Home / Service Area / Carrabassett Valley, ME
Carrabassett Valley sits high enough that the building has to answer for it: snow load, wind, a short season and a heating bill that runs from October to May.
Mountain · Oxford and Franklin
Steep and often ledgy sites where the foundation is the expensive part, deep snow loads, exposure on the ridge, and access roads that argue with a full-size trailer in March.
Roof panels are load bearing, which lets truss spacing open to every four to six feet — roughly a two-thirds reduction in trusses to buy, lift and set. Because the roof assembly is continuous and thermally broken, there is very little escaping heat left to melt the underside of a snowpack, which is the actual cause of ice damming rather than its symptom.
What we typically supply in Carrabassett Valley: mountain homes and chalets, year-round camps, short-term rentals, lodges and heated outbuildings.
The arithmetic in zone 6A
Zone 6A runs roughly 7,000 to 8,000 heating degree days. A code-minimum wall spends a large share of that season conducting heat straight through its own framing.
A 2,000 sq ft code-built house in Carrabassett Valley typically wants somewhere between 850 and 1000 gallons of oil a year, or the propane, pellet or cord wood equivalent. That is the number a percentage saving has to be measured against.
At an effective R-51 to R-61 with the studs thermally broken from the exterior face, heating energy typically falls 70 to 75% — on the order of 230 to 300 gallons. At current delivered prices that is thousands of dollars a year, every year the building stands.
A design load that low lets the mechanical system be sized at roughly half. Smaller equipment, smaller ductwork, less dedicated electrical service, and on solar-paired projects a smaller array and battery bank. That money never leaves the construction budget.
Baselines are typical for the climate zone and floor area, not a promise about your building. Send plans and we will run the numbers on the actual design.
Four products, one panel
Each panel bonds light gauge galvanised steel structural members to EPS with a patented composite joining technology, and does the work of four separate trades. That is why the framing phase for an average house is about three days rather than three weeks.
5.5″ or 7.5″ thick, up to 4′ × 12′, effective R-51 to R-61, up to 42,000 plf LRFD, ready for direct application of the final cladding.
Load bearing, so trusses open to every 4–6 ft. Two panels connect at the ridge for cathedral ceilings and A-frames with no intermediate support.
3.5″ at R-28 for partitions, tiny homes and quiet rooms; ceiling panels pre-chased and ready for direct sheathing.
Concrete floor panels span up to 50 ft with minimal shoring and cut concrete volume by around 40%; below-grade panels are rated for foundation and retaining walls.
How it works
Architect’s drawings, a plan-service set, or a hand sketch with rough dimensions and a note about storeys and roof. We will tell you what is missing.
We panelize the building on paper and return a package and a delivered price to your Carrabassett Valley site — no cost, and an honest comparison against building it the usual way.
Two to four weeks. Our drafters work with your architect and engineer: every panel numbered, every rough opening located, beams and headers integrated.
Panels arrive bundled in wall-line order with track, screws and hardware. One framer and two helpers close in an average house in about three days.
Code and compliance in Maine
Maine’s Uniform Building and Energy Code applies in most municipalities of any size, and a documented effective R-51 to R-61 assembly exceeds its envelope requirements comfortably.
IAPMO load tables for construction types II–V, signed and sealed by BEI Engineering. Up to 42,000 plf LRFD in bearing and 2,420 plf in shear with a 2.0 safety factor.
Two-hour load-bearing, one-hour load-bearing and two-hour non-load-bearing assemblies. EPS smoke and flame spread, self-ignition and flash ignition data. STC-rated assemblies for party walls.
Intertek thermal performance assessment, thermal zone map, ASTM E283, E331 and E330 air and water penetration testing, HUD Bulletin 1072 compliance and documented manufacturing tolerances.
Questions from Carrabassett Valley
Roof panels are engineered as load-bearing elements and the sealed load tables from BEI Engineering cover the numbers your engineer will want. They are on our resources page, along with more than 200 connection details including ridge, eave and bearing conditions.
Directly, by removing the cause. Ice damming is a heat-loss problem — warm air escapes into the roof assembly, melts the snowpack from below, and the meltwater freezes at a cold eave. A continuous thermally broken roof leaves very little heat to do that with.
Bundles can be broken down and shuttled in with a smaller truck or trailer when the last mile is tight, and a 4′ × 12′ panel averages 45 lb, so a crew can carry them by hand where a machine will not fit. Tell us early and the delivery gets planned around it.
Yes. We supply the whole of New England from our base in Keene, New Hampshire, with panels manufactured in Radford, Virginia. Freight to Carrabassett Valley is a quoted line item on the estimate, not a surprise at the end, and it is a small number against what the wall saves over the life of the building.
The panel package costs more than a lumber package. The finished wall usually costs less, because the panel replaces framing, insulation, sheathing and vapour barrier and cuts framing labour by roughly half — then the mechanical system shrinks by about 50%. We will price it both ways so you can see the whole picture rather than one line of it.
Send plans, a sketch or a description with rough dimensions to our team. You get a panel take-off and a delivered price at no cost, usually within a few days, plus a note on anything in the design that is fighting the system while it is still cheap to change.
Plans, a sketch or a napkin. We will tell you what the panel package costs delivered to your site — and what it saves against stick framing.
