SwagerBuilds LLC · 4510 E 168 N, Rigby, ID 83442 · (208) 520-0636 · Idaho Contractor Registration RCE-57499

Tag: Teton Valley

  • What Does Exterior Waterproofing Cost in 2026? Real Numbers from a Builder

    What Does Exterior Waterproofing Cost in 2026? Real Numbers from a Builder

    Contents

    TL;DR: Real exterior waterproofing cost in 2026: on a 2,400 sq ft single-story home with roughly 3,000 sq ft of wall area, exterior waterproofing runs roughly $750-$1,200 for house wrap + tape over standard OSB, $4,500-$6,000 for ZIP System (panels + tape + liquid flash), and $2,500-$4,500 for a fluid-applied air barrier over standard sheathing. Labor varies. Numbers below reflect 2026 supplier conversations in eastern Idaho.

    How to estimate your exterior waterproofing cost

    The exterior waterproofing line covers four things: the sheathing, the WRB, the seam and flashing materials, and the labor to install all three. Bids often roll some of those costs into “framing” or “exterior trim,” which makes it hard to compare systems apples-to-apples. Ask your builder to break out the WRB choice as its own line.

    Material costs by system

    Tyvek HomeWrap over standard OSB

    • 7/16″ 4×8 OSB: $14-$18 per sheet
    • Tyvek HomeWrap 9’×100′ roll: $180-$240 (varies by retailer and volume)
    • Tyvek tape 1.88″ × 165′: $20-$30 per roll
    • Sheathing staples and cap fasteners: $20-$40 per home

    ZIP System wall

    • 7/16″ 4×8 ZIP wall panel: $20-$28 per sheet (varies by volume)
    • ZIP tape 3.75″ × 90′: $35-$50 per roll
    • ZIP Stretch tape 6″ × 50′: $50-$75 per roll
    • ZIP Liquid Flash 20-oz tube: $40-$55
    • Cold-weather ZIP tape (when needed): premium of $5-$15 per roll

    LP WeatherLogic

    • 7/16″ 4×8 WeatherLogic panel: typically $2-$4 less than ZIP per sheet
    • LP acrylic seam tape: $25-$40 per roll

    Fluid-applied (Prosoco Cat 5 as the reference)

    • Cat 5 5-gallon pail: $250-$320 (covers 250-500 sq ft on OSB)
    • Prosoco companion liquid flashing (FastFlash): $40-$60 per 20-oz tube
    • Backup OSB sheathing required underneath: $14-$18 per sheet

    These are 2026 prices observed at supplier counters in eastern Idaho. For supplemental cost data, Fine Homebuilding publishes annual construction cost surveys. Confirm with your local supplier — OSB markets move fast.

    Labor costs (rough hours per system)

    SystemSheathing hours (3,000 sq ft wall)WRB hoursTape/flash hours
    OSB + Tyvek16–248–124–8
    ZIP System16–24integrated10–16
    OSB + fluid-applied16–24integrated16–28 (spray/roll + cure)

    At a loaded labor rate of $55–$75 per hour for a framing carpenter, total labor on the exterior envelope lands between $1,500 and $3,500 depending on system and crew familiarity.

    Real-numbers example: 2,400 sq ft home in Teton Valley

    Single-story 2,400 sq ft custom home. Roughly 3,000 sq ft of exterior wall area. Roughly 110 sheets of 4×8 sheathing.

    SystemMaterialsLaborTotal installed
    OSB + Tyvek HomeWrap$1,900-$2,500$1,500-$2,500$3,400-$5,000
    ZIP System$3,000-$4,200$1,500-$3,000$4,500-$7,200
    LP WeatherLogic$2,800-$3,800$1,500-$3,000$4,300-$6,800
    OSB + Prosoco Cat 5$3,200-$4,500$2,500-$4,000$5,700-$8,500

    Net premium over Tyvek + OSB:

    • ZIP: $1,100-$2,200 net
    • WeatherLogic: $900-$1,800 net
    • Fluid-applied (Cat 5): $2,300-$3,500 net

    Where the “ZIP saves labor” claim is and isn’t true

    Huber’s marketing talks about 25-30% labor savings on the exterior envelope vs OSB + house wrap. That number is real on a crew that’s installed ZIP many times and on a wall geometry that lets them tape on the deck before raising. On a first-time install or a complex wall plan with lots of corners and openings, the labor savings shrinks toward zero. Bid on what your specific crew can actually deliver.

    ROI: does a better WRB pay back?

    Two real ROI levers. First: energy savings from tighter air sealing. A typical custom build tightened from 3-5 ACH50 (standard) to 1.5-2.5 ACH50 (ZIP done well) saves roughly 8-15% of annual heating and cooling cost. At $2,500-$3,500 annual energy on a Teton Valley custom home, that’s $200-$525 per year. Simple payback on a $2,000-$3,000 ZIP premium: 5-10 years. Second: avoided moisture damage. Harder to quantify but real. A WRB and flashing system that holds for 30 years prevents the $20,000-$80,000 wall reskin a failed envelope can trigger.

    FAQ

    How much does ZIP System add to a custom home?

    Net premium over Tyvek + OSB runs $1,100-$2,200 on a 2,400 sq ft single-story home in 2026 eastern Idaho pricing. The premium scales roughly with wall area.

    How much does a fluid-applied air barrier cost?

    Net premium over Tyvek + OSB runs $2,300-$3,500 on a 2,400 sq ft home. Material cost is $0.65-$1.50 per sq ft of wall area. Installed cost is $0.85-$1.50 per sq ft.

    Is the ZIP labor savings claim real?

    On trained crews and rectangular wall geometry, yes — 25-30% labor savings is achievable. On first-time installs or complex wall plans, the savings shrink.

    Does a better WRB lower energy bills?

    Yes, modestly. A custom home tightened from 3-5 ACH50 to 1.5-2.5 ACH50 saves 8-15% on annual heating and cooling. On a typical Teton Valley custom home, $200-$525 per year.

    How much of my build budget should go to exterior waterproofing?

    Roughly 1-2% of the construction budget on a typical custom build. On a $1.2M home, $12,000-$24,000 across sheathing, WRB, tape, and flashing combined.

    Is a more expensive WRB always worth it?

    No. A well-installed budget system beats a poorly-installed premium system every time. Spend the premium on install quality first, product premium second.

    Want a real bid breakdown?

    If you’d like SwagerBuilds to walk through the exterior waterproofing line on your build, give us a call. Contact us.

    Related: pillar guide, ZIP vs Tyvek, fluid-applied guide.

  • Best WRB for Idaho: 4 Picks for Mountain West Cold Climates (2026)

    Best WRB for Idaho: 4 Picks for Mountain West Cold Climates (2026)

    Contents

    TL;DR: Picking the best WRB for Idaho and the Mountain West means matching vapor permeability to the climate. In a cold, dry mountain climate like Teton Valley, Idaho, the WRB needs to be vapor-permeable enough to let the wall dry outward in winter, tough enough to handle freeze/thaw and UV, and air-tight enough to actually move the energy needle. High-perm WRBs (>10 perms) — Tyvek HomeWrap, ZIP, ThermaWrap LE — generally beat low-perm options here.

    The mountain climate problem — why the best WRB for Idaho is climate-specific

    Teton Valley sits at 6,200 ft. Winters are long, cold, and dry. The IECC, the building science authority on energy codes that shape the best WRB for Idaho climate-zone-6 walls, classifies most of eastern Idaho and the Mountain West as Climate Zone 6 or 7. Inside the house it’s 70°F and roughly 30% relative humidity. Outside it’s regularly 0-20°F with low absolute humidity. That gradient drives water vapor outward from inside the building, through the wall, toward the cold sheathing. If the WRB can’t pass that vapor out, condensation forms on the back of the sheathing. Repeat that for a few winters and the framing rots.

    Why vapor permeability is the spec that picks the best WRB for Idaho

    In hot-humid climates, vapor drives inward. The design problem is keeping outdoor moisture from condensing on cool interior surfaces. In cold-dry climates the problem reverses — vapor drives outward and the design problem is letting wall moisture escape before it freezes against the sheathing.

    WRBs are categorized by perm rating. Greater than 10 perms is high permeability. Less than 10 perms is low. In a cold Mountain West wall design that depends on outward drying, high-perm WRBs are the default choice for the best WRB for Idaho applications. That’s why Tyvek HomeWrap (~56 perms) and ZIP System (12-16 perms) both pencil here, and why a low-perm option needs a specific reason to be specified.

    The freeze/thaw and wind-driven snow factor

    Mountain West winters drive precipitation horizontally. Snow blows against the wall, melts on warm afternoons, and refreezes overnight. A WRB that’s marginal on liquid water performance is marginal in 100 freeze-thaw cycles a winter.

    1. Drainage matters more. If the cladding lets water through, the WRB needs to drain it down and out — not pool it on the OSB face.
    2. Flashing details have to be obsessive. Every window head, every penetration, every transition — water tries to get behind your WRB through these.
    3. UV exposure during long winter delays. A Teton Valley framing schedule that stalls for snow can leave a WRB exposed past its UV window. Step up to CommercialWrap (9-month UV) or run ZIP (180-day exposure) if a long delay is likely.

    Wildfire smoke and the air-tightness conversation

    Wildfire smoke is becoming a real Teton Valley factor in late summer. Air-tightness isn’t just an energy spec anymore — it’s the difference between a house that fills with smoke and one that doesn’t. A continuous air barrier (ZIP done well, Tyvek done very rigorously, or a fluid-applied) plus a good HVAC filter strategy is the practical answer.

    For homeowners researching the best WRB for Idaho wildfire seasons, this matters. This is one of the strongest arguments for ZIP or a fluid-applied air barrier on Teton Valley custom builds. The energy-only ROI was always close; the smoke-resilience benefit pushes the math.

    The best WRB for Idaho — four we’d actually consider in Teton Valley

    ProductWhy it fitsTrade-off
    Tyvek HomeWrap56 perm, forgiving, proven, code-compliantSloppy install makes it a poor air barrier
    Tyvek CommercialWrap9-month UV exposure handles framing delays$50-$100 more per roll than HomeWrap
    Huber ZIP System12-16 perm, integrated air barrier, 180-day exposure$2,500-$4,500 net premium
    Prosoco Cat 5 (over OSB)Monolithic air barrier, hurricane-tested, durable$3,000-$5,000 net premium; crew familiarity needed

    We’d specifically avoid low-perm WRBs (under 10 perms) unless the wall design has a specific drying path that doesn’t depend on outward vapor transport. LP WeatherLogic at 5.35 perms is on the borderline — workable on a careful build, not our default.

    Idaho residential code — what’s actually required

    Idaho residential code follows the IRC (current adopted edition is the 2018 IRC with state amendments — confirm with your local building department). IRC R703.1 requires a water-resistive barrier on every exterior wall. R703.2 specifies that the WRB must be installed in shingle fashion over a sheathing approved for wall sheathing. The IECC requirements that apply to Mountain West Climate Zone 6/7 include continuous insulation values that often steer projects toward ZIP R-Sheathing or a separate exterior insulation layer.

    Best WRB for Idaho — what we spec on Teton Valley builds

    On most Teton Valley custom homes, our default is ZIP System wall sheathing. The combination of high perm rating for outward drying, integrated air barrier for tighter blower-door numbers, and smoke resilience matches the climate well. On builds where the homeowner wants to chase Passive House numbers, we’d have the Prosoco Cat 5 conversation. On budget-conscious builds and on remodels tying into existing sheathing, Tyvek HomeWrap or CommercialWrap with rigorous flashing is the workhorse answer.

    The other half of the conversation — the half nobody puts in a brochure — is the install. The product is a small part of the outcome. The crew that rolls every inch of tape, flashes every window head, and respects the exposure window is what actually makes the WRB function for 30 years.

    FAQ

    What’s the best WRB for Idaho?

    For most custom builds in eastern Idaho and the Mountain West, Tyvek HomeWrap and Huber ZIP System are the two strongest defaults. Both are high-permeability (>10 perms) which fits cold-dry climates that need outward drying. ZIP adds an integrated air barrier; Tyvek is more forgiving and cheaper.

    Does vapor permeability matter in a cold climate?

    Yes — it matters more in cold climates than in mixed climates. In winter, water vapor drives outward through the wall. A high-perm WRB lets that vapor pass through; a low-perm WRB traps it against the cold sheathing where it condenses and rots framing.

    What WRB works with metal siding on a barndo in Idaho?

    Tyvek HomeWrap is the standard pairing under metal siding on a barndominium or shop home. The ribbed metal provides drainage channels and sheds bulk water. ZIP System also works under metal siding and gives the air-tightness benefit.

    How does freeze-thaw affect WRB choice?

    Freeze-thaw cycles drive bulk water against the wall repeatedly. A WRB with documented drainage efficiency and rigorous flashing details matters more in freeze-thaw climates than in milder ones. Cut-edge sealing on integrated sheathing systems also matters more here.

    Does wildfire smoke matter for picking a WRB?

    Indirectly — smoke ingress is an air-tightness problem, and the WRB choice influences how tight the wall can get. A continuous air barrier (ZIP done well, or a fluid-applied) helps the house resist smoke infiltration during wildfire season.

    What does Idaho code require for WRB?

    Idaho’s adopted IRC requires a water-resistive barrier on every exterior wall (IRC R703.1) installed in shingle fashion over approved sheathing (R703.2). Climate Zone 6 and 7 areas have additional IECC continuous-insulation requirements.

    Should I use a fluid-applied WRB on a Teton Valley build?

    Worth considering on Passive-House-curious builds, on long-term-hold properties, and on complex wall geometries. Not the default on a standard custom home.

    Building in Teton Valley?

    SwagerBuilds is based in Rigby and builds across Teton Valley and Eastern Idaho. If you’re trying to spec the right WRB for an Idaho cold-climate build, give us a call. Contact us.

    Related: pillar guide, Huber ZIP deep dive, fluid-applied guide.

  • The Builder’s Guide to Exterior Waterproofing: Choosing Your WRB in 2026

    The Builder’s Guide to Exterior Waterproofing: Choosing Your WRB in 2026

    Contents

    TL;DR: Exterior waterproofing — picking the right water-resistive barrier and air barrier — is one of the most important decisions in your build. Every modern wall needs a water-resistive barrier and an air barrier — sometimes the same product does both. The right choice depends on building type, climate, budget, and how forgiving you want the install to be. ZIP and LP WeatherLogic combine sheathing and WRB into one panel. Tyvek is the proven stapled house wrap. Fluid-applied is the premium air barrier for high-performance builds. This guide walks through how a custom builder actually picks.

    What is a water-resistive barrier (WRB) and why does every home need one?

    A water-resistive barrier is the layer in your wall assembly that keeps bulk water — wind-driven rain, snowmelt running down the sheathing, condensation — from reaching the framing and insulation. Without one, your wall will rot from the outside in. Modern building code (IRC Section R703.1) requires a WRB on every exterior wall.

    An air barrier is a different job: it stops air from leaking in and out of the wall. Air carries moisture, so a leaky wall is also a wet wall. Some products do one job. Some do both.

    The cleanest way to think about it: the WRB stops liquid water from getting in. The air barrier stops energy (and the water vapor that hitchhikes on it) from sneaking through. A well-built wall has both. For a deeper dive, Building Science Corporation publishes some of the clearest WRB and air-barrier research available.

    The four categories of exterior waterproofing

    The products on the market fall into four buckets:

    1. Mechanically-attached house wraps — Tyvek HomeWrap, Typar, Barricade. A sheet membrane stapled over sheathing. The proven workhorse.
    2. Integrated structural sheathing — Huber ZIP System, LP WeatherLogic. OSB with a factory-bonded WRB face. Tape the seams and you have sheathing + WRB + air barrier in one product.
    3. Fluid-applied WRBs — Prosoco R-Guard Cat 5, Henry Air-Bloc 33MR, Tremco ExoAir 230, Sto Gold Coat, Polywall Blue Barrier. Rolled or sprayed onto sheathing, cures into a seamless air and water barrier.
    4. Self-adhered membranes — VaproShield, Henry Blueskin, Carlisle Barritech VP. Peel-and-stick sheets. Common on commercial work, occasionally specced on high-performance residential.

    The four products that cover 90% of custom-home decisions in 2026

    Almost every custom home in 2026 is going to use one of four systems: Tyvek over OSB, ZIP System, LP WeatherLogic, or a fluid-applied air barrier over OSB. Here’s how they compare on the specs that actually matter.

    SystemWhat it isPerm ratingMax UV exposureTypical $/sq ft installedBest use
    Tyvek HomeWrap + OSBSheet membrane stapled over standard sheathing~56 perms (high)120 days$0.25–$0.75Production homes, remodels, budget-conscious custom builds
    Huber ZIP SystemOSB with factory-bonded WRB + seam tape12–16 perms180 days$1.50–$2.50Custom homes chasing air-tightness and a faster dry-in
    LP WeatherLogicOSB with SmartSide WRB face + seam tape5.35 perms180 days$1.25–$2.25Custom homes where supplier carries LP, often slightly cheaper than ZIP
    Fluid-applied (Cat 5, Air-Bloc, ExoAir)Roller- or spray-applied seamless membrane over OSBvaries — most 10–25 permsvaries by product$0.85–$1.00 (material + labor over OSB)Passive House targets, complex geometries, commercial-grade residential

    Prices reflect 2026 supplier conversations in eastern Idaho. Confirm with your supplier — these move with OSB and resin markets.

    How to actually pick: the decision matrix

    Builders don’t pick a WRB in a vacuum. The decision is three-dimensional: building type × climate × budget. Here’s the shortcut.

    • If you’re building a tight custom home in a cold climate and chasing low ACH numbers: ZIP System or a fluid-applied air barrier. The integrated WRB and air barrier earn their cost back in blower-door results.
    • If you’re building a custom home in a mixed climate on a normal budget: Tyvek HomeWrap or CommercialWrap over standard OSB. Reliable, forgiving, repairable.
    • If you’re building under stucco, fiber cement, or any reservoir cladding: Tyvek DrainWrap or CommercialWrap D. The drainage face matters more than the WRB itself.
    • If you’re building a barndominium or shop home with metal siding: Tyvek HomeWrap or ZIP, with extra attention to the tape and the screw penetrations.
    • If you’re chasing Passive House numbers or building something with crazy geometry: Fluid-applied. Seamless wins.

    The questions to ask before you specify any WRB

    Before you let your builder lock in a WRB, get answers to five questions. These flush out whether the system was actually chosen for the build or chosen because it’s what the lumberyard had on the truck.

    1. What’s the perm rating, and is that the right number for our climate?
    2. How long will it sit exposed before siding goes on, and is that within the manufacturer’s UV limit?
    3. What’s the tape or sealant system, and has the crew installed it before?
    4. How does it integrate with the window flashing details?
    5. What’s the warranty, and what voids it?

    What we spec at SwagerBuilds — and why

    On most of our Teton Valley custom builds, we lean toward ZIP System for the wall sheathing. The cold dry winters here want a vapor-permeable WRB that lets the wall dry outward, ZIP’s 12–16 perm rating fits, and the integrated air barrier helps us hit better blower-door numbers without specifying a separate fluid-applied product. On budget-conscious builds and on remodels where we’re tying into existing framing, Tyvek HomeWrap with proper flashing earns its keep. We’ve also been having more conversations with homeowners about Prosoco Cat 5 on the high-performance end — the math gets interesting on a Passive-House-curious build.

    The honest answer is that the WRB is one decision in a system. The window flashing, the rain screen detail, the air-sealing at the rim joist — all of that matters as much as the brand on the wall. If a builder tells you ZIP is “the only right answer” or that Tyvek is “outdated,” you’re not getting a builder’s take. You’re getting a sales pitch.

    FAQ

    What is the best water-resistive barrier for a custom home in 2026?

    There is no single best WRB. For a typical custom home in a cold mountain climate, ZIP System or Tyvek HomeWrap over standard OSB both work. ZIP gives a tighter air barrier when the tape is installed correctly. Tyvek is more forgiving and costs less. The right pick depends on climate, cladding, budget, and crew experience.

    Do I need both an air barrier and a water barrier?

    Yes. The water-resistive barrier keeps liquid water out of the wall. The air barrier keeps air (which carries water vapor) from leaking through. Some products do both jobs — ZIP System and fluid-applied membranes are common dual-purpose options. House wrap is primarily a water barrier; treating it as an air barrier requires meticulous taping that most jobsites skip.

    Is ZIP System better than Tyvek?

    ZIP System is faster to install and air-seals better when the tape is applied correctly. Tyvek is cheaper, more forgiving, and easier to repair. Neither is universally “better.” See our ZIP vs Tyvek head-to-head for the spec-by-spec read.

    What is the difference between a structural sheathing system and house wrap?

    Structural sheathing systems like ZIP and LP WeatherLogic combine the wall sheathing and the water-resistive barrier into one panel. Conventional framing uses OSB or plywood sheathing plus a separate house wrap stapled over the top. The integrated systems save a labor step; the conventional approach is cheaper in materials and easier to repair.

    How long can a WRB be left exposed before siding goes on?

    Tyvek HomeWrap is rated for 120 days of UV exposure. ZIP System has a 180-day exposure guarantee. LP WeatherLogic is also rated at 180 days. Fluid-applied products vary by formulation — check the data sheet. Exceeding the exposure window doesn’t guarantee failure but it does void the manufacturer warranty.

    Does an integrated sheathing system replace house wrap?

    Yes. When ZIP System or LP WeatherLogic is installed and taped per the manufacturer instructions, it functions as the code-required water-resistive barrier. Adding a layer of house wrap on top is not recommended — it can trap moisture against the sheathing face.

    Want this for your build?

    SwagerBuilds is based in Teton Valley, Idaho. We build custom homes in Driggs, Victor, Tetonia, and the surrounding corridor. If you’re trying to figure out the right WRB for a build, we’re happy to walk through it on the phone. Get in touch.

  • HOA Design Review and Winter Build Seasons in Driggs, Idaho

    HOA Design Review and Winter Build Seasons in Driggs, Idaho

    Two things surprise most owners building in Driggs, Idaho: the HOA design review layer, and how much the winter calendar dictates the schedule. Neither shows up on a permit checklist, and both can add months to a project. Bryce Swager is a 4th-generation Rigby and Teton Valley local — his great-grandfather owned Swager Ford in Rigby and his father still runs Swager & Swager, the Rigby accounting firm. Here is how design review and the build season actually work on the Idaho side of the Tetons.

    If you are earlier in the process — still comparing builders, contract structures, and costs — start with the Driggs custom home builder page, which covers pricing, fixed-price contracts, and lot feasibility in full.

    Which Driggs subdivisions run their own design review?

    Design review in Driggs regularly comes up in Teton Springs, Targhee Hill, Tributary, Huntsman Springs, River Rim Ranch, and dozens of smaller subdivisions. Each HOA sets different rules: minimum square footage, allowed exterior materials, roof pitch requirements, dark-sky lighting standards, and approved exterior color palettes.

    This layer sits on top of Teton County ID or City of Driggs permitting — it does not replace it. Owners who assume a building permit is the only approval needed are the ones who lose a season.

    How long does HOA design review add to a Driggs build?

    Budget 30 to 90 days for HOA design review, and treat it as a gating item before permit submittal rather than something to run in parallel. A resubmittal after a rejected material or roof pitch can add another full review cycle.

    Total build time in Driggs typically runs 10–16 months from contract to move-in. Design review, limited winter work days, and stretched sub-trade availability are the three reasons it runs longer than a comparable Idaho Falls project.

    Can you build through a Driggs winter?

    Yes, but productivity drops 30-40% from December through March. The sequencing that works: foundation pours land before freeze, the structure gets dried in by October, and winter is used for interior work — mechanical, drywall, millwork, and finish.

    Miss dry-in before the first hard freeze and the whole schedule slides to the following spring. That single sequencing decision is worth more to a Driggs timeline than almost anything else on the schedule.

    How design review and winter sequencing affect cost

    Driggs construction generally runs $400 per square foot and up of conditioned space depending on finish level — roughly $400/sq ft and up mid-range and $400/sq ft and up high-end. Design review pushes cost upward when an HOA mandates specific materials, and winter work carries temporary heat, protection, and reduced-productivity costs.

    A Boise or out-of-valley builder shipping crews to Driggs adds 25-40% to labor cost on top of that, and typically has not priced HOA resubmittals or winter protection into the original number.

    What local knowledge actually changes here

    A builder who works Teton Valley regularly knows Teton County building code (different from Bonneville and Madison), which HOA boards want what, snow load engineering above 6,200 ft elevation, winter concrete protocols, and the local sub-trade network that answers the phone in February.

    Questions to ask about design review and winter scheduling

    1. Which Teton Valley HOA boards have you submitted to, and how many resubmittals did it take?
    2. Who prepares and carries the design review package — you or me?
    3. What is your target dry-in date, and what happens to the schedule if we miss it?
    4. How do you price winter temporary heat and protection?
    5. How many homes have you built in Driggs, Victor, or Tetonia in the past 5 years?
    6. Show me 3 completed Teton Valley homes of similar scope and budget.
    7. Can I see live JobTread access on an active project?
    8. What is your warranty?

    Why a 20-year Teton Valley builder

    Bryce Swager is a 4th-generation native of Rigby and Teton Valley. His great-grandfather owned Swager Ford, the Rigby Ford dealership. His grandfather and father started Swager & Swager, the Rigby accounting firm his father still runs today. The Swager family has worked the Teton side of the pass as long as it has worked the Snake River side — close to a century.

    That heritage matters in three concrete ways: supplier relationships span the pass and go back generations; Teton County code and HOA review are familiar territory rather than something learned on your build; and the Swager family is not going anywhere when the market cools.

    Ready to price a build? The SwagerBuilds Driggs custom home builder page covers costs, the design agreement, and fixed-price contracts. Get your Driggs Idaho estimate →

    Related reading: building a custom home in Driggs — costs, timeline, permitting · custom home builder for Teton Valley.