The Touch Armor Class formula is as follows: 10 + Size Modifier + Dexterity Modifier + Other Bonuses.
What is touch and flat-footed AC?
Flat-footed AC is when you are caught unawares, or are unable to move, and can’t move out of the way of it. Thus, AC bonuses from agility don’t apply, such as Dexterity and Dodge. You still apply Armor, Natural Armor, Shield, Size, and Deflection. TL;DR: Armor, Shield, and Natural armor don’t apply to Touch.
What is flat-footed AC?
Flat-footed AC is when you are caught unawares, or are unable to move, and can’t move out of the way of it. Thus, AC bonuses from agility don’t apply, such as Dexterity and Dodge. You still apply Armor, Natural Armor, Shield, Size, and Deflection.
What’s the difference between touch and flat footed AC?
Touch AC is calculated by how easy it is to touch someone; thus, AC that comes from ‘being tough’ doesn’t apply. Armor, Natural armor, and Shield bonuses to AC do not apply. You still apply Dexterity, Deflection, Dodge, and Size bonuses to AC. Flat-footed AC is when you are caught unawares, or are unable to move,…
Is there a way to calculate touch AC?
Touch AC is calculated by how easy it is to touch someone; thus, AC that comes from ‘being tough’ doesn’t apply. Armor, Natural armor, and Shield bonuses to AC do not apply. You still apply Dexterity, Deflection, Dodge, and Size bonuses to AC.
Is there touch AC and / or flatfooted AC in 5th Edition D & D?
To put it simply, in D&D 3.5, touch AC excludes armor bonuses when armor can’t help against an attack, and flatfooted AC excludes your Dexterity bonus when you haven’t acted yet in combat. This question would be more answerable if there were definitions and rule citations for Touch AC or Flat-Footed. Were these only used in 3.x? Pathfinder? 4e?
What does flat footed AC do in Pathfinder?
Flat-footed AC is when you are caught unawares, or are unable to move, and can’t move out of the way of it. Thus, AC bonuses from agility don’t apply, such as Dexterity and Dodge. You still apply Armor, Natural Armor, Shield, Size, and Deflection.
