Inside Your Home
See how a home comes together, from the ground up.
Move the slider to build; choose a visible part for details.
How to use
Drag the model to rotate. Pinch or scroll to zoom; use two fingers to pan. Focus the model and use arrow keys to rotate, + or − to zoom, and Shift with arrow keys to pan. Scroll the page outside the model. Use the Build slider or All stages to move through construction.
Animation position is not project completion, cost, or a schedule.
Illustrative construction sequence. Actual designs, materials, methods, inspections, and sequencing vary by project. This model is not an engineering drawing, installation guide, or construction schedule.
About this example & its sources
One original single-story, wood-framed layout with a gable truss roof, shown on either a concrete slab or an illustrative pier-and-beam foundation. The raised example uses a ventilated space, ground moisture control and insulation at the wood floor. These are alternative new-construction examples, not a foundation-conversion demonstration. The layout and assemblies are explanatory choices, not a customer-approved plan or Pioneer’s standard method. Member sizes, reinforcement, connections, and service routes are schematic. Planning, engineering, inspections, testing, curing and drying are not animated.
Reference relationships: APA wood structural panels, SBCA truss handling and bracing, DuPont wall protection, and Schluter wet-area waterproofing.
Home construction guide
How do a home’s structure, systems and finishes fit together?
The illustration follows one single-story, wood-framed layout with a gable truss roof. Its eight chapters explain the relationships between the foundation, framing, weather protection, concealed systems and finished rooms. The concrete-slab and pier-and-beam options are alternative new-construction examples, not a foundation-conversion demonstration.
Illustrative construction sequence. Actual designs, materials, methods, inspections, and sequencing vary by project. This model is not an engineering drawing, installation guide, or construction schedule.
The layout and assemblies are explanatory choices, not a customer-approved plan or Pioneer’s standard method. Member sizes, reinforcement, connections and service routes are schematic. Planning, engineering, inspections, testing, curing and drying are not animated.
Read all eight construction chapters
Eight chapters of the illustrated concrete-slab home
Chapter 1: Site and foundation
A prepared base, coordinated below-slab services and a vapor retarder come before the concrete slab.
Site investigation, excavation, reinforcement design, inspections and concrete curing are not fully shown.
Chapter 2: Wall framing
Exterior walls and interior partitions assemble in sections, with framed openings for windows and doors.
Member sizes, headers, anchorage and connections are schematic; a project needs its own structural design.
Chapter 3: Roof structure and sheathing
Triangulated roof trusses span between exterior bearing walls. Wall panels and roof sheathing then enclose the frame.
This is one illustrative truss arrangement, not a truss fabrication or temporary-bracing plan.
Chapter 4: Weather protection
Wall and roof protection layers, flashed openings, windows and exterior doors establish the illustrated enclosure.
Flashing is simplified. Real products require coordinated drainage details and their own installation instructions.
Chapter 5: Rough-in systems
Representative supply, waste, electrical and heating/cooling routes connect the rooms before wall cavities close.
Routes are explanatory, not a complete system design. Inspections and tests occur as required before concealment.
Chapter 6: Insulation and drywall
Insulation fills the illustrated exterior-wall cavities, followed by drywall sections and a ceiling below the roof.
The complete air-control, ventilation and climate-specific insulation design is outside this model.
Chapter 7: Interior and exterior finishes
Paint, siding, finished flooring, kitchen cabinetry, wet-area surfaces and fixtures arrive by wall, room and surface.
Preparation, moisture checks, drying and curing are omitted. Material choices are illustrative.
Chapter 8: Completed home
The last trim, furnishings and restrained site details complete a coherent example home.
A completed illustration is not a project approval, inspection record or promise about a construction schedule.
Read the shared structure, systems and room components
Components shared by both foundation examples
Wall framing in both examples
Wood wall sections include plates, studs and framed window and door openings.
Role: Defines rooms and supports the selected roof system through exterior bearing walls.
Dimensions and connections explain relationships; they are not engineered framing specifications.
Roof and ceiling in both examples
Repeated triangulated trusses support a simple gable roof above a separate ceiling plane.
Role: Spans the house and supports the roof enclosure.
Trusses arrive before roof sheathing, protection and the final roof surface. All roof and ceiling layers hide in cutaway.
Sheathing and protection in both examples
Wall sheathing, a weather-resistive layer and flashed openings sit behind the siding.
Role: Provides a supported enclosure and a coordinated route for water to drain outward.
The diagram simplifies laps and connections; real enclosure details depend on the selected system.
Windows and exterior doors in both examples
Glazed windows and exterior doors fit the same openings established in the framing.
Role: Brings daylight and access into the enclosure.
Sill flashing prepares each opening; jamb and head flashing follow the installed unit. Cutaway removes units with their surrounding wall.
Electrical distribution in both examples
A representative panel, cable routes, switch boxes and outlets sit within wall framing.
Role: Illustrates how power distribution reaches rooms before drywall conceals it.
The model omits circuit design, complete protective details and required installation clearances.
Heating and cooling in both examples
An illustrative utility air handler connects to a compact overhead supply trunk and room branches.
Role: Shows a coordinated route for conditioned air.
Equipment selection, duct sizing, return-air design and condensation control require project-specific design.
Wall insulation in both examples
Illustrative insulation fills exterior-wall bays after the representative rough-in work.
Role: Reduces heat flow through the enclosing walls.
Not a complete climate-specific thermal or air-control design; the attic assembly is simplified.
Drywall and room enclosure in both examples
Drywall panels close the framed partitions and inside faces of exterior walls.
Role: Creates the finished room surfaces over the concealed systems.
Panels arrive by wall section; finishing, drying and painting are compressed for explanation.
Kitchen cabinetry in both examples
A compact kitchen combines perimeter cabinets, a small island, sink and appliances.
Role: Organizes food preparation and storage around the coordinated wet-service zone.
Cabinets precede counters and fixtures; all sizes and connections are illustrative.
Exterior and interior details in both examples
Matte wall paint, restrained lap siding, trim, interior doors and furnishings complete the architectural example.
Role: Protects exposed surfaces and makes the layout recognizable as a home.
Final details follow their supporting assemblies. Landscaping is only a small finishing context.
How do the foundation alternatives differ?
A slab provides a continuous concrete base. The raised example has footings, piers, girders, joists and structural wood panels above a vented, unconditioned crawl space. Their support, service locations, moisture control and floor preparation are different; choosing a finish does not establish that an existing foundation is suitable.
Read the concrete slab example and its limitations
Slab foundation in this example
An illustrative slab-on-ground with a prepared granular base, vapor retarder and thickened perimeter.
Role: Supports the house and provides a continuous base for the interior.
Below-slab services are placed before the slab. Engineering, reinforcement and curing are simplified.
Plumbing routes in this example
Representative waste and water routes connect the kitchen, bathroom and utility area.
Role: Carries water to fixtures and conveys wastewater away.
Below-slab waste branches appear before concrete; above-slab connections follow the framing.
Finished flooring in this example
Illustrative plank flooring in living spaces and bedrooms, with tile in the bathroom and utility area.
Role: Provides the visible walking surfaces above the slab.
Substrate preparation, product selection and moisture testing remain project-specific.
Bathroom and shower in this example
A bathroom with a shower, toilet and vanity shares the rear service zone with the utility room.
Role: Combines wet-area fixtures with supported, waterproofed tile surfaces.
Shower backing and sheet waterproofing precede tile and final fixtures.
Read the pier and beam example and its limitations
Footings and piers in this example
Concrete footings and piers support aligned girder lines beneath the same house layout. The ground remains at the same site elevation.
Role: Transfers the illustrated raised-floor loads through piers to footings and the supporting ground.
Earth preparation, footings, piers and seats precede wood framing. Soil, footing design, reinforcement, anchorage and local approvals are not specified.
Beams and girders in this example
Larger wood girders run along aligned pier lines beneath the exterior bearing walls and a principal interior partition line.
Role: Carries the floor joists and transfers their loads to the piers.
Illustrative seats separate wood from concrete and indicate a connection relationship; connection and member schedules require project-specific design.
Floor joists and rim in this example
Repeated joists span across the girders. Rim members close the floor edge, with supporting members beneath partitions and panel edges.
Role: Supports the structural wood subfloor between the girder lines.
Joists, rims and blocking complete before the structural floor panels and the walls resting on them. Spans, fasteners and load capacities are not specified.
Structural wood subfloor in this example
Wood structural panels cross the joists and meet over supporting framing to create the raised floor platform.
Role: Supports the walls, partitions and later flooring above a real space beneath the house.
The whole floor platform is ready before wall framing begins. This is the structural floor, not the later visible floor finish.
Ground moisture control in this example
A sheet cover over exposed earth limits ground moisture entering this vented, unconditioned crawl-space example. Laps and pier collars are simplified.
Role: Works with site drainage, open ventilation and the floor-plane thermal boundary as one illustrative strategy.
It follows the illustrated below-floor service work. It is on the earth, not sheet plastic over the wood subfloor or beneath the floor insulation. Climate suitability is project-specific.
Insulation below the floor in this example
Supported unfaced insulation fits between joists in contact with the underside of the structural subfloor. Support wires and representative penetration sealing are shown.
Role: Places the thermal boundary at the floor above the vented crawl space.
Installed after representative service rough-in. Rim sealing, complete air-barrier details and climate-specific requirements are simplified; the crawl space is not conditioned.
Ventilated perimeter and access in this example
Open screened panels provide a restrained nonstructural perimeter treatment. A framed access panel is shown at the front.
Role: Keeps the crawl-space example visibly ventilated and provides an indicated maintenance access location.
Look inside omits the front/right covering and a defined ground section, while retaining piers, girders and joists. Vent area, access dimensions and local requirements are not specified.
Plumbing routes in this example
Representative waste branches run below the raised floor and connect through coordinated penetrations to the fixtures. Supply routes remain within the illustrated upper house.
Role: Shows the different service location beneath a structural wood floor, with the crawl space accessible for inspection.
Below-floor branches arrive during rough-in after the raised platform and enclosure. Routes avoid girders; pipe hangers and sealed penetrations are illustrative. Freezing protection and climate suitability require project-specific design.
Finished flooring in this example
The approved plank finishes and their integral backing remain over a suitable prepared wood substrate. Wet-room tile receives a bonded uncoupling layer with mortar above and below.
Role: Provides the same visible plank and tile finishes above structural wood panels.
The plank backing is drawn separately to explain its contact with structural wood; it is not an extra loose underlayment. Wood subfloors do not receive slab-specific sheet plastic. Flatness, moisture, structural suitability and selected product requirements remain project-specific.
Bathroom and shower in this example
A bathroom with a shower, toilet and vanity shares the rear service zone with the utility room.
Role: Combines wet-area fixtures with supported, waterproofed tile surfaces.
The sloped shower support and bonded waterproofing sit on the structural wood platform before tile and fixtures. A representative drain connects through the floor to the waste route beneath.
Read how the pier-and-beam sequence changes
Raised-floor construction relationships
Site and foundation
The same site is prepared for aligned concrete footings and a raised wood floor.
One new-construction example, not a slab-to-pier retrofit. Soil, structural sizing, anchorage, reinforcement and inspections require project-specific design.
Site and foundation
Footings arrive in groups beneath the planned pier and girder lines.
One new-construction example, not a slab-to-pier retrofit. Soil, structural sizing, anchorage, reinforcement and inspections require project-specific design.
Site and foundation
Piers and bearing seats rise from the completed footings, leaving a real space below the future floor.
One new-construction example, not a slab-to-pier retrofit. Soil, structural sizing, anchorage, reinforcement and inspections require project-specific design.
Site and foundation
Wood girders bear on the aligned pier seats before the floor joists arrive.
One new-construction example, not a slab-to-pier retrofit. Soil, structural sizing, anchorage, reinforcement and inspections require project-specific design.
Site and foundation
Floor joists span the girders. Rim members, partition support and blocking complete the supporting frame.
One new-construction example, not a slab-to-pier retrofit. Soil, structural sizing, anchorage, reinforcement and inspections require project-specific design.
Site and foundation
Structural wood panels cross the joists to complete the raised platform before wall framing starts.
One new-construction example, not a slab-to-pier retrofit. Soil, structural sizing, anchorage, reinforcement and inspections require project-specific design.
Rough-in systems
Representative waste routes connect through the raised floor and run below the girders. Upper-house supply, electrical and heating/cooling routes follow the shared layout.
This is a vented, unconditioned crawl-space example. Routes, drainage, sealing, climate suitability and freezing protection are simplified; it is not a complete system design.
Rough-in systems
The exposed earth receives a ground moisture-control sheet after the representative below-floor service work.
This is a vented, unconditioned crawl-space example. Routes, drainage, sealing, climate suitability and freezing protection are simplified; it is not a complete system design.
Insulation and drywall
Supported insulation contacts the underside of the structural wood floor after rough-in. Wall insulation and the shared drywall sequence then close the illustrated rooms.
The thermal boundary is at the floor; no crawl-space wall insulation or underside polyethylene is shown. Complete air sealing and climate-specific details require their own design.
Interior and exterior finishes
The same siding, paint, plank flooring, wet-area tile, cabinetry and fixtures arrive. A ventilated nonstructural skirt and access panel complete the raised-floor perimeter.
Tile uses a wood-subfloor-compatible bonded uncoupling layer; planks keep their visible finish. Ventilation area, access, substrate preparation and product checks are simplified.
Completed home
The same completed home sits on its raised wood platform, with separate entry landings and steps. Look inside and the Foundation camera help explain the supporting structure.
A completed illustration is not a project approval, inspection record or promise about a construction schedule.
References for the illustrated relationships
- APA wood structural panels and framing
- APA raised wood floors
- APA-hosted Raised Wood Floor Foundations guide
- SBCA truss handling and bracing
- DuPont wall protection and flashing
- Schluter wet-area waterproofing
These references explain selected material and structural relationships. They do not validate the whole-house design or establish project-specific dimensions, connections or approvals.
Planning changes to an existing East Texas home?
Read about whole-home remodeling, home additions and the East Texas remodeling planning guide. The Tyler bathroom layout and LVP flooring project is a documented example of work on an existing home.
For the assemblies below the finishes, continue to Inside Your Floor or Inside Your Shower.