By the Templateez Team · Licensed Attorney · June 2026

Drywall & Plastering Intake Forms: What Contractors Need to Capture at Project Intake

A drywall job that gets priced wrong loses money before the first sheet is hung. The homeowner says "a few rooms in the basement." Your crew arrives and finds a 1,200-square-foot unfinished space with nine-foot ceilings, fourteen inside corners, six bulkheads around ductwork, and existing framing that bows two inches over a sixteen-foot span. The estimate you gave over the phone is now meaningless. The materials list is wrong. The timeline does not work. And the client is standing there expecting you to start today.

Drywall is one of the most measurement-dependent trades in construction. Every variable — ceiling height, number of corners, finish level, texture type, board thickness — changes the labor estimate, the materials order, and the final price. A proper drywall intake form captures all of this before your crew loads the truck, not after they are standing in the room doing math on their phone. Here is what that form needs to include.

Service type: what kind of drywall work is this?

Drywall contracting is not one service — it is at least seven, and each has fundamentally different scope, pricing, and material requirements. Your intake form should present clear categories so there is no ambiguity about what the client is requesting:

• New construction — full house, addition, or garage — hanging and finishing new drywall on bare framing. This is the highest-volume work: full material orders, crew scheduling for multi-day installs, and coordination with other trades (electricians and plumbers need to finish rough-in before you start). Capture whether it is a full house, an addition, or a detached garage — each has different access logistics and scope.
• Renovation — room finish or basement buildout — converting an unfinished or partially finished space. Basements are the most common here, followed by attic conversions and bonus rooms. These jobs often involve working around existing mechanicals, which means more cuts, more corners, and more labor per square foot than open-wall new construction.
• Repair — holes, cracks, and water damage — patching work that ranges from a single doorknob hole to replacing entire sections of water-damaged ceiling. Repair jobs require careful scoping because the visible damage is rarely the full extent of the problem. Water stains on a ceiling often mean saturated insulation and compromised framing behind the drywall.
• Texture matching — applying texture to new or repaired sections to match existing walls and ceilings. This is one of the most skill-dependent services in the trade. A patch that is structurally perfect but visually obvious because the texture does not match is a failed job in the client's eyes.
• Popcorn ceiling removal — scraping and refinishing stippled or acoustic ceilings. This is a distinct service with its own pricing model, prep requirements, and — critically — asbestos testing obligations for pre-1990 homes.
• Plaster repair and skim coat — repairing traditional plaster walls or skim-coating over damaged surfaces to create a smooth finish. Plaster work is a different skill set from standard drywall and commands different pricing.
• Soundproofing — installing specialized drywall assemblies (double layers, resilient channel, Green Glue, staggered studs) for noise reduction. These jobs require specific materials, STC rating targets, and often coordination with an acoustics consultant.

Project details: the numbers that drive your estimate

Every drywall estimate lives or dies on accurate measurements. These are not details you can approximate — being off by a foot on ceiling height across ten rooms changes your board count, your scaffolding needs, and your labor hours. Your intake form should capture:

• Rooms and areas — number of rooms and their names or designations (master bedroom, hallway, basement north wall). Naming matters because it gives your crew a reference when they are on site and because it creates a clear scope document the client has agreed to.
• Ceiling height — standard 8-foot, 9-foot, 10-foot, cathedral, or vaulted. Anything over 8 feet changes your scaffolding and stilts requirements. Cathedral and vaulted ceilings require angle cuts on every sheet and significantly more labor per square foot.
• Linear footage of walls — total running feet of wall surface to be drywalled. This is the primary number for board count calculations.
• Square footage of ceilings — ceiling work is priced differently from wall work because it is harder to install, requires more crew members, and generates more waste from cuts.
• Number of corners — both inside and outside. Corners require corner bead, additional taping and mudding passes, and more finishing time. A room with twelve corners takes substantially longer to finish than a simple rectangular room with four.
• Openings — windows, doors, archways. Every opening requires precise cuts, header framing verification, and additional finishing around the jamb. Arched openings require flexible corner bead and are significantly more labor-intensive than square openings.
• Bulkheads and soffits — boxed-out sections around ductwork, plumbing, or structural elements. These are corner-intensive, cut-intensive, and often require custom framing before drywall can be hung.
• Scope of work — this is critical because drywall work is often broken into phases, and your client may only need part of the process. Capture whether the job is hang only, tape and mud only, full finish (hang through final sand), or texture application. A GC who has their own hanging crew but needs a finisher is a completely different scope from a homeowner who needs the full service.

Materials: board type, thickness, and finishing products

Material selection in drywall is not cosmetic — it is driven by building code, moisture conditions, fire ratings, and the specific environment where the board is being installed. Your intake form should capture the requirements so your materials order is right the first time:

Drywall type. Standard white board is the default, but it is not appropriate everywhere. Moisture-resistant green board is required in high-humidity areas like laundry rooms. Mold-resistant purple board goes in bathrooms and basements where moisture exposure is persistent. Fire-rated Type X is code-required in garages, furnace rooms, and certain wall assemblies. Type C provides enhanced fire rating for commercial applications. Cement board (not technically drywall, but often part of the same scope) is required behind tile in showers and tub surrounds. Your intake needs to identify which rooms require which board type — and if the client does not know, your form should prompt the question so you can assess it during the site visit.

Thickness. Standard residential walls use 1/2-inch board. Ceilings typically require 5/8-inch to resist sag, especially on 24-inch joist spacing. Fire-rated assemblies require 5/8-inch Type X. Quarter-inch board is used for curved surfaces and overlays on existing walls. Three-eighths-inch is occasionally used for repairs and overlay work. Getting thickness wrong means either a return trip to the supplier or, worse, a failed inspection.

Sheet size. Standard 4-by-8 sheets work for most residential applications. Four-by-12 sheets reduce the number of butt joints on long walls and ceilings but require more crew members to handle and are harder to transport through finished spaces. Your intake should note access constraints — tight hallways, narrow staircases, small doorways — that may limit sheet size.

Corner bead. Paper-faced corner bead is the industry standard for most residential work. Metal bead is more durable but can dent and telegraph through paint. Vinyl bead resists moisture and impact. Bullnose bead creates a rounded edge instead of a sharp 90-degree corner — common in southwestern and contemporary design. The client's aesthetic preference and the room's function both factor into this selection.

Compound type. All-purpose compound works for most residential finishing. Lightweight compound is easier to sand and generates less dust. Setting-type compound (hot mud) sets chemically rather than by drying, which allows faster recoat times but requires more skill to work with. For high-end Level 5 finishes, your compound selection affects the final surface quality significantly.

Tape. Paper tape is the standard for most joints and inside corners. Mesh tape is faster to apply and works well with setting-type compound, but it is less effective on inside corners and does not perform as well under stress. Your finishing crew's preference and the joint type should determine the selection.

Finish level: the specification most clients do not understand

The drywall finish level system — Level 0 through Level 5 — is an industry standard that most homeowners have never heard of. Yet it is the single biggest driver of labor cost in the finishing phase. Your intake form needs to both educate the client and capture the appropriate specification:

• Level 0 — no finishing at all. Drywall is hung but joints are not taped. Used in temporary construction, above ceilings that will never be visible, or in areas where drywall is installed purely as a fire barrier behind another material.
• Level 1 — fire tape only. Joints and angles are taped and embedded in compound, but not finished smooth. Used in plenum spaces, mechanical areas, and above ceilings in commercial construction where fire code requires taping but no one will ever see the surface.
• Level 2 — one coat of compound over taped joints, skimmed smooth enough to serve as a substrate for tile. Used in areas that will be covered by tile, paneling, or other finish materials. No sanding required.
• Level 3 — two coats of compound over taped joints. Suitable for walls and ceilings that will receive a heavy texture (knockdown, orange peel, stomp). The texture hides minor imperfections, so the surface does not need to be as smooth as a painted wall.
• Level 4 — three coats of compound, fully sanded. The standard for residential walls and ceilings that will be painted with flat or eggshell paint. This is what most homeowners mean when they say "finished drywall," even if they have never heard the term Level 4.
• Level 5 — skim coat over the entire surface after Level 4 finishing. Required for walls that will receive high-gloss or semi-gloss paint, or for surfaces under critical lighting conditions (long hallways with raking light, walls opposite large windows). Without Level 5, every joint, fastener, and variation in surface texture will be visible under gloss paint or angled light.

The most important thing your intake form can do in this section is capture the gap between what the client expects and what the space actually needs. A homeowner who wants Level 4 walls in a basement that will receive knockdown texture is paying for finishing labor they do not need. A client who wants semi-gloss paint in a hallway with south-facing windows but does not want to pay for Level 5 is going to see every joint line the day the paint dries. Once the drywall is finished, painting is usually the next trade through the door — our painting intake guide covers the surface condition, prep work, and color specification fields that pick up where drywall leaves off.

Texture: the finish that defines the look

Texture selection is partly aesthetic and partly practical — and for repair work, it is entirely about matching what already exists. Your intake should capture:

• Smooth — no texture applied. Requires Level 4 or Level 5 finishing. The most labor-intensive option because every imperfection is visible.
• Orange peel — a light, splattered texture applied with a hopper and spray gun. Common in production homes built from the 1990s onward. Relatively easy to apply consistently.
• Knockdown — orange peel that is flattened with a knockdown knife after partial drying. Creates a mottled, Mediterranean look. Timing is critical — knock down too early and it smears, too late and it tears.
• Skip trowel — hand-applied compound that creates an irregular, stucco-like surface. Labor-intensive and highly dependent on the finisher's technique. Difficult to match on repairs.
• Stomp — compound applied and then pressed with a stomp brush to create a heavy, irregular pattern. Common in older homes and ceilings.
• Popcorn / acoustic — apply new popcorn texture (rare today) or remove existing popcorn. Removal projects need their own intake section because of the asbestos testing requirement.
• Matching existing texture — for repair work, this is often the hardest part of the job. Your intake should note the existing texture type, approximate age, and whether the client expects a seamless match or will accept a visible transition. Managing this expectation at intake prevents disputes at final walkthrough.

Demolition and prep: what is coming down before new board goes up

Many drywall jobs begin with removing existing material. The scope of demolition and prep work dramatically affects your labor estimate, your disposal costs, and your timeline:

• Existing material — drywall, plaster, paneling, or lathe-and-plaster. Each requires different demolition techniques and generates different volumes of debris. Plaster demolition is heavier, dustier, and slower than drywall removal. Lathe-and-plaster removal generates enormous amounts of debris — often three to four times the volume of the same square footage in drywall.
• Demolition scope — is demo included in your scope of work, or is the client handling it separately? If included, your estimate needs to account for labor hours and disposal. If the client is self-demoing, your intake should note the condition you expect to find when you arrive — bare studs, clean framing, insulation exposed but intact.
• Disposal — dumpster rental or haul-away service. Drywall generates substantial waste, and disposal costs vary by region. Some landfills charge premium rates for drywall because of the gypsum content. Your intake should establish who is responsible for disposal and whether the cost is included in the estimate.
• Insulation — does insulation need to be installed before hanging? Batt insulation or blown-in? Is the client providing insulation or is it part of your scope? Insulation must be in place before drywall goes up, and coordinating this with another sub adds scheduling complexity.
• Vapor barrier — is a vapor barrier or moisture barrier required? Basements and exterior walls in cold climates typically require poly sheeting behind the drywall. Code requirements vary by jurisdiction.
• Framing assessment — is the framing straight, bowed, or in need of shimming? Bowed studs create wavy walls that no amount of finishing can fix. Your intake should flag whether a framing assessment is needed before hanging begins. For renovation work, this is almost always necessary — older homes rarely have perfectly straight framing.

The demolition and prep scope for drywall work overlaps significantly with what general remodeling contractors need to document. The difference is that a remodeling contractor captures demolition as one line item among many trades, while a drywall intake needs to capture it in detail because it directly determines your hanging schedule and material staging plan.

Pricing: the structure that prevents disputes

Drywall pricing varies more than most clients expect because it depends on so many variables. Your intake form should establish the pricing model clearly:

• Per square foot by finish level — the most common pricing model. Level 3 finish on standard walls might run $1.50 per square foot; Level 5 on the same walls might be $3.00 or more. Your intake should capture the finish level for each area so the estimate reflects the actual work.
• Per board — some contractors price hanging by the board, especially on new construction. A 4-by-8 sheet hung and screwed is one unit; finishing is priced separately. This model works well when the hanging and finishing are done by different crews or subcontractors.
• Repairs — per patch with minimum charge — small repair jobs are often priced per patch with a minimum service charge to cover drive time and setup. A single patch might take thirty minutes of work, but the minimum charge reflects the two hours of total crew commitment including travel, setup, cleanup, and the return trip for touch-up after the first coat dries.
• Popcorn removal — per square foot with asbestos surcharge — popcorn ceiling removal is typically priced per square foot. If asbestos testing comes back positive, the job is no longer a drywall project — it is an abatement project, and the cost structure changes completely. Your intake should note whether testing has been done and, if not, that testing is required before work can begin on pre-1990 ceilings.
• Primer — is primer included in the scope or is that the painter's responsibility? Some drywall contractors include a coat of PVA primer as part of their finish package. Others consider their work done after sanding. Your intake should clarify this to avoid a gap where neither the drywall crew nor the painting contractor has primed the walls.

Asbestos: the question you cannot skip on older homes

Asbestos in drywall-related materials is a genuine health and legal liability. Your intake form must address it for any home built before 1990:

Popcorn ceilings applied before 1990 frequently contain chrysotile asbestos. Federal law does not universally require testing before removal, but many state and local regulations do — and even where testing is not legally mandated, disturbing asbestos-containing material without proper containment exposes your crew, your client, and your business to serious harm and serious liability. Your intake should ask for the approximate year the popcorn was applied and note whether testing has been completed.

Joint compound manufactured before 1978 may contain asbestos. If your scope involves sanding or removing old joint compound — common in renovation and repair work on homes from this era — testing should be part of the intake conversation.

If testing comes back positive, the work requires a licensed asbestos abatement contractor. This is not a drywall scope item. Your intake form should clearly state that positive asbestos results require abatement by a separately licensed contractor before drywall work can proceed, and that abatement costs are not included in the drywall estimate.

Documenting the asbestos conversation at intake — even when the answer is "not applicable" or "testing already completed, results negative" — creates a record that protects your business if questions arise later.

Building your estimate from a complete intake

A drywall estimate built from a thorough intake form is defensible, accurate, and professional. When you can show a client that the price reflects their specific ceiling heights, their specific finish level, their specific texture, and their specific demolition scope — not a rough guess based on square footage alone — you are demonstrating the kind of trade expertise that wins jobs against competitors who quote over the phone without seeing the space.

The intake also protects you from scope creep. When the client says "can you also do that closet" after work has started, you can point to the intake form that lists exactly which rooms were included in the estimate. That is not a confrontation — it is a change order, priced from the same per-square-foot structure that the client already agreed to.

For contractors who work across related trades, the documentation principles here parallel what painting contractors and home remodeling contractors need at intake. The overlap is natural — drywall, paint, and remodeling are sequential phases of the same project. The difference is in the technical specifics: finish levels, texture matching, and board specifications are unique to the drywall trade and require their own dedicated fields.

If you are building documentation across a multi-trade operation, the Trade Services Bundle includes drywall and plastering alongside 51 other service categories, each with trade-specific intake fields.