Frequently Asked Questions

Second-story additions require structural evaluation of existing foundation and framing to verify load-bearing capacity. Most homes need reinforced floor joists, additional support beams, or foundation upgrades to handle the added weight. Older homes built before modern code requirements often need more extensive structural modifications than newer construction.

Wood decks require annual sealing and staining to prevent moisture damage from Maine's freeze-thaw cycles, but cost less upfront and can be sanded or refinished. Composite resists rot and doesn't need sealing, but expands and contracts more with temperature swings and can't be repaired by sanding. Both handle snow load well when properly framed.

Detached garages make sense when your home's layout doesn't allow convenient attached access, when you need workshop space separated from living areas due to noise or fumes, or when property setbacks prevent building closer to the house. They also avoid structural tie-ins that complicate foundation matching and roofline integration with existing homes.

Additions need foundation work that matches existing depth to prevent differential settling, plus removal of exterior walls to create openings between old and new spaces. Floor heights must align within a half-inch, which sometimes requires adjusting joist heights or adding transition framing. Roof tie-ins demand careful flashing and structural connections to prevent leaks and sagging.

Standard floor joists handle typical island weight, but large islands with stone countertops, appliances, and seating may need reinforced joists or additional blocking underneath. Islands over 4 feet long with heavy materials like granite or concrete sometimes require sister joists or perpendicular blocking. Installers check joist span tables and deflection limits before setting heavy islands.

Addition roof framing ties into existing structure with structural connections that match rafter size, pitch, and load paths, which limits design flexibility. New construction framing starts from scratch with freedom to choose any roof pitch, truss design, or structural system. Additions also require careful flashing integration and sometimes sistering onto existing rafters to prevent leaks at connection points.

Shower floors endure standing water and need sloped mortar beds or foam pans that direct water to drains without pooling. Wall substrates like cement board or foam panels resist moisture but don't require slope or waterproof membranes behind them in the same way. Floor installations also use smaller tiles that conform to slopes better than large-format wall tiles.

Pole barns use vertical posts set directly in the ground or on piers instead of continuous foundation walls, reducing excavation and concrete costs. Posts support roof loads directly without needing full wall framing, which speeds construction and creates open interior space. This method works well for agricultural buildings and workshops but requires treated posts rated for ground contact.

Maine's winter heating dries indoor air significantly, causing wood flooring to shrink and create gaps unless humidity stays above 35%. Tile and luxury vinyl handle humidity swings without movement, but tile feels cold underfoot without radiant heat. Engineered wood offers better dimensional stability than solid hardwood in spaces with seasonal humidity changes and temperature fluctuations.

Structural framing includes floor joists, wall studs, headers over openings, ceiling joists or trusses, and sheathing that ties everything together. Framers install bearing walls that support roof loads, partition walls for room layout, and blocking for cabinet and fixture attachment points. This phase also includes framing for stairs, soffits, and any structural modifications needed for mechanical systems.

Pergolas provide partial shade and architectural interest without blocking sky views or requiring the structural engineering that solid roofs demand. They work well when you want light rain protection and sun filtering but don't need full weather coverage. Covered decks with solid roofs require deeper footings, stronger posts, and roof drainage systems that add cost and complexity.