Frequently Asked Questions

JaKoby handles framing, siding, concrete, decks, roofing, remodeling, and full custom builds in-house. Plumbing, electrical, and HVAC work are subcontracted to licensed specialists. This approach ensures quality control on structural and finish work while bringing in experts for mechanical systems.

Montana's freeze-thaw cycles, low humidity, and temperature swings require weather-resistant siding, proper moisture barriers, and foundations designed for frost depth. Material choices focus on durability over trends—what survives harsh winters and dry summers without warping, cracking, or failing prematurely.

Full remodels address layout changes, structural updates, and multiple rooms simultaneously, requiring coordination across framing, finishes, and systems. Kitchen or bathroom renovations focus on a single space with targeted upgrades to cabinetry, fixtures, and finishes. Whole-home projects involve more permitting and longer timelines due to scope.

Composite resists Montana's UV exposure, moisture swings, and temperature extremes better than wood, requiring no staining or sealing. Wood costs less upfront but needs annual maintenance and shows weathering faster. Composite makes sense for low-maintenance priorities; wood works when budget or aesthetic preference for natural grain matters more.

Material choices, foundation complexity, site accessibility, and finish level drive pricing most. Remote locations increase delivery costs, and custom finishes like tile work or specialty cabinetry add labor hours. Structural requirements for snow load and frost depth also affect framing and foundation costs compared to milder climates.

Proper finishing includes correct water-cement ratio, adequate curing time, control joints, and rebar placement to manage stress from freeze-thaw cycles. Montana's temperature swings cause expansion and contraction—slabs poured too wet or cured too fast crack within the first winter. Control joints direct cracking to planned locations.

Weather resistance comes from moisture barriers behind siding, proper flashing around openings, and material selection that handles temperature swings without warping. Ventilation prevents condensation buildup, and fastening techniques allow expansion and contraction. Improperly installed siding traps moisture, leading to rot and mold behind the exterior.

Kitchens become unusable during demo and cabinet installation, typically requiring temporary cooking setups. Demo happens first, followed by plumbing and electrical rough-in, then drywall, cabinetry, countertops, and finish work. Dust containment and daily cleanup minimize disruption, but plan for limited kitchen access throughout the project.

Integration requires matching roof pitch, siding style, and foundation height to existing construction. Framing ties into the original structure at multiple points, and exterior finishes blend transitions. Poor planning creates visible seams, uneven rooflines, or mismatched materials that advertise the addition rather than appearing as original construction.

Restoration repairs structural damage, rot, or failing systems to restore original function and safety. Renovation updates layouts, finishes, or features to improve aesthetics and usability beyond original condition. Restoration focuses on fixing what's broken; renovation focuses on improving what's outdated or inadequate for current needs.

Framing supports all loads—roof weight, snow accumulation, wind pressure, and occupant use. Incorrect spacing, inadequate fastening, or out-of-level work causes sagging floors, cracked drywall, and roof stress. Code-compliant framing ensures the structure handles Montana snow loads and wind without movement or failure over decades.

Water pressure improves with updated fixtures, ventilation reduces moisture and mold risk, and layout changes increase usable space. New tile and waterproofing prevent leaks into surrounding areas, and modern vanities add storage. Outdated bathrooms often have hidden water damage that remodeling reveals and corrects during construction.