Rise of MechTech

Massive update: 1. 1. 5

Mech changes

1. Fusion engines changes-

• []Overhauled how engines effect the overall speed of your mech.

  []Rule of thumb to determine the size of a mech's intended engine is by multiplying the mech's max weight by 3.

  []Speed can be increased further by removing current tonnage from a mech.

• []Ferro-Mithral Weave, A ferro-armor alloy with a tensile strength rating of 200 per ton that primarily consists of Mithral metal and somewhat decreases mech's cooling efficiency.

  []Ferro-Obdurium Weave, a ferro-armor alloy with a tensile strength rating of 130 per ton that primarily consists of obdurium metal and somewhat increases mech's heating efficiency.

  []Ferro-Kladenium Weave, An alloy for creating Ferro-armor with high concentration of Kladenium metal and with a tensile strength rating of 300 per ton. (Two types of metals may be used per mech part by utilizing the structure slots, head and center torso share alloy used.)

  []Ferro-Organic Weave, A ferro-armor alloy with a tensile strength rating of 110 per ton that primarily consists of organic and inorganic components and somewhat increases mech's healing efficiency. 

  []Organic Steel,  Organic Steel is a material that combines the durability and strength of traditional steel with the self-healing properties of organic tissues. Unlike traditional steel, which is entirely inorganic, Organic Steel contains a unique blend of organic and inorganic components that give it the ability to repair itself when damaged and has a tensile strength rating of 100 per ton. (Two types of metals may be used per mech part by utilizing the structure slots, head and center torso share alloy used.)

[]Oil pressure can be lost when limbs are heavily damage and causes the mech to suffer heat efficiency penalties until the lines are repressurized.

[]Equipment can be installed to help prevent your mech from losing oil pressure and or speed up the time it takes to repressurize the oil lines.