Hatch

-| Feature | Details |-|---|---|+| Property | Details |+| :--- | :--- | | **Category** | Base Pieces | | **Description** | Allows for entry/exit of a structure. Critical for any base. |  -The **Hatch** is a base module that can be constructed with the [[Habitat Builder]] to provide an entrance and exit to a seabase. The recipe is unlocked by default once the Habitat Builder is unlocked.-  ![Hatch](Hatch.png)  +The **Hatch** is a base module that can be constructed with the [[Habitat Builder]] to provide an entrance and exit to a seabase.+  ## Recipe  +The recipe is unlocked by default once the [[Habitat Builder]] is unlocked.+  | Ingredient | Amount |-|---|---|+| :--- | :--- | | Titanium | 1 | | Quartz | 1 |  -*Crafted using the Habitat Builder.*+**Crafted at:** Habitat Builder   ## Usage   The Hatch provides an entrance and exit to a seabase. It can be constructed in a square or circular shape.   ## Databank  -**Entry: Hatch**+**Source:** Fabricate a Habitat Builder  -The "Super Barrique" selective passage portal allows for simultaneous two-way, multiple-crew traffic between a pressurized interior and a dangerous exterior. This eliminates the need for lengthy mechanical cycles which can interrupt traffic and reduce the joy of free motion.- -- Heavy duty nanomembrane: molecular machines clasp hands across the entire surface of the hatch-- Sapphire laser systems provide energy and programming-- Membrane accepts crew members and cargo, while rejecting pressure and intruders-- Filters loose biomatter: great for Kharaa monitoring- -The membrane is only slightly weaker than solid titanium. In the event of a power loss, the nanomachines can sustain their grip for days. A mechanical iris is optionally provided to seal in the event of a long-term power failure.- -Instances of limb amputation or removal due to membrane error have been entirely eliminated from the design.- -*Source: Fabricate a Habitat Builder*+> The "Super Barrique" selective passage portal allows for simultaneous two-way, multiple-crew traffic between a pressurized interior and a dangerous exterior. This eliminates the need for lengthy mechanical cycles which can interrupt traffic and reduce the joy of free motion.+>+> - Heavy duty nanomembrane: molecular machines clasp hands across the entire surface of the hatch+> - Sapphire laser systems provide energy and programming+> - Membrane accepts crew members and cargo, while rejecting pressure and intruders+> - Filters loose biomatter: great for Kharaa monitoring+>+> The membrane is only slightly weaker than solid titanium. In the event of a power loss, the nanomachines can sustain their grip for days. A mechanical iris is optionally provided to seal in the event of a long-term power failure.+>+> Instances of limb amputation or removal due to membrane error have been entirely eliminated from the design.