Research by DoINeedAPermit Research Team · Updated May 2026
The Short Answer
Yes. Any attached deck in Bridgewater requires a permit from the Building Department, regardless of size or height. Massachusetts state code (780 CMR) and Bridgewater's local adoption treat attached decks as structural work.
Bridgewater enforces the 2015 International Building Code (adopted via 780 CMR) strictly on attached decks — meaning there is no size exemption. Unlike many towns that waive permits for small freestanding decks under 200 square feet and 30 inches high, Bridgewater's Building Department requires a permit application, architectural/engineering plans (or detailed homeowner sketches), and a building inspector sign-off before you nail the first board. The 48-inch frost-depth requirement — driven by Bridgewater's Zone 5A climate and glacial-till soil — is the single biggest cost driver: your footings must go 4 feet down, not the 3 feet you'd need in warmer regions. Ledger flashing (the waterproofing detail where your deck attaches to your house) is inspected with particular rigor because improper flashing is the #1 source of water damage and deck failure; Bridgewater inspectors will reject plans lacking explicit IRC R507.9 compliance. The town's online permit portal is functional but inconsistent — some applicants report faster turnaround submitting plans in person at Town Hall (1 School Street) than uploading to the portal, though this varies by inspector. Plan review typically takes 2-3 weeks for straightforward residential decks; expect longer if your lot sits in a flood zone or wetlands overlay (common in Bridgewater's lower areas).

What happens if you skip the permit (and you need one)

Bridgewater attached deck permits — the key details

Bridgewater's Building Department administers permits under Massachusetts 780 CMR (the state's adoption of the 2015 International Building Code) plus any local amendments. For decks, the governing sections are 780 CMR 2015 IRC R507 (Exterior decks) and R311 (Stairs, ramps, and guards). The most critical rule: your ledger board — the beam that bolts your deck to your house rim joist — must be flashed with metal flashing that directs water away from your house band board and into a gutter or down the exterior, per IRC R507.9. This is not a suggestion; Bridgewater inspectors routinely reject deck permit applications that don't show flashing detail. The flashing must extend at least 4 inches above the deck surface and lap over the house's exterior cladding or sheathing. If your house has wood siding, the flashing must sit behind the siding; if you have masonry or vinyl, the flashing sits on top. Many homeowner sketches skip this detail entirely, resulting in a permit rejection and a 1-2 week re-submit cycle. The Building Department will also require proof that your ledger bolts are ½-inch lag screws or through-bolts spaced 16 inches on center, fastened into the rim joist (not just the rim board's face). These bolts transfer the lateral load (wind and earthquake forces) from your deck back into your house frame.

Footings are the second major hurdle in Bridgewater. Your deck posts must sit on footings that go at least 48 inches below the final grade — that's the frost line in Zone 5A. Bridgewater's glacial-till soil, full of granite rubble and boulders, makes digging expensive; many homeowners discover mid-project that an excavator can't reach bedrock or a 100-year-old stone foundation at 3.5 feet, forcing them to hire a drilling rig or abandon the planned post location. Your permit drawings must show footing depth, diameter (typically 10-12 inches), and the footer detail (concrete pad, frost-protected shallow foundation, or pier block). Concrete footers must extend from bedrock or undisturbed soil to 12 inches above grade (to prevent frost heave and rot). If your lot is in a flood plain or wetlands buffer zone — common in Bridgewater's lower neighborhoods near the Taunton River — you may also need a Conservation Commission permit or an elevation certificate from a surveyor, which adds $500–$1,500 and 3-4 weeks to your timeline. The Building Department will flag this during plan review and route you to the Conservation Commission if needed; don't try to hide it.

Stairs and guardrails are the third compliance zone. If your deck is more than 30 inches above grade at any point, you must have guardrails (not railings, which are cosmetic — guardrails have specific safety requirements). Guardrails must be 36 inches high measured from the deck surface, with a top rail and intermediate rail spaced so a 4-inch sphere cannot pass between balusters (IRC R311.5). The guardrail must be able to support a 200-pound point load without deflecting more than 1 inch. Bridgewater inspectors test this during final inspection by leaning hard on the rail; if it moves too much, the deck fails. Stairs leading down from your deck must have treads (the step face you step on) between 10-11 inches deep, risers (the vertical part) between 4-7 inches tall, and all risers on a single run must be within ⅜ inch of each other. Handrails on stairs are required if there are 4 or more risers, and they must be 34-38 inches from the stair nosing (the edge of the tread). Most homeowners underestimate stair geometry; if you're building the stringers (the angled beams that support the stairs) yourself, the Building Department will ask for detailed calculations and may require a structural engineer's stamp if your design deviates from standard tables in the IRC or a deck-manufacturer's handbook. The cost of an engineer's review is $400–$1,000, but it avoids a 3-week rejection-and-resubmit cycle.

Electrical and plumbing on your deck require separate permits and inspector sign-offs. If you're adding lights, a ceiling fan, or an outdoor outlet, that's licensed electrician work in Massachusetts (you cannot DIY residential electrical work, even as the owner). A licensed electrician must pull a separate electrical permit ($100–$200) and obtain an electrical inspection. Similarly, if you're running water lines or a drain (for a hot tub, outdoor shower, or wet bar), that's a plumbing permit ($100–$300) requiring a licensed plumber and a plumbing inspection. These are separate from your deck permit and add 1-2 weeks to your overall timeline. Bridgewater's Building Department won't sign off on your final deck inspection until all electrical and plumbing inspections are complete, so plan to hire trades early.

Timeline and process: Submit your application with plans (hand-drawn or digital is fine for simple decks, but the Building Department prefers a scale drawing with dimensions, post locations, footing detail, ledger flashing, stair geometry, and railing heights). Over-the-counter plan review (2-3 working days) is available if your deck is straightforward (under 300 sq ft, no utilities, standard footing, level site). Submit in person at Bridgewater Town Hall, 1 School Street, or mail to the Building Department; email submissions should be confirmed by phone first. Once approved, you'll receive a permit (valid for 6 months; you can request a 6-month extension). Schedule a footing inspection before you pour concrete — the inspector will verify footing depth and location. Schedule a framing inspection after you've installed the ledger, posts, beam, and joists but before decking. Final inspection happens after the deck is complete, guardrails are installed, and stairs are done. Each inspection takes 30-60 minutes; inspectors typically accommodate same-week scheduling. Total cost: permit fee ($150–$400 depending on deck valuation, typically 1-2% of construction cost), footing inspection ($0 — included in permit), framing inspection ($0), final inspection ($0). Expect 4-6 weeks from permit application to final sign-off if you have the deck framed and ready to inspect within 2-3 weeks of permit approval.

Three Bridgewater Town deck (attached to house) scenarios

Scenario A
12x14 pressure-treated deck, 3 feet high, stairs to grade, no utilities — East Bridgewater Road lot, sandy soil over granite
You're building a simple ground-adjacent deck (not a second-story platform) on a residential lot with good drainage. Your lot slopes gently away from the house, so the deck sits about 36 inches above grade at the ledger and 24 inches at the far end. A 12x14 (168 sq ft) deck with a 4-step stair is a textbook residential project. You need a Building Department permit. Your ledger must be flashed and bolted per IRC R507.9 — plan on ½-inch lag screws every 16 inches through the rim joist. You'll have 4 posts sitting on footings that go 48 inches down (Bridgewater's frost line); your excavator will likely hit granite at 3-4 feet, so budget $150–$300 to drill or wedge out a boulder. Once the concrete footings are poured, you'll call for a footing inspection (usually same-week); the inspector will measure footing depth and mark the post locations. Build your deck, install guardrails (36 inches high, 4-inch sphere rule), and frame your stairs with treads 10-11 inches deep and consistent 5-inch risers. Call for a framing inspection once the deck is decked (boards laid) and the guardrails are in. Final inspection covers the whole package — guardrails, stairs, ledger flashing, fasteners. No electrical or plumbing, so no trades needed. Expect 4-5 weeks from permit to final sign-off. Permit fee is roughly $200–$300 (based on ~$8,000–$12,000 estimated construction cost at 2-2.5% of valuation). Material cost: $4,000–$6,000 (pressure-treated lumber, hardware, concrete, fasteners). Labor (if hired out): $3,000–$5,000 for framing, $1,000–$2,000 for concrete work. Total project cost: $8,000–$13,000.
Permit required | 48-inch frost depth | Ledger flashing mandatory (IRC R507.9) | Guardrails 36 inches (IRC R311.5) | Stair treads 10-11 inches deep | Footing + framing + final inspections | Permit fee $200–$300 | Material + labor $7,000–$11,000 | 4-5 weeks to final sign-off
Scenario B
16x20 composite deck, 5 feet high on a hillside, second-story attachment, multiple electrical outlets, Conservation buffer concern — West Main Street lot
Your house sits on a hillside. The deck attaches to your second-floor family room, so you're 18 feet above grade at the ledger. This is a structural deck requiring more detailed engineering. First, the ledger detail is critical: you're bolting to a second-story rim joist that is 16 feet above the ground, so ledger failure could be catastrophic. You'll need a structural engineer or a pre-engineered deck plan from a manufacturer (Simpson, Trex, etc.) showing the ledger connection, beam size, and post sizing. The permit application must include engineered drawings — hand sketches won't cut it; plan on $400–$800 for an engineer's review or buy a pre-engineered kit that comes with plans. Your lot is in a Conservation Commission wetlands buffer zone (common in Bridgewater near the Taunton River tributaries); the Building Department will refer you to the Conservation Commission, which requires a Notice of Intent filing, a 21-day public comment period, and a vote (usually 2-4 weeks). You're also adding 6 electrical outlets around the deck for lights and a ceiling fan, so you need a licensed electrician and a separate electrical permit ($100–$200). Once structural drawings and Conservation approval are in hand, the Building Department will issue a permit. Your footing inspection now includes verification that the posts are installed on proper footings at 48 inches depth — on a hillside, this might mean cut-and-fill work or a retaining wall, which may require its own permit if it's over 4 feet tall (check with Building Department). Framing inspection covers the ledger flashing, bolts, beam, posts, and connections. Final inspection includes guardrails and electrical. The electrician must finish rough-in and obtain an electrical inspection before you can get your final building inspection. Expect 8-10 weeks total: 3-4 weeks for structural review, 2-4 weeks for Conservation review, 2-3 weeks for building plan review, 2-3 weeks for framing and inspections. Cost: permit $400–$600, structural engineer $400–$800, Conservation filing $0–$200, electrician labor + permits $1,200–$2,000, materials (composite decking, hardware, electrical) $8,000–$12,000, labor for deck frame/post $4,000–$6,000. Total: $14,000–$22,000.
Permit required | Engineered/pre-engineered plan required | Structural engineer $400–$800 OR pre-engineered kit | Conservation Commission approval needed | Licensed electrician required | Electrical permit $100–$200 | Footing depth 48 inches on hillside | Ledger flashing + bolts (second-story risk) | Permit fee $400–$600 | 8-10 weeks including Conservation review | Material + labor + trades $12,000–$18,000
Scenario C
10x12 pressure-treated deck, ground-level, under 30 inches high, no stairs or utilities — typical Cape Cod-style home, Bridgewater center
This is the smallest, simplest attached deck — barely big enough for a bistro table and two chairs. You might think it doesn't need a permit because it's ground-level and under 30 inches, but Bridgewater makes no exception for attached decks, period. The distinction between 'attached' and 'freestanding' is the key: if your deck ledger is bolted to your house, it's attached and requires a permit. A freestanding deck (posts only, no ledger) under 200 sq ft and 30 inches high would be exempt, but that's not your project. You need a permit. The application is simple: a sketch with dimensions, the ledger location and flashing detail, footing depth (48 inches in Bridgewater), and a note that there are no stairs, no guardrails (deck under 30 inches), and no utilities. This is a classic 'over-the-counter' approval — the Building Department will review it in 2-3 days, issue the permit, and you're good to build. Your ledger flashing and bolts are still required (IRC R507.9); there's no exemption for small decks. Posts go 48 inches down (Bridgewater frost line), so you'll dig 4 feet for each post — in this small deck, that's probably 2 posts (or 3 if your house rim joist is weak). Concrete footings, pressure-treated posts, pressure-treated joists and rim, and pressure-treated deck boards are standard. Inspect footing depth, then frame and deck, then call for final. No guardrails or stairs needed because the deck is under 30 inches at the far end. Permit issued in 2-3 days, footing inspection same week, framing/final inspection 1-2 weeks later. Total timeline: 3-4 weeks. Permit fee: $100–$150 (small valuation, maybe $2,000–$3,000 estimated cost = 3-5% permit rate for small projects). Material: $1,200–$1,800 (lumber, fasteners, concrete, flashing). Labor (if hired): $1,500–$2,500. Total project: $2,700–$4,300. This is the most straightforward deck scenario, but it still requires a permit.
Permit required (attached deck, no exemptions in Bridgewater) | Over-the-counter approval typical | 48-inch frost depth | Ledger flashing + bolts mandatory | No guardrails/stairs needed (under 30 inches) | Permit fee $100–$150 | Footing + final inspections | 3-4 weeks total | Material + labor $2,500–$4,000

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Bridgewater's 48-inch frost line: why your footings must go so deep

Bridgewater sits in USDA Hardiness Zone 5A with average winter temperatures dropping to -15°F to -20°F. Frost depth — the depth at which soil freezes solid — is 48 inches in Bridgewater, per the National Weather Service and confirmed by the Building Department's adoption of frost-line tables in 780 CMR 2015 IRC R403.1. This is significantly deeper than southern New England (Rhode Island frost line is 36 inches) and much deeper than warm climates (Florida is 0 inches; you pour concrete directly on grade there). The reason: water in soil expands when it freezes (ice is less dense than liquid water). If your footing sits above the frost line, the ground beneath it freezes, expands, and heaves upward — pushing your deck post up by 1-4 inches. In spring, it thaws and settles, but not always evenly. Repeat this cycle 40 times over a deck's life, and your deck shifts, your ledger flashing tears, and water pours into your house walls, causing rot and mold.

Bridgewater's soil makes this worse. Glacial till — the mix of clay, sand, gravel, and granite boulders left by the Wisconsin glacier — compacts poorly and drains slowly. Many Bridgewater lots have granite bedrock at 3-4 feet; if you hit bedrock before 48 inches, you can build your footing on the bedrock itself (bedrock is frozen year-round and won't heave). But if bedrock is deep or absent, you must dig all 48 inches through dense till, which is backbreaking work without an auger or drilling rig. This is the single biggest cost surprise for Bridgewater homeowners. A standard hand-dug footing ($150–$200 per hole) suddenly costs $300–$500 if the crew hits a boulder or dense clay and needs to rent equipment. Budget accordingly: for a 4-post deck, expect $800–$2,000 in footing digging and concrete labor alone.

Bridgewater's Building Department enforces the 48-inch rule strictly during footing inspection. The inspector brings a depth gauge and measures each footing before you pour concrete. If a footing is 42 inches deep instead of 48, the inspector will reject it and ask you to dig deeper. This is not negotiable — it's in the code and the liability falls on the homeowner. Some inspectors are more flexible if bedrock is documented and at, say, 46 inches (they may approve 'frost-protected shallow foundation' per IRC R403.3 with insulation), but this is rare and requires engineer approval. Plan for your footing inspection to take 30-60 minutes and happen same-week after you call. Have a site photo and footing measurements ready to show the inspector. Don't build on top of your footing without that inspection sign-off.

Ledger flashing in Bridgewater's wet climate: the #1 source of deck failure

Bridgewater averages 45 inches of precipitation annually and sits near the Taunton River, so moisture is relentless. Your deck ledger — the board bolted to your house rim joist — is the most common entry point for water damage in Massachusetts decks. Water runs off the deck surface, seeps behind the ledger, gets into the rim joist and band board, and within 2-3 years you have rot, mold, and structural failure. IRC R507.9 mandates metal flashing that directs water away from the house. Bridgewater's Building Department inspectors check this explicitly because they've seen too many water-damaged homes. The flashing must be 'L-shaped' or 'Z-shaped', sit between the ledger and the house rim joist, extend at least 4 inches above the deck surface (so water running down the house exterior drips off the flashing and away from the ledger), and lap over the house's water-resistive barrier (WRB — typically house wrap or felt paper under your siding). If your house has wood siding, the flashing sits behind the siding; if you have vinyl or brick, the flashing sits on top and is caulked or sealed. Most permit rejections mention missing or inadequate flashing details. Many homeowner sketches show the ledger bolted to the rim joist but skip the flashing detail entirely — an oversight that wastes 1-2 weeks in the rejection-and-resubmit cycle. Include flashing in your original plans: show the L-shaped metal, show how it tucks behind the siding or sits on top of it, and specify the material (aluminum, galvanized steel, or stainless steel — no copper, which is expensive). The Building Department will also inspect flashing installation during the framing inspection; if it's installed incorrectly or caulked wrong, the inspector will ask for a fix before final sign-off.

Ledger bolts are equally critical in Bridgewater's code. Your ledger must be fastened to the rim joist with ½-inch diameter lag screws or ½-inch through-bolts spaced 16 inches on center (600 mm maximum in IRC R507.9.2). Lag screws go into the rim joist at an angle; through-bolts go completely through and are washered and nutted on the back. The spacing is non-negotiable — bolts every 16 inches. A 16-foot ledger needs 13 bolts minimum. These bolts transfer the lateral load (wind pushing your deck away from the house, or someone leaning hard on the guardrail) back into your house frame. If bolts are spaced too far apart (24 or 32 inches), the connection fails under wind load and the deck pulls away from the house — taking the flashing with it and ripping the rim joist. Bridgewater inspectors count bolts and measure spacing during framing inspection. Have your ledger fully bolted and flashed before you call for inspection. Common mistakes: using 3/8-inch bolts (too small), spacing bolts 24 inches apart (too far), or hand-drilling lag screws without a lock washer (washer will pull through the wood). Use a power drill, a drill-stop collar set for the correct depth, and a lock washer on every bolt.

If your house has a cantilever or truss soffit overhang (common on Cape Cod-style homes in Bridgewater), ledger attachment becomes tricky. The rim joist may sit far back under the soffit, making flashing access difficult. Some inspectors require you to open the soffit, install flashing properly, and close it back up. Other inspectors may approve an alternate detail (a 'deck ledger board' attached to the rim and flashing detail sealed with caulk and a gasket). Discuss this during your pre-application conversation with the Building Department or your contractor. If you're uncertain, pay for a structural engineer's review ($300–$500) to document a non-standard ledger detail; it saves rejection and delays.

Bridgewater Town Building Department
Bridgewater Town Hall, 1 School Street, Bridgewater, MA 02324
Phone: (508) 279-6611 (main switchboard; ask for Building/Inspection Department) | https://www.bridgewaterma.org/ (check town website for permit portal or submission email)
Monday–Friday, 8:00 AM–5:00 PM (verify hours before visiting; Town Hall closures may apply)

Common questions

Can I build a freestanding deck without a permit in Bridgewater?

Yes, if your deck is not attached to your house, under 200 square feet, AND under 30 inches above grade, it's exempt per IRC R105.2. However, most decks attached to a house (which yours likely is, given the prompt) require a permit. If you're building a separate, post-only structure with no ledger fastened to the house, you may be exempt — but confirm with the Building Department before you dig footings. Bridgewater inspectors will ask to see the distance between your freestanding deck and the house band board; if the deck ledger is within 3-4 inches of the house rim joist, the inspector may deem it 'attached' even if you built it as freestanding.

Do I need a licensed contractor to build my deck in Bridgewater?

No. Massachusetts allows owner-builder work on your own primary residence. You can pull the permit and build the deck yourself, as long as you live in the house. However, electrical and plumbing work must be done by licensed trades — you cannot DIY electrical outlets or water lines. If your deck includes a hot tub, outdoor shower, or electrical utilities, hire a licensed electrician and plumber; the Building Department will require their permits and inspections. For the structural framing (ledger, posts, joists, decking), you can DIY if you're comfortable, but the Building Department still enforces the same code — flashing, bolts, footing depth — whether you or a contractor built it.

How much will my Bridgewater deck permit cost?

Bridgewater's permit fee is based on the estimated construction cost of your deck, typically 1.5–2.5% of the valuation. A $10,000 deck costs $150–$250 in permit fees; a $20,000 deck costs $300–$500. Footing, framing, and final inspections are included (no extra inspection fees). The Building Department will ask you to estimate your construction cost on the permit application. If you undervalue your deck significantly, the Department may revise the valuation and charge you the difference. It's better to estimate high than low.

What if my lot is near the Taunton River or in a flood zone — does that change my permit?

Yes. Bridgewater has significant flood-prone areas and wetlands near its river corridors. If your lot is in a mapped flood zone (FEMA Flood Insurance Rate Map), your deck footing and floor elevation must comply with the local Flood Damage Prevention Ordinance — typically meaning your deck floor must be at or above the Base Flood Elevation (BFE). The Building Department will flag this during plan review and may require an elevation certificate from a surveyor ($300–$500). If your deck is in a wetlands buffer zone (25–100 feet from a wetland), you'll need Conservation Commission approval (21-day process, $0–$200 filing fee). Don't skip this; violations can result in $100–$300 per day fines and forced removal.

I want to add a hot tub to my deck. Do I need separate permits?

Yes. A hot tub requires plumbing and electrical permits separate from your deck permit. The plumber must vent the drain properly and run supply lines; the electrician must wire a dedicated 240-volt circuit with a disconnect switch. Both must pull permits and pass inspections. Additionally, hot tubs are heavy (600+ pounds full of water and people); your deck framing must be designed to support the point load. You'll likely need a structural engineer to stamp a design showing beam and post sizing for the weight. This adds $1,000–$2,000 to your timeline and cost. Discuss with your builder or engineer before finalizing your deck plan.

How long is my Bridgewater permit valid for?

Your permit is valid for 6 months from issuance. If you haven't finished construction within 6 months, you can request a 6-month extension (usually granted once at no fee, pending inspector approval). If work stops or is abandoned, the permit expires. If you let your permit expire and then resume work, you'll need to pull a new permit and pay fees again.

Can the Building Department reject my deck permit for design reasons?

Yes. The Building Department can reject your plan if it doesn't meet code — for example, if guardrails are only 34 inches (code requires 36 inches), footings are shown at 36 inches (code requires 48 inches in Bridgewater), flashing detail is missing, stair treads are 9 inches deep (code requires 10–11 inches), or ledger bolts are spaced 24 inches apart (code requires 16 inches). You'll receive a written rejection with specific reasons; you then revise your plans and resubmit. Most rejections take 1–2 weeks to resolve if you fix the issues promptly. To avoid rejection, have your plans reviewed by a contractor or engineer familiar with Bridgewater's frost-line and ledger-flashing enforcement before submitting.

What happens during the Building Department inspection visits?

Three standard inspections: (1) Footing inspection — before pouring concrete, the inspector verifies footing depth (48 inches) and location with a depth gauge. Takes 30 minutes. (2) Framing inspection — after ledger is installed, flashed, and bolted; posts are set; beam and joists are up; and guardrails are framed. Inspector checks ledger flashing, bolt spacing and washers, post footings, and guardrail framing. Takes 45–60 minutes. (3) Final inspection — after deck is completely built with all boards installed, guardrails complete, stairs built with correct tread/riser geometry, and any electrical/plumbing finished. Inspector verifies everything is code-compliant, deck surface is secure, and guardrails meet the 4-inch sphere and 200-pound load tests. Takes 30–45 minutes. Call for each inspection at least 2–3 business days in advance; most can be scheduled same week. If there are defects, the inspector will note them and ask for corrections; you'll be asked to call for a follow-up inspection once fixed.

I'm replacing an old deck that was built without a permit. Do I need to get retroactive approval?

If you're removing and rebuilding, you should pull a new permit for the rebuilt deck. The old unpermitted deck is a liability for resale, insurance, and future lending. If you're repairing the existing unpermitted deck (replacing boards, fixing flashing), technically that's maintenance and usually doesn't require a permit — but Bridgewater's Building Department may require you to bring the entire deck up to current code (new ledger flashing, new bolts, etc.) if you're doing major work. Ask the Building Department before starting; they may offer a 'retroactive permit' for a fee ($200–$400) to legalize the old deck, or they may require a full new permit. Either way, dealing with it now is cheaper than disclosing an unpermitted deck at resale.

What happens if my neighbor complains about my unpermitted deck?

Bridgewater's Building Department follows up on code violation complaints. If a neighbor reports your unpermitted deck, the Department will send an inspector to your property, document the deck, and issue a Notice of Violation. You'll be given 10–30 days to either (a) pull a permit and bring the deck into compliance, or (b) remove the deck. If you ignore the notice, fines accrue at $100–$300 per day. The town can also file a lien against your property if fines go unpaid. The easiest path: pull a permit immediately upon notice, work with an inspector to assess whether the existing deck can be brought up to code, and schedule inspections. Most decks can be retrofitted with new flashing, ledger bolts, and railing repairs; demolition is a last resort.

Disclaimer: This guide is based on research conducted in May 2026 using publicly available sources. Always verify current deck (attached to house) permit requirements with the City of Bridgewater Town Building Department before starting your project.

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