Quasimorph Crude Mechanism Guide

What a Crude Mechanism does

The official community reference classifies Crude Mechanism as a repair part used on engineering tools. That narrow category is the most important fact: it is not a general weapon, armor, or electronic repair kit.

Its field-repair profile trades restored condition for a possible reduction in maximum condition. That makes it an emergency resource. It can keep a required tool working long enough to finish or extract, but repeated crude repairs are not the same as full workshop maintenance.

Keep, use, or leave it?

Make the repair decision

1. 01

   Inspect the target

   Confirm that the damaged item is an engineering tool and read its current and maximum condition.

2. 02

   Estimate remaining use

   Ask whether the tool must survive one interaction, the rest of the floor, or several future missions.

3. 03

   Check the trade-off

   Read the live repair preview before accepting any maximum-condition loss.

4. 04

   Repack after repair

   Re-evaluate weight, stack space, medicine, ammunition, and extraction value.

Common mistakes

• Trying to apply the part to an unsupported equipment category.
• Repairing early when the tool was unlikely to fail before extraction.
• Ignoring the maximum-condition penalty shown by the current build.
• Carrying several stacks while abandoning higher-priority supplies.
• Assuming an old numeric value is still current after a patch.

Treat inventory space as part of the cost

Quasimorph makes the component compete with everything else you can extract. A correct choice is therefore contextual: a repair part that saves a mission can be priceless, while the same stack on a run with no compatible tool is dead weight.

Use a small reserve policy instead of hoarding. Carry only the quantity connected to a planned tool or route, then convert extra capacity into healing, ammunition, objectives, or valuable loot.

Three practical inventory examples

On an objective run, suppose an engineering tool is required for the route and its condition is already low. A Crude Mechanism now has direct mission value. Preserve it until the tool approaches failure, repair only as much as needed, and accept a maximum-condition trade only when losing the tool would endanger completion. The component is acting like insurance rather than ordinary loot.

On a combat-heavy run with no engineering tool, the same item has no immediate target. Carrying it may still be reasonable near extraction with spare capacity, but it should not displace treatment, ammunition, food, or the objective. The correct decision can therefore be to leave a technically useful item behind because it is not useful to this operator now.

On a long route, avoid repairing merely because damage exists. Condition remaining, expected interactions, distance to extraction, and availability of better maintenance all matter. A tool that will safely last the floor needs no crude repair. Preserving the component also preserves the option to respond to later damage, while premature use locks in the maximum-condition cost.

These examples reveal the general rule: name the compatible target, the failure you are preventing, and the opportunity cost. If any one of those answers is missing, delay the decision until new information makes the component's value clearer.