Standup Invention Lab I

Market group: Structure Equipment > Service Modules > Engineering Service Modules

Inventory group: Structure Module > Structure Engineering Service Module

Market

View on:

Basic

Mass:: 500 kg
Packaged volume:: 4,000 m³
Portion size:: 1
Capacity:: 0 m³
Volume:: 4,000 m³
Mass:: 500 kg
radius:: 1 m

Cargo

Capacity:: 0 m³

Fitting

CPU usage:: 700 tf
Powergrid Usage:: 30,000 MW
Max Modules Of This Type Allowed:: 1

Fuel

Service Module Cycle Fuel Need:: 12 units
Service Module Online Fuel Need:: 864 units
Full Power Mode Shield and Armor Hitpoint Multiplier:: 4 x
Service Module Fuel Need:: Fuel Block

Usage

Can be fitted to:: Citadel
Can be fitted to:: Engineering Complex
Can be fitted to:: Refinery

Reprocessing

Portion size:: 1

Output	Quantity
Tritanium	1,000,000
Pyerite	300,000
Mexallon	100,000
Isogen	24,000
Nocxium	5,000
Zydrine	2,500
Megacyte	1,000
Broadcast Node	10
Integrity Response Drones	5
Nano-Factory	5
Organic Mortar Applicators	10
Recursive Computing Module	10
Self-Harmonizing Power Core	10
Sterile Conduits	15
Wetware Mainframe	10

Basic reprocessing, not accounting for skills and other bonuses.

Manufacturing

Blueprint:: Standup Invention Lab I Blueprint

Output Standup Invention Lab I:

Manufacturing time:

10h

Copy time:

Material research:

3h 30m

Time research:

3h 30m

View on:

Industry

Adam4Eve Material Influence

Other

structureItemVisualFlag:: 1
serviceModuleFullPowerStateArmorPlatingMultiplier:: 1

Type Info

Type ID:: 35886
Group ID:: Structure Engineering Service Module
Icon ID:: 3013
Market group ID:: Engineering Service Modules
Meta group ID:: 54
Published:: true
Radius:: 1 m
Volume:: 4,000 m³

Description

The Standup Invention Lab I is a service module that allows Invention activity when installed into an Upwell technology structure.

While an Upwell Structure has at least one service module online, it will enter "full power" mode and gain significantly increased shield and armor hitpoints and an extra reinforcement cycle.

Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.