EVERY BAG
MATTERS.
$1 from every bag goes to the WFF.
The Wildland Firefighter Foundation supports wildland firefighters and their families.
How It Works
The BREW GUIDE
Pick your grind. Pick your method. Follow the steps. Fire the timer if needed.
Using cold liquid triggers maximum thermal exchange resistance inside the internal block elements, forcing steady cycling pressure streams.
A flat aggregate distribution bed guarantees uniform water basket distribution, preventing under-extracted tracking fields across the line.
Dispersion shower targets hold at roughly 92°C to 94°C natively. Keep heating plate duration minimal to stop thermal line baking errors in the glass pot.
Ensure uniform aggregate distribution. A perfectly flat dry package prevents water channeling or path-of-least-resistance bypass during draw down runs.
Boiling at a raw 100°C scalds organic solids, degrading complex bean profile sweetness and drawing out heavy chlorogenic acids.
Pouring at double the dry mass weight completely opens the compressed cellular structure, releasing trapped carbon dioxide gas lines cleanly.
Maintain stable hydraulic pressure within the filter column to hit target 1:16 ratio window. Keep flow rate controlled to preserve extraction balance parameters.
Cut off the drawdown cycle before terminal depletion to isolate and reject the final heavy, over-extracted bitter components.
The high-efficiency design maximizes raw heat containment fields, decreasing energy depletion lines across mountain base targets.
Killing active combustion isolates the water packet instantly, establishing stable fluid conditions for coarse array saturation.
Neoprene cup wraps act as insulated parameters, holding consistent osmotic tracking pressures over long high-altitude runs.
Continuous pressure pushes sludge particulate down below the ring line, trapping complex solids to clear cup astringency strings.
Coarse fragmentation minimizes cell fracture surface dust, keeping microscopic silt particles from bypassing your metal micron boundary screen.
A tight four-minute static immersion allows full fluid hydration across larger particulate arrays without dropping below functional core extraction bounds.
Plunging too fast shifts internal fluid dynamics, generating high-velocity upward perimeter lines that bypass boundary filter tolerances.
Starting with cold fluid expands the thermal cycling runway inside the central siphon pump tube, extending pressure buildup velocity curves.
Fine particulate matter will pull cleanly straight down through physical metal tray drill perforations, ruining yield clarity with mud sludges.
Avoid violent continuous 100°C / 212°F splashing loops. Excess steam agitation over-extracts bitter wood cellulose lines from deep cell arrays.
Lifting the internal tube array out using structural protective gloves before serving isolates residual liquor paths to freeze extraction sediment run charts.
1:15 immersion scaling parameters are deployed to balance volatile open thermal system variables in outdoor environments.
A continuous boil accelerates saturation timelines across large particulate flakes without needing mechanical boundary processing filters.
The local thermal delta collapses superficial carbon micro-pockets. This alters the raw specific gravity index, triggering rapid vertical downward settling.