Build Comparison — Salvage Recovery Sortie

Status: Provisional systems proposal for the first design exercise, not an opening mission, final inventory rule, or balance claim.

Requirements and shared proposals

The brief requires limited carried oxygen, meaningful hordes and powerful combinations, with equipment competing against salvage. Discovery leads; enemy manipulation is secondary. Build rules and oxygen quantities remain undecided.

For this comparison, the following are proposals:

• The objective is a compressor head from station canister-filling gear. It occupies meaningful capacity, is useless if cracked, and must reach the ship. Installing it is proposed to extend reach per canister slot; magnitude and uniqueness remain open.
• Equipment, ordinary salvage, and spare oxygen canisters share one visible carry-capacity interface. Active oxygen and estimated time remaining are always readable; no exact quantities are asserted.
• The head begins in a readable powered rack. In hand, it travels immediately but prevents full use of a two-handed or multi-part build; only basic defensive actions remain. Stowed on the carry frame, it still occupies its full capacity but frees the player to use the build after a deliberate, exposed transfer. Dropped, it frees that capacity and restores full handling immediately, but the fragile head stays behind, exposed to damage and abandonment. These states are visible, not hidden penalties. Ordinary hordes remain active during the return.

The Design Lead’s expedition should match these carrying, extraction, and hazard properties or identify a replacement before review.

Approach A: Relay Cascade Array

The player finds an energy-tool chassis and useful modules: a branching emitter, impact relay, and heat-release module. Each occupies space. Together, hits branch through a dense horde, impacts charge the relay, and vented heat produces another wave. The chain may overwhelm ordinary hordes; it is not capped to manufacture a weakness.

Commitment happens before reaching the salvage. Each module improves the cascade but displaces salvage or a spare canister. The player can keep a reliable partial combination or detour while oxygen falls. Returning with the full array and target is an aggressive bet: exceptional lane clearing, little room, and narrow oxygen margin.

It needs compatible triggers and enough targets. Sparse durable creatures or separated attack angles interrupt the chain. A full pack may force the player to abandon a module, sacrifice salvage, or leave the target even when the horde payoff is spectacular.

Approach B: Cargo-Cycler Rig

The player instead finds one compact industrial launcher/recycler. It converts ordinary salvage into attacks: conductive scrap might arc, a pressure vessel shove, and brittle composite fragment. Sequencing pieces creates combinations without permanent modules—for example, shove a wave together before an arc and fragment burst. These are examples, not a fixed catalogue.

Commitment is economic. Free capacity holds canisters, the target, and varied inputs, but combat spends colony-bound salvage. The player chooses ammunition, return value, and whether to search longer for a useful response family. The designated target cannot be consumed accidentally.

Deliberately collected materials can produce a ridiculous sequence anywhere. Careless firing empties the pack; a poor mix lacks control or damage; hoarding starves the weapon. A lighter equipment load creates oxygen margin, but input searches spend it. Power trades future return value for present survival.

Reusable discovery

Near the target, alien service glyphs group components into relay, sink, and isolator families. Every mark was already physically visible. A proposed notebook can preserve a facsimile and location when the player chooses to record one, but it neither names a family nor highlights matches; the player supplies the inference by comparing forms. Nothing is translated or newly revealed by an unlock.

Original functional marks are machine-etched or stamped and consistent: once the player learns the pattern, they reliably predict whether a component transfers, absorbs, or interrupts an effect. Former crew also hand-painted visibly irregular copies as human labels. Those copies provide crew context, not mechanical identification; neither kind is deceptive. The Array player can recognize an original relay worth installing or an isolator that breaks the chain. The Cycler player can predict a marked input before carrying or spending it. This changes later choices across rooms without answering the language or central mysteries.

Largest unresolved tradeoff

Shared capacity makes every carried choice legible, but oxygen may dominate if another canister is usually correct. Separate oxygen capacity would protect build expression but weaken preparation and return tradeoffs. Shared capacity is only a reversible proposal; its balance and play quality are unvalidated.