What happens if you skip the permit (and you needed one)
- Stop-work orders in East Point carry fines of $100–$500 per day and must be resolved before a permit can be pulled retroactively; double permit fees ($300–$1,000 depending on deck valuation) apply to unpermitted work brought into compliance.
- Home insurance may deny claims related to deck failure or injuries if the work was unpermitted; some insurers will not cover replacement cost without a copy of the final inspection sign-off.
- Selling the home triggers mandatory disclosure of unpermitted work in Georgia; buyers can demand removal or price reduction, or walk away entirely — unpermitted decks routinely cost sellers $5,000–$15,000 in renegotiation.
- Lenders will not refinance a home with unpermitted attached structural work; FHA and conventional loans require a clear permit and inspection record for any deck attached to the house.
East Point attached deck permits — the key details
East Point requires a building permit for any deck attached to the house, including small 8-by-10 landing decks and small platforms. The rule stems from Georgia State Code § 43-41, which allows owner-builders to work on single-family homes, but the City of East Point's interpretation applies structural safety review to all attached decks because they are load-bearing connections to the primary structure. The IRC permits ground-level freestanding decks under 200 sq ft and 30 inches in height to be exempt from permitting (IRC R105.2), but once a deck is attached to the house via a ledger board, East Point reclassifies it as structural and requires a permit. This is more conservative than some neighboring jurisdictions (e.g., Decatur allows attached decks under 200 sq ft and under 30 inches to proceed without review), but it reflects East Point's enforcement posture. You'll submit a simple one-sheet design (deck dimensions, footing details, ledger flashing method, guardrail height, and beam-to-post connectors). Over-the-counter review typically takes 1-3 business days; if plans are incomplete or non-compliant, you'll get a revision request via email and resubmit within a week. Most straightforward residential decks are approved on the first pass.
The ledger board connection is the critical detail in East Point's review. IRC R507.9 mandates that ledger boards be flashed with a metal Z-flashing or L-flashing that directs water away from the rim joist; many residential deck failures occur when water infiltrates behind the ledger, rotting the rim and house band board. East Point inspectors will require you to show flashing detail on your plan (either a manufacturer detail sheet for Simpson, Ledger Board Flashing, or equivalent, or a hand-drawn section showing 2x8 ledger bolted to the rim joist with 1/2-inch lag bolts 16 inches on center, with Z-flashing underneath and caulked). You must also specify how the ledger passes through any existing brick or vinyl siding — East Point does not permit you to bolt directly into the siding; you must remove siding back to the rim joist, flash, and reinstall. Bolts must penetrate the rim board fully and not land in a rim vent or header. East Point also requires that you inspect and seal any existing gaps between the ledger and the house after installation; this is typically done at the framing inspection stage.
Footing depth is set by the 12-inch frost line in the East Point Piedmont zone. All deck posts and footings must rest on undisturbed soil or properly compacted fill a minimum of 12 inches below the finished grade. East Point does not permit post-on-grade or floating footings. The standard approach is to dig a 12-inch deep hole (or 18 inches deep and backfill with tamped soil to reach the frost line), set a 4-by-4 post into a galvanized post-base (Simpson ABU44 or equivalent) bolted or nailed into a concrete pier or pad (12-by-12 inches by 12 inches deep, poured around the post base). If your soil is Coastal Plain sandy clay (south of East Point), broaden the pad to 18-by-18 inches to distribute load over softer soil. Your plan must show footing depth; the inspector will verify footing location and depth at the pre-pour or pre-set stage (before the post is permanently anchored). Piedmont red clay (Cecil soil) to the north typically has better bearing capacity (2,500-3,000 psf) and allows standard 4-by-4 posts; sandy soil to the south may require 6-by-6 posts or additional pier spacing if the deck is large or carries heavy snow load (East Point is in climate zone 3A, so snow load is typically 5-10 psf, not a major driver).
Guardrails, stairs, and landings are governed by IRC R311.7 and IBC 1015. East Point requires any deck more than 30 inches above grade to have a guardrail; the rail must be 36 inches high (measured from the deck surface to the top of the rail), balusters must be spaced no more than 4 inches apart (child-safety rule to prevent a 4-inch sphere from passing through), and the rail must withstand a 200-pound horizontal force applied at any point. Stairs must have a minimum 36-inch clear width, a handrail on at least one side (36-38 inches high), a tread depth of at least 10 inches, and a riser height of 7-11 inches (verify that your existing door sill height aligns with your stair rise). Landings at the bottom of the staircase must be at least 36 inches by 36 inches and must not slope more than 1/4 inch per foot. East Point's inspector will check these dimensions at the framing inspection and again at final. Many decks are delayed because stairs or landings don't meet the IRC step-riser formulas — do not use construction-grade guesswork; calculate and document the stair math on your plan.
Beam-to-post connections and lateral bracing are specified in IRC R507.9.2 via Simpson connectors or equivalent. Your deck's main beam (typically a doubled 2x10 or 2x12) must be connected to the posts with a specific connector — usually a Simpson LUS210 or CBT44 (adjustable base) — nailed or bolted per the manufacturer's specifications. East Point inspectors will look for these connectors at framing and final inspection; hand-nailed or untied connections are rejected. If your deck is elevated or in a location with wind exposure, specify lateral bracing (diagonal cross-bracing or a rim band) to resist uplift and side-sway. Electrical work (exterior outlets, under-deck lights, ceiling fans) requires a separate electrical permit and NEC compliance review (NEC 210.52 for GFCI protection on outdoor receptacles, NEC 680 for lighting in wet locations); if you're including electrical, budget an additional $75–$200 for electrical permit and a separate inspection. The City of East Point does not bundle electrical review into the structural deck permit, so plan to file both simultaneously and schedule two inspections.
Three East Point deck (attached to house) scenarios
Footing and frost-line rules for East Point's Piedmont and Coastal Plain zones
East Point sits on the border of two distinct soil regions: the Piedmont to the north (red clay, Cecil soil series) and the Coastal Plain to the south (sandy clay, Congaree and Dothan series). The 12-inch frost line applies uniformly across the city, but the bearing capacity and footing design differ. Piedmont red clay typically has 2,500-3,000 psf bearing capacity and compacts well; a standard 12-by-12-by-12-inch concrete pier under a 4-by-4 post is adequate. Coastal Plain sandy soil has 1,500-2,000 psf bearing capacity and is prone to settlement if not properly compacted; you must use an 18-by-18-inch pad or 4-by-4-foot shallow spread footing to distribute load. East Point's building inspector will ask you to note your footing design on your plan and may request a soil-bearing report if your deck is large or you're unfamiliar with your lot's soil type. A $200 soil test (boring and lab analysis) from a geotechnical firm clarifies bearing capacity and saves permit-rejection headaches on large decks.
The 12-inch depth is mandated by IRC R403.1.1 and relates to the freezing depth in climate zone 3A; frost heave (soil expansion when frozen) can lift an unfrooted post by 1-2 inches per winter, causing deck settling and structural damage. Decks installed on grade or on floating footings are common DIY mistakes and are rejected by inspectors. East Point also requires you to verify that the footing hole does not encounter a utility line (water, gas, electric, sewer); call 811 (Georgia One Call) before digging to mark underground utilities.
In the Piedmont zone (north of East Point, toward Stone Mountain), granite bedrock is sometimes encountered at shallow depth (6-12 inches). If you dig a footing hole and hit rock before reaching 12 inches, notify the building inspector immediately and ask for a written waiver or alternate footing detail (e.g., epoxied post anchor bolted into the rock, or a deeper hole offset to avoid the outcrop). Do not assume bedrock makes footing unnecessary; document it with photos and the inspector's approval.
Ledger flashing, water damage, and common failure modes in East Point humidity
East Point's climate is warm-humid (3A), with 45-50 inches of annual rainfall and high relative humidity, especially in spring and fall. Ledger flashing failures are the leading cause of deck repair and house damage in the Southeast because water infiltrates behind the ledger, rots the rim joist, and spreads into the band board and sill plate. IRC R507.9 requires flashing, but many older installations (and DIY projects) skip it or install it incorrectly. A proper flashing detail includes a metal Z-flashing or L-flashing installed underneath the ledger before the ledger is bolted down, sitting on top of the rim board and extending down behind the rim board by at least 2 inches, with the top edge of the flashing in contact with the house rim. Caulk the top joint where the flashing meets the house rim with polyurethane caulk (not acrylic latex, which fails in moisture). If your house is brick or stone, the flashing must sit on top of the brick course and direct water down the face of the brick, not behind it.
East Point's inspector will ask to see your ledger flashing detail on your plan — either a manufacturer detail sheet (Simpson, Ledger Board Flashing Co., etc.) or a hand-drawn section view showing the flashing type and installation. Many permits are delayed because the applicant does not provide a clear flashing detail. If you're unsure, download a flashing detail from Simpson Strong-Tie (www.strongtie.com) or consult your deck builder. A poorly flashed ledger can cost $3,000–$8,000 to repair five years later (rim joist replacement, house band board reconstruction, siding replacement). The permit process is specifically designed to catch this before the damage occurs.
In East Point's humidity, composite decking (Trex, TimberTech) is increasingly popular because it does not rot and sheds water better than treated wood, reducing ledger risk. If you choose composite, note it on your permit plan; the inspector may ask about the ledger attachment method because composite decking is slightly more forgiving (water runs off faster). Treated wood is still code-compliant and is cheaper; just ensure flashing is pristine. One final note: if your existing deck has visible water stains, black mold, or soft spots on the rim joist, do not proceed with an addition or repair — have the ledger and rim joist inspected and repaired first (this is a separate, often urgent project).
East Point City Hall, East Point, GA (confirm address via city website: www.eastpointga.net or call)
Phone: (404) 761-4100 or main line — Building Permits desk (hours vary; call to confirm) | East Point online permit portal — check www.eastpointga.net for link or call Building Department to request portal access
Monday – Friday, 8:00 AM – 5:00 PM (verify with city; some departments have limited hours on Fridays)
Common questions
Can I build an attached deck without a permit if it's under 200 square feet?
No. East Point requires a permit for any attached deck, regardless of size. The IRC exemption (IRC R105.2) does NOT apply to attached decks in East Point; only freestanding decks under 200 sq ft and 30 inches in height are exempt, and even then, only in jurisdictions that adopt the exemption. East Point's code treats any ledger connection as structural and requires a permit to ensure the ledger is properly flashed and the deck is safely attached.
How long does deck permit review take in East Point?
Over-the-counter review for straightforward residential decks typically takes 1-3 business days. Larger or complex decks (high elevation, electrical, under-deck systems) may take 2-3 weeks. Once approved, you can begin work immediately. Inspections (footing pre-pour, framing, final) are usually scheduled within 1-3 days of your request, so total project timeline is typically 3-6 weeks from permit application to final approval.
What's the permit fee for an attached deck in East Point?
Fees are typically 1.5-2% of the project valuation. A small 12-by-16 deck ($4,000–$6,000 value) costs $150–$250. A large 20-by-20 deck ($10,000–$15,000 value) costs $400–$600. Call the building department to confirm the current fee schedule; fees may vary by year or by deck size/scope. Electrical permits (if including outlets or lighting) are additional ($75–$250).
Do I need a footing 12 inches deep in Coastal Plain sandy soil, or can I use a shallower footing?
Yes, 12 inches is the minimum frost-line depth for East Point in both Piedmont and Coastal Plain soils. The frost line is the same across the city. However, Coastal Plain sandy soil has lower bearing capacity, so you'll need a wider footing pad (18-by-18 inches instead of 12-by-12 inches) to distribute the load. Deeper footings may be recommended for sandy soil; ask your building inspector or a geotechnical professional if unsure.
Can I attach my deck directly to the house brick without removing any brick or siding?
No. You must remove the brick veneer or siding back to the rim joist to install the ledger board and flashing. Bolting a ledger directly over brick or siding does not allow proper water management and will fail within a few years. The inspector will reject a permit plan that shows ledger-over-siding. Remove siding, install the ledger and flashing, and reinstall siding after the ledger is bolted and flashed.
Do I need an electrical permit for an outlet on my deck?
Yes. Any permanent electrical outlet or light fixture on or attached to the deck requires an electrical permit and NEC compliance review. East Point issues a separate electrical permit (typically $75–$250, depending on scope). GFCI protection is mandatory for outdoor receptacles (NEC 210.52). Rough-in and final inspections are separate from structural deck inspections, so plan for two electrical inspection appointments.
What height should my guardrail be if my deck is 18 inches above grade?
East Point requires a 36-inch-high guardrail (measured from the deck surface to the top of the rail) on any deck over 30 inches above grade. A deck 18 inches high is below that threshold, but IRC R105.2 is interpreted conservatively by East Point; check with the building department, but most inspectors will require a 36-inch rail or at least a 30-inch minimum rail on lower decks. Balusters must be spaced no more than 4 inches apart (child-safety requirement).
If I have an HOA, do I need HOA approval before I apply for a permit?
HOA approval and city permits are separate. You can apply for a city permit without HOA approval, but you should NOT build the deck until you have both. Some HOAs reject decks based on color, material, or siting, even if the city approves. Check your HOA CC&Rs and contact your HOA board before you design and apply for a permit. If the HOA denies the project, you've saved time and permit fees.
Can I use pressure-treated wood from the big-box store, or do I need certified lumber?
Pressure-treated lumber from any reputable source (big-box or specialty supplier) meets code as long as it's rated PT (pressure-treated) for outdoor use and is appropriate for the application (e.g., ground-contact posts, above-ground structure members). East Point does not require certified or mill-graded lumber for residential decks, but your lumber must be labeled 'PT' and should be from a recent treatment batch (older PT lumber, treated with arsenic, is no longer manufactured). Composite decking (Trex, etc.) is an alternative and is increasingly popular in humid climates like East Point.
What happens at the final inspection, and how do I know if I passed?
The final inspection confirms that the deck is built to the approved plans: guardrails are 36 inches high and balusters are 4 inches apart, stairs meet step-riser formulas and handrail height, the ledger is bolted and flashed, decking is properly fastened, and electrical (if included) is in place and working. The inspector will sign off on the permit and give you a final approval certificate. If there are minor issues (loose fasteners, caulking gaps), you may get a 'pass with corrections' and a follow-up inspection after you fix them. A failed inspection means you must correct the deficiency and re-schedule at least one more inspection visit.