  • y < 500: Rhodium @ 4,485.00
  • y < 600: Strontium = rhenium @ 5,832.00
  • y < 700: Cobalt = ruthenium @ 6,190.00
  • y < 800: Hafnium @ 7,890.00
  • y < 900: Niobium @ 10,060.00
  • y < 1,000: Tantalum @ 12,830.00
  • y < 1,300: Lithium @ 32,720.00
  • y < 1,400: Mercury @ 33,910.00
  • y < 1,500: Silver @ 43,230.00
  • y ≥ 1,500: Caesium @ 82,680.00
Highest V/90m:
  • y < 100: Calcium @ 5,760.00
  • y < 300: Vanadium @ 16,560.00
  • y < 500: Rhodium @ 20,182.50
  • y < 600: Strontium = rhenium @ 26,244.00
  • y < 800: Ruthenium @ 27,855.00
  • y < 1,000: Scandium @ 38,802.86
  • y < 1,500: Lithium @ 147,240.00
  • y ≥ 1,500: Caesium @ 372,060.00
Highest V/480m:
  • y < 100: Calcium @ 5,760.00
  • y < 300: Vanadium @ 16,560.00
  • y < 500: Rhodium @ 47,840.00
  • y < 600: Strontium = rhenium @ 121,500.00
  • y < 800: Ruthenium @ 148,560.00
  • y < 1,100: Scandium @ 206,948.57
  • y < 1,500: Technetium @ 300,384.00
  • y < 1,600: Osmium @ 992,160.00
  • y ≥ 1,600: Iridium @ 995,840.00
Islandora 3+ (cont.)
Alkali Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Lithium
3
540
14,724
27.27
Rare drop of potassium ore. Available starting at y1000.
Sodium
1
20
144
7.20
Potassium
1
20
1,636
81.80
Available starting at y1000.
Rubidium
1
20
5,512
275.60
Available starting at y1500.
Caesium
4
1,280
88,192
68.90
Rare drop of rubidium ore. Available starting at y1500.
Alkaline Earth Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Beryllium
1
20
5,512
275.60
Available starting at y1500.
Magnesium
1
20
144
7.20
Calcium
2
160
576
3.60
Rare drop of magnesium ore.
Strontium
5
2,500
12,150
4.86
Rare drop of barium ore. Available starting at y500.
Barium
1
20
486
24.30
Available starting at y500.
Transition Metals
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Scandium
7
6,860
49,294
7.19
Rare drop of niobium ore. Available starting at y800.
Titanium
1
20
128
6.40
Vanadium
3
540
1,656
3.07
Rare drop of chromium ore. Available starting at y100.
Chromium
1
20
184
9.20
Available starting at y100.
Manganese
1
20
486
24.30
Available starting at y500.
Iron
1
20
113
5.65
Cobalt
1
20
619
30.95
Available starting at y600.
Nickel
1
20
299
14.95
Available starting at y300.
Copper
1
20
234
11.70
Available starting at y200.
Zinc
1
20
381
19.05
Available starting at y400.
Yttrium
2
160
512
3.20
Rare drop of titanium ore.
Zirconium
1
20
144
7.20
Niobium
1
20
1,006
50.30
Available starting at y800.
Molybdenum
1
20
2,086
104.30
Available starting at y1100.
Technetium
10
20,000
208,600
10.43
Rare drop of molybdenum ore. Available starting at y1100.
Ruthenium
6
4,320
22,284
5.16
Rare drop of cobalt ore. Available starting at y600.
Rhodium
4
1,280
4,784
3.74
Rare drop of nickel ore. Available starting at y300.
Palladium
1
20
5,512
275.60
Available starting at y1500.
Silver
1
20
4,323
216.15
Available starting at y1400.
Cadmium
1
20
2,659
132.95
Available starting at y1200.
Hafnium
1
20
789
39.45
Available starting at y700.
Tantalum
1
20
1,283
64.15
Available starting at y900.
Tungsten
1
20
1,636
81.80
Available starting at y1000.
Rhenium
5
2,500
12,150
4.86
Rare drop of manganese ore. Available starting at y500.
Osmium
8
10,240
352,768
34.45
Rare drop of palladium ore. Available starting at y1500.
Iridium
9
14,580
504,144
34.58
Rare drop of platinum ore. Available starting at y1600.
Platinum
1
20
6,224
311.20
Available starting at y1600.
Gold
1
20
7,028
351.40
Available starting at y1700.
Mercury
1
20
3,391
169.55
Available starting at y1300.
Toxera 1 (TT Tier 1)
Highest value: Neptunium @ 528 (V/T: 3.30/s)
Highest V/T: Hydrogen @ 20.40/s

Highest V/20m: Hydrogen @ 4,080.00
Highest V/90m: Neptunium @ 5,280.00
Highest V/480m: Neptunium @ 5,280.00

Hydrogen
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Hydrogen
1
20
408
20.40
Lanthanides
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Lanthanum
1
20
132
6.60
Cerium
1
20
132
6.60
Actinides
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Actinium
1
20
132
6.60
Neptunium
2
160
528
3.30
Rare drop of actinium ore.
Toxera 2 (TT Tier 2)
Highest value:
  • y < 200: Neptunium @ 528 (V/T: 3.30/s)
  • y < 400: Praseodymium @ 932 (V/T: 5.82/s)
  • y ≥ 400: Plutonium @ 3,672 (V/T: 6.80/s)
Highest V/T:
  • y < 400: Hydrogen @ 20.40/s
  • y ≥ 400: Hydrogen = uranium @ 20.40/s
Highest V/20m:
  • y < 200: Hydrogen @ 4,080.00
  • y < 400: Praseodymium @ 6,990.00
  • y ≥ 400: Plutonium @ 8,160.00
Highest V/90m:
  • y < 200: Neptunium @ 5,280.00
  • y < 400: Praseodymium @ 9,320.00
  • y ≥ 400: Plutonium @ 36,720.00
Highest V/480m:
  • y < 200: Neptunium @ 5,280.00
  • y < 400: Praseodymium @ 9,320.00
  • y ≥ 400: Plutonium @ 36,720.00

Hydrogen
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Hydrogen
1
20
408
20.40
Lanthanides
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Lanthanum
1
20
132
6.60
Cerium
1
20
132
6.60
Praseodymium
2
160
932
5.82
Rare drop of neodymium ore. Available starting at y200.
Neodymium
1
20
233
11.65
Available starting at y200.
Promethium
1
20
408
20.40
Available starting at y400.
Actinides
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Actinium
1
20
132
6.60
Thorium
1
20
233
11.65
Available starting at y200.
Protactinium
1
20
233
11.65
Available starting at y200.
Uranium
1
20
408
20.40
Available starting at y400.
Neptunium
2
160
528
3.30
Rare drop of actinium ore.
Plutonium
3
540
3,672
6.80
Rare drop of uranium ore. Available starting at y400.
Toxera 3+ (TT Tier 3-4)
Highest value:
  • y < 200: Neptunium @ 528 (V/T: 3.30/s)
  • y < 400: Praseodymium @ 932 (V/T: 5.82/s)
  • y < 600: Plutonium @ 3,672 (V/T: 6.80/s)
  • y < 800: Europium @ 6,453 (V/T: 11.95/s)
  • y ≥ 800: Dysprosium = berkelium @ 20,144 (V/T: 15.74/s)
Highest V/T:
  • y < 400: Hydrogen @ 20.40/s
  • y < 600: Hydrogen = uranium @ 20.40/s
  • y < 800: Samarium = gadolinium = americium @ 35.85/s
  • y ≥ 800: Terbium = curium = californium @ 62.95/s
Highest V/20m:
  • y < 200: Hydrogen @ 4,080.00
  • y < 400: Praseodymium @ 6,990.00
  • y < 600: Plutonium @ 8,160.00
  • y < 800: Europium @ 14,340.00
  • y ≥ 800: Dysprosium = berkelium @ 18,885.00
Highest V/90m:
  • y < 200: Neptunium @ 5,280.00
  • y < 400: Praseodymium @ 9,320.00
  • y < 600: Plutonium @ 36,720.00
  • y < 800: Europium @ 64,530.00
  • y ≥ 800: Dysprosium = berkelium @ 84,982.50
Highest V/480m:
  • y < 200: Neptunium @ 5,280.00
  • y < 400: Praseodymium @ 9,320.00
  • y < 600: Plutonium @ 36,720.00
  • y < 800: Europium @ 64,530.00
  • y ≥ 800: Dysprosium = berkelium @ 201,440.00

Hydrogen
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Hydrogen
1
20
408
20.40
Lanthanides
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Lanthanum
1
20
132
6.60
Cerium
1
20
132
6.60
Praseodymium
2
160
932
5.82
Rare drop of neodymium ore. Available starting at y200.
Neodymium
1
20
233
11.65
Available starting at y200.
Promethium
1
20
408
20.40
Available starting at y400.
Samarium
1
20
717
35.85
Available starting at y600.
Europium
3
540
6,453
11.95
Rare drop of samarium ore. Available starting at y600.
Gadolinium
1
20
717
35.85
Available starting at y600.
Terbium
1
20
1,259
62.95
Available starting at y800.
Dysprosium
4
1,280
20,144
15.74
Rare drop of terbium ore. Available starting at y800.
Actinides
Element
Rarity
Base Time/s
Value
V/T /s⁻¹
Notes
Actinium
1
20
132
6.60
Thorium
1
20
233
11.65
Available starting at y200.
Protactinium
1
20
233
11.65
Available starting at y200.
Uranium
1
20
408
20.40
Available starting at y400.
Neptunium
2
160
528
3.30
Rare drop of actinium ore.
Plutonium
3
540
3,672
6.80
Rare drop of uranium ore. Available starting at y400.
Americium
1
20
717
35.85
Available starting at y600.
Curium
1
20
1,259
62.95
Available starting at y800.
Berkelium
4
1,280
20,144
15.74
Rare drop of curium ore. Available starting at y800.
Californium
1
20
1,259
62.95
Available starting at y800.
Restarting Maps
Restarting a map does not reset the amount of mines active on the map. The maximum amount of mines you have ever built and powered up on a map is the amount of mines in operation on that map.
For example:
3 out of 6 mines have been unlocked on a map, and you decide to restart the map.

As you unlock up to the 3rd mine on the restarted map, the map will contribute 3 mines to the planet's total, in terms of storage capacity and mine production.

After you unlock the 4th mine on the restarted map, the map will start contributing 4 mines to the planet's total.
5 Comments
< >
Dovahseod  [author] 28 minutes ago 
@スエット They only produce when you have the save file loaded, as far as I know.
スエット 5 hours ago 
do mines mine offline like u have the computer turned off and it produces
AurelOy 18 Nov, 2024 @ 3:28pm 
Awesome work
AtlasRedux 30 Oct, 2024 @ 12:11am 
All hail /bow
Salamundolo 28 Oct, 2024 @ 1:20pm 
than you very much for that, i gave you points for that :)