Changes

| align="center" | 700m

| align="center" | 2

| align="center" | -/-/-/-/3

|

| align="center" | 70

| align="center" | Low

| align="center" | 1, 2

| align="left" | Dirty ice, mostly H2O with trace chemicals.

| align="center" | 150

| align="center" | 20

| align="center" | 1,2,4,7

| align="left" | Unrefined silicate material.

| align="center" | 150

| align="center" | 30

| align="center" | 3,4,5,6,7,8

| align="left" | Ore which is heavy in carbon compounds.

| align="center" | 200

| align="center" | 70

| align="center" | 1,4,5,6,7,8

| align="left" | Ore composed mostly of iron.

| align="center" | 150

| align="center" | 100

| align="center" | 1,2

| align="left" | A common asteroid composition containing lighter elements and chemical compounds.

| align="center" | 250

| align="center" | 100

| align="center" | 4,5,6,8

| align="left" | A common asteroid composition containing heavy and radioactive metals.

| align="center" | 300

| align="center" | 200

| align="center" | 8

| align="left" | Ore containing the precious mineral Xithricite

| align="center" | 200

| align="center" | 700

| align="center" | 1,5

| align="left" | Ore containing heavy and radioactive metals.

| align="center" | 150

| align="center" | 300

| align="center" | 2

| align="left" | Rare ore found often in young solar systems

| align="center" | 250

| align="center" | 200

| align="center" | 2,4

| align="left" | Rare ore formed in the residue of a star's collapse

| align="center" | 200

| align="center" | 500

| align="center" | 5

| align="left" | A rare asteroid composition formed only at very high temperatures

| align="center" | 150

| align="center" | 400

| align="center" | 7

| align="left" | A rare asteroid composition of complex chemical material

| align="center" | 100

| align="center" | 400

| align="center" | 3,4

| align="left" | Rare ore formed under intense heat and tidal forces. Often found in association with Ferro-carbonic ores.