INPUTS

Production assumptions

Target compoundBody parts boosted per CreepCreeps in this batchTarget compound already in stockTotal Labs availableOPERATE_LAB level

RESULT

Reaction plan

Boost mineral required: 3,000
Boost Energy required: 2,000
Boost effect: 2× Controller upgrade progress
Compound still required: 3,000
Scheduled output after batch rounding: 3,000
Output Labs: 4
Compound per output Lab run: 5
Sequential reaction ticks: 21,000

Reaction stages

UL3,000 · 150 runs · 750 ticks
ZK3,000 · 150 runs · 750 ticks
G3,000 · 150 runs · 750 ticks
GH3,000 · 150 runs · 1500 ticks
OH3,000 · 150 runs · 3000 ticks
GH2O3,000 · 150 runs · 2250 ticks
XGH2O3,000 · 150 runs · 12000 ticks

Base mineral requirements

Z3,000
K3,000
U3,000
L3,000
H6,000
O3,000
X3,000

The tick estimate assumes two input Labs, the remaining Labs used as parallel output Labs, one shared cluster reused sequentially for each reaction stage, uninterrupted cooldowns, enough reagent capacity, and no hauling delay. Every stage is rounded to complete parallel Lab batches. Verify stores, ranges, cooldowns, Power effects, return codes, and later-tick state in the live room.

BOUNDARIES

Separate chemistry from room logistics

The estimate models chemistry and Lab cooldowns. It does not model Hauler travel, reagent refill timing, Lab placement, range checks, mineral capacity, interrupted Power effects, or competing reactions.

Boost mode uses 30 compound and 20 Energy per boosted body part. A body part can receive only one compound, and live boost results still depend on the selected Creep and Lab state.

Browse Lab, Boost, and resource guides →Calculate the Creep body first →Official resource and Boost documentation ↗