Lark Brewing Co.

Project Overview

Lark Brewing Co. came to Hearthstone with raw acreage in Aldie, Virginia, a brewing operation ready to scale, and a clear vision: a destination brewery campus that felt rooted in Loudoun County's agricultural character — not a generic taproom built to a manual.

The Challenge

Lark Brewing came to Hearthstone with a clear constraint set: a 14-acre rural parcel in southern Loudoun County, a production schedule already committed against the next brewing season, and a Virginia ABC licensing pathway that runs in parallel with — not after — building permits. The land was raw. Site utilities had to be brought in from scratch: a commercial well sized for production water, a peak-occupancy septic field, a VDOT-approved entrance off a state-maintained rural road, propane service, and fire suppression infrastructure required for assembly occupancy.

The brewery program itself layered a second set of constraints on top of the campus: a commercial kitchen that had to clear Loudoun County health-department review, brewing equipment with utility connection points that needed to be coordinated against a building shell still being engineered, and a tasting-room flow that had to satisfy both ABC licensing requirements and a hospitality experience the owner had spent two years designing. Conventional design-bid-build would have surfaced the conflicts between these systems after permits were issued — the wrong time. The campus also had to read as agricultural, not commercial: heavy timber, stone, and a building footprint sited so the working acreage around it remained visually primary.

The Approach — Five Phases

Phase 1 — Site Analysis & Feasibility (4 weeks)

Topographic survey, soils analysis for the septic field, well yield testing, VDOT sight-distance study at the proposed entrance, and a zoning-conformance memo confirming the brewery program could proceed under AR-1 with agritourism overlay. Master-plan options were tested against view corridors, prevailing wind for kitchen exhaust, and seasonal sun for the outdoor lawn.

Phase 2 — Design & Engineering (12 weeks)

Architectural drawings for the taproom shell, structural engineering for the heavy timber pergola, MEP coordinated against brewing equipment cut sheets supplied by the operator, civil engineering for grading and stormwater, and a kitchen layout reviewed against Virginia commercial food-service code. Brewing equipment integration was modeled in 3D before slab pours were specified.

Phase 3 — Permitting & ABC Licensing (16 weeks, parallel)

Building permit, site plan approval, health department review for the commercial kitchen, well and septic permits, VDOT entrance permit, and coordination with the operator's ABC licensing counsel. Hearthstone owned the documentation packages and the planning-commission narrative — the owner stayed focused on the brewery program while we carried the regulatory work.

Phase 4 — Build (10 months)

Long-lead utility work sequenced ahead of vertical construction so the taproom shell could be weathered-in before kitchen equipment delivery. The heavy timber pergola was raised on-site over two days using drawbored mortise-and-tenon joinery in Douglas Fir — no concealed steel where it wasn't needed. Stone fire-pit terraces and lawn grading were completed in parallel with interior finishes.

Phase 5 — Opening (6 weeks)

Final inspections, ABC walkthrough, kitchen health-department sign-off, staff training-period punchlist, soft-open service, and certificate of occupancy issued ahead of the operator's original target opening date.

Results

Lark Brewing opened ahead of the original schedule the operator had committed against the season. The 14-acre campus supports brewing production, a taproom with a full commercial kitchen, a heavy timber pergola anchoring the outdoor lawn, stone fire-pit terraces, and event capacity for 200+ guests on the graded lawn. Single-point design-build delivery compressed the permitting timeline by an estimated 90 days versus a sequential design-then-bid path. The campus operates today as a destination — visitors plan trips, private buyouts are booked against the lawn and pergola, and the underlying agricultural use of the surrounding acreage remains intact and documented through the entitlement record.

Why Design-Build Works for Breweries

Commercial brewery construction is a multi-system integration problem before it is a building problem. Brewing equipment, commercial kitchen, ABC compliance, health-department review, customer flow, and agritourism zoning all touch each other. Conventional design-bid-build separates the team that designs those systems from the team that builds them — and the conflicts surface during permitting or, worse, during framing.

Design-build collapses that gap. The same firm engineers the building shell against the brewing equipment cut sheets, sequences the long-lead utility work against the framing package, owns the planning-commission narrative for the agritourism overlay, and signs the certificate of occupancy. There is one accountable party from feasibility through opening day. For a brewery operator working against a season, an ABC license clock, and a production commitment, that single-point accountability is the schedule. See our full design-build process for the sequencing logic.

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