A Deep Dive into Our Foundation & Structural Quality Standards

Code compliance matters, but a buyer comparing builders needs more than the sentence “we build to code.” The useful questions are specific. What foundation system is used? What concrete strength is specified? How are footings sized?

How are water and soil conditions handled? What size exterior wall framing is standard? Who verifies engineered trusses, beams, headers, and point loads? Allen Edwin Homes uses poured concrete foundations with 8 inch nominal walls and 3200 PSI concrete.

Footings are typically 16 inches, with larger dimensions when required by soil conditions or municipal requirements. Exterior walls use 2 by 6 framing with studs 16 inches on center. Engineered components follow structural connector and nailing requirements shown on the architectural drawings and are reviewed in the field.

Those specifics make quality easier to evaluate than a broad claim ever could.

• Foundation system. Allen Edwin Homes uses poured concrete foundations. The configuration can vary based on the home design, lot topography, soil conditions, groundwater, and local requirements.
• Foundation wall thickness. Standard foundation walls are 8 inches nominal.
• Footings. Footings are typically 16 inches. Certain soil conditions and municipal requirements can require larger dimensions.
• Concrete strength. The specified concrete strength is 3200 PSI.
• Reinforcement. Foundation reinforcement includes concrete rebar. The exact reinforcement schedule is governed by the applicable plans and requirements for the home.
• Foundation damp proofing and drainage. Allen Edwin Homes uses spray applied foundation damp proofing. Perimeter drainage typically includes 4 inch ADS tubular tile with pea stone.
• Underslab preparation. Native soils may be used where appropriate in sandy conditions. Pea stone is used in the majority of other areas.
• Soil, frost depth, and groundwater. Soil conditions are reviewed by homesite. Testing is performed where necessary to confirm proper compaction. Frost depth is established by the applicable building code. If groundwater is observed, underground drainage may be added, and in some cases the foundation may be raised to reduce the amount of water the drainage system must manage.
• Foundation anchoring. Framing sill plates are attached to the foundation through a combination of foundation wall straps and anchor bolts as designated by the house plan.
• Exterior wall framing. Standard exterior walls use 2 by 6 framing with studs 16 inches on center.
• Floor and roof sheathing. Floor sheathing is 3/4 inch tongue and groove OSB. Roof sheathing is 7/16 inch OSB with roof sheathing H clips.
• Engineered structural components. Roof trusses, floor joists, support beams, and other engineered components use the structural connectors and nailing patterns specified on the architectural drawings. The Allen Edwin Homes production team and local municipal building inspectors review these elements in the field.
• Truss delivery and protection. Roof trusses are delivered directly from the manufacturer, banded together on a semi trailer equipped with rollers. Allen Edwin Homes uses a just in time material delivery approach so materials arrive when work is scheduled to begin rather than sitting exposed at the jobsite for long periods. After framing, municipal inspectors and the Allen Edwin Homes production team inspect the trusses for damage or unauthorized changes.
• Plan verification. Load bearing walls, beams, headers, and point loads are field verified against the plans. Material framing errors, such as an incorrect elevation, a door or window in the wrong location, or an incorrect wall or layout, are corrected. Very small dimensional differences can occur because nominal material dimensions and normal construction tolerances do not always produce an exact finished room measurement.
• Structural corrections. When a structural change requires engineering review, the appropriate engineers associated with the lumber supplier review and authorize the correction in coordination with Allen Edwin Homes CAD leadership.

Is a poured concrete foundation better than a block foundation?

Both poured concrete and concrete masonry block foundations can perform well when properly engineered, installed, reinforced, and drained. The better choice depends on the design, soil, water conditions, and construction requirements.

Poured concrete creates a continuous wall with fewer mortar joints than a block foundation. This can simplify some aspects of water management and structural continuity, although neither system is inherently waterproof. Proper damp proofing, perimeter drainage, reinforcement, and site grading remain important.

Allen Edwin Homes uses poured concrete foundations, with wall thickness, footing dimensions, and reinforcement determined by the applicable home plans and site requirements.

For a broader look at the stages surrounding foundation and framing, review the Allen Edwin Homes new home building process.

Our construction quality assurance process

Construction quality assurance works best when it is a repeatable process, not a final walk through at the end. Allen Edwin Homes uses written quality standards and checklists for each construction phase, internal field inspections, required municipal inspections, third party energy inspections, trade partner checks, and a documented correction workflow.

Production Managers are also encouraged to practice daily inspection awareness whenever they visit a jobsite, even when the home is not at a formal inspection milestone. They look at safety, cleanliness, site security, readiness for upcoming work, and conditions that could create delays.

When a deficiency is found, it is documented with the required corrective action, assigned to the appropriate Trade Partner, completed, and then verified by Allen Edwin Homes field staff before the item is closed. Larger readiness issues must be corrected before affected work advances.

1. Set the standard for the phase. Each construction phase has written quality standards that define Allen Edwin Homes expectations, along with a checklist used to confirm the work meets or exceeds those expectations.
2. Inspect during the work, not only at the end. Allen Edwin Homes production staff inspect throughout construction. The internal scope includes foundation, framing, mechanical systems, roofing, siding, decks, exterior concrete, drywall, interior trim, paint, and other building stages.
3. Use municipal inspection at required stages. Typical municipal inspections include foundation, framing, HVAC rough and finish, plumbing rough and finish, electrical rough and finish, insulation, and a final building inspection for occupancy readiness. Some municipalities also inspect zoning, grading, or soil erosion and sedimentation control requirements.
4. Add third party energy verification. Energy Diagnostics reviews insulation, air sealing, HVAC installation, attic insulation, and final energy performance. Before drywall, the third party rater checks insulation installation, air sealing, and HVAC placement against the engineered layout. Near completion, the rater performs final checks and a blower door test before finalizing the HERS information A HERS (Home Energy Rating System) Index score measures a home’s modeled energy efficiency under RESNET methodology. Lower scores generally indicate better rated energy performance. For specific numbers, explore the Allen Edwin Homes Energy Efficiency page, where you can select a floorplan to compare its HERS Index score, modeled energy costs, and estimated savings against a HERS reference home. These savings are estimates, not guaranteed utility bill reductions, and the individual home’s final HERS certificate provides the most specific rating.
5. Practice daily jobsite awareness. When a Production Manager visits a jobsite, the team evaluates whether the site is clean, safe, secure, ready for the next scheduled work, and free of issues that could cause unnecessary delay.
6. Decide whether the next stage is ready. Any deficiency that creates a job readiness problem for the next phase must be corrected. Larger phases such as foundation, framing, mechanicals, drywall, trim, or paint can directly affect whether follow on work should proceed. Smaller items may sometimes be corrected while other work continues.
7. Document the deficiency and corrective action. Work that does not meet Allen Edwin Homes standards is entered into the scheduling system with the specific deficiency and the corrective action needed.
8. Assign the work to the responsible Trade Partner. The corrective task is automatically added to the corresponding Trade Partner schedule.
9. Verify the correction before closure. When the Trade Partner marks the task complete, Allen Edwin Homes field staff are notified to verify the work. The item is closed only after the field team confirms it meets the required standard.
10. Use the history to improve future work. Discrepancy reports can be reviewed for individual homes and used as reference or training tools to identify opportunities for improvement.

“All work that does not meet our standards is documented in our scheduling system with the deficiency and corrective action needed. Once the Trade Partner completes the task, field staff confirm the work meets our standards before it is closed.”

Craig Russell, Vice President of Construction Operations at Allen Edwin Homes

That process matters because quality control is not the claim that no correction will ever be needed. It is the ability to identify a problem, assign responsibility, verify the fix, and keep the next stage from concealing an unresolved issue.

You can also read how to compare home builders using construction process, quality checks, energy performance, and warranty protection.

The confidence of Allen Edwin Homes structural warranty

Every Allen Edwin home includes a 10 year third party structural warranty through Residential Warranty Company. The important phrase is third party. The long term structural portion is backed independently rather than existing only as a promise from the builder that constructed the home.

Exact warranty coverage, definitions, responsibilities, limitations, and exclusions vary by state and by the validated warranty issued for the specific home. Michigan and Ohio sample warranties use Designated Structural Element coverage terminology, while the Indiana sample warranty uses Major Structural Defect terminology for the 10 year structural protection. Buyers should read the warranty documents that apply to their home before relying on any summary.

Allen Edwin Homes also provides Customer Care resources after closing, so the warranty is part of a broader support process rather than a document that disappears once the keys are handed over.

The safest way to think about a structural warranty is this: it is not a blanket promise that every condition in or around a home is covered for 10 years. It is a written limited warranty with defined covered items, standards, exclusions, owner responsibilities, and procedures.

The Michigan and Ohio sample RWC warranties describe 10 year coverage for defined Designated Structural Elements. The Indiana sample warranty describes 10 year protection for defined Major Structural Defects and contains different first year, second year, and roof system provisions. The validated warranty for the individual home controls.

Review Allen Edwin Homes Customer Care and sample warranty resources for current information. You can also read the Allen Edwin Homes warranty FAQs.

Allen Edwin Homes reviews from real homeowners

Construction specifications matter, but buyers also want to know what happens after those plans become a real home. Allen Edwin Homes uses GuildQuality, an independent customer satisfaction surveying company, to collect homeowner feedback. More than 90% of surveyed buyers say they would recommend Allen Edwin Homes, according to the company’s verified proof points and current website.

Individual GuildQuality reviews also include feedback specifically about construction quality, communication during the build, and how concerns were handled. No review platform will produce only praise, and buyers should read a range of feedback rather than cherry picking one comment. That is exactly why third party reviews are useful.

They give prospective buyers another source of evidence to place beside construction specifications, inspection processes, warranty documents, and an in person look at homes under construction.

Recent verified GuildQuality feedback includes a homeowner who wrote, “They met or exceeded my expectations in the quality of the home's build.” Another recent reviewer described the new build as having “good materials, clean workmanship, and the attention to detail really shows.”

Rather than asking buyers to rely on two selected comments, we recommend reading the broader record. See Allen Edwin Homes homeowner testimonials and verified GuildQuality reviews.

Allen Edwin Homes has also been building for more than 30 years and was ranked No. 64 on the 2025 BUILDER 100 list based on 2024 closings. Read more about the BUILDER 100 recognition.

Come see our new home construction in person

The best way to understand construction quality is to combine documentation with observation. Specifications tell you what a builder intends to do. Inspection processes tell you how the work is checked. A construction stage visit can help you see what those standards look like before insulation, drywall, flooring, and finishes conceal the structure.

Allen Edwin Homes has homes at multiple stages of construction across Michigan, Indiana, and Ohio, so buyers can often compare completed homes with homes still in progress. Tour availability depends on the specific community, home, stage, and active jobsite conditions, so visits to homes under construction must be coordinated with the Allen Edwin Homes team.

If you are comparing builders, ask to see more than a decorated model. Look at the foundation, framing, mechanical stage, and completed home whenever safe access is available.

Start by viewing Move In Ready and in progress homes, then ask an Allen Edwin Homes Sales Counselor which homes can be viewed at an active construction stage.

If you are still deciding whether to build or buy an existing home, read why new construction can offer advantages when you want a home built to today's standards.

For a broader value comparison, see how Allen Edwin Homes approaches efficiency, operating cost, and included construction standards.

FAQs about Allen Edwin Homes quality

The simplest way to evaluate a new home builder is to ask questions that force specific answers. Instead of asking whether a builder offers “good quality,” ask what concrete strength is specified, how footings are sized, what framing system is used, who inspects engineered components, how water is managed, whether there are written construction checklists, how failed or incomplete work is tracked, who verifies corrections, whether energy performance is independently tested, and what the warranty actually covers.

Those questions create a more useful comparison because they focus on systems and accountability rather than finishes or marketing language. Allen Edwin Homes publishes many of these answers so buyers can compare the company using the same criteria they would use with another builder. The FAQs below address several of the most common quality questions buyers ask when researching new construction.

How do I know if a new build is good?

A good new build should be evaluated through evidence, not appearance alone. Ask for specific structural standards, required inspections, internal quality checks, third party testing where applicable, a documented correction process, and written warranty information. At Allen Edwin Homes, examples include poured concrete foundations, 3200 PSI concrete, 2 by 6 exterior framing, field verification of structural components, municipal inspections, internal checklists, third party energy testing, and a 10 year third party structural warranty.

What are red flags in a new construction home inspection?

Red flags can include unresolved inspection items, visible water intrusion or drainage concerns, damaged or improperly modified structural components, framing that materially does not match approved plans, unsealed building envelope penetrations, incomplete insulation or air sealing, and work that has been covered before a required issue was corrected. A single correction does not automatically mean the home is poorly built. The more important question is whether the issue is documented, corrected by the responsible party, reinspected when required, and verified before the affected work advances.

What makes Allen Edwin Homes unique?

Allen Edwin Homes combines more than 30 years of homebuilding experience with specific construction standards, a centralized operating team across Michigan, Indiana, and Ohio, homes available at multiple stages of construction, RESNET Energy Smart standards on every home, third party energy testing, a documented construction correction process, and a 10 year third party structural warranty. More than 90% of surveyed buyers say they would recommend Allen Edwin Homes through GuildQuality.

What is a structural warranty and what does it cover?

A structural warranty is a written limited warranty that provides defined protection for qualifying structural conditions or elements during the stated warranty period. Every Allen Edwin home includes a 10 year third party structural warranty through Residential Warranty Company. The exact definitions, covered items, exclusions, owner responsibilities, and procedures differ by state and by the validated warranty for the specific home. Buyers should review the applicable warranty documents before relying on a summary.