$650 EIFS Inspections

Careers

Edward Santana — Mon, 31 Aug 2026 00:55:31 +0000

Join Our Team

Modern Wall Systems is always looking for new people to join our team as we become the finest building restoration and maintenance company in the region. With such an aggressive growth strategy, the room for advancement is infinite. Apply below and attach your resume and cover letter.

Apply now

Now Hiring

Experienced crews wanted.

Modern Wall Systems is an exterior building restoration company seeking experienced crews to handle large restoration projects for immediate and full-time work. Must be experienced in all aspects of exterior high-rise access restoration work, not only residential services. These are contract positions with compensation based on pre-negotiated square foot or linear foot prices.

Modern Wall Systems provides inspection and project management oversight for these engagements. All crews and subcontractors are independent contractors and must carry their own valid business license and liability insurance for the jurisdiction in which the work is performed; proof of both is required prior to engagement.

Below are the building restoration crews wanted:

CRW 01

EIFS & stucco installation / repair

CRW 02

Drywall

CRW 03

Stone veneer & masonry

CRW 04

Glass restoration / window cleaning / pressure washing

CRW 05

Caulking — all types, silicone & urethane

CRW 06

Tuck pointing & masonry repairs

CRW 07

Painting & elastomeric coatings

Ready to apply? Fill out the form below and select the crew type you’re interested in.

Application

Apply to Modern Wall Systems.

Whether you’re applying individually or as an experienced crew, tell us a bit about yourself and attach your resume. We’ll follow up within 1 business day.

Response timeWithin 1 business day

PositionsIndividual & contract crews

AttachmentsResume / cover letter (PDF preferred)

Full name

Phone

Applying for

Cover letter / experience notes

Attach resume

No file selected

No obligation — we’ll follow up if there’s a fit.

Contract work referenced against —

Full-Time Availability
High-Rise Access Experience
Sq. Ft. / Linear Ft. Pricing
Own License & Insurance Required

757-833-4063

Modern Wall Systems

EIFS & Stucco Restoration, Inspection & Waterproofing Services

EIFS Consulting Services

Edward Santana — Sun, 30 Aug 2026 17:31:03 +0000

EIFS & Stucco Consulting — Commercial, Government & Residential

Independent EIFS consulting, before the problem gets expensive.

Pre-purchase reviews, PICRA-required assessments, construction-defect consulting, and litigation support for exterior insulation and finish systems across Hampton Roads and beyond.

Request a consultation View pricing by segment

1,240+

Facades assessed

ASTM E2570

Standard referenced

PICRA

Compliant reporting

48hrs

Report turnaround

Scope & Pricing

Consulting services, priced by segment.

Ranges reflect typical scope. Final pricing is set after a project review — building size, access, and required deliverables all factor in.

CON R1

EIFS moisture inspection & report

Single-visit moisture scan, photographed findings, and a written report — our standard homeowner starting point.

$650 – $950

CON R2

Pre-purchase / pre-listing consultation

Independent EIFS/stucco condition review ahead of a sale, with a plain-language summary for buyer or seller.

$450 – $850

CON R3

Staged new-install inspection (4 visits)

Substrate through finish coat, verified against manufacturer detail sets before each layer is closed in.

$1,800 – $3,500

CON R4

Repair scope & consulting

Defect diagnosis and a written repair scope homeowners can bid out to contractors.

$500 – $2,000

CON C1

Staged new-install inspection (per elevation)

Up to five staged visits — WRB, insulation, mesh/base coat, finish coat, and final survey — per building elevation.

$3,500 – $8,500

CON C2

PICRA-required inspection & consulting

Assessment and documentation scoped to meet Virginia PICRA requirements for EIFS-clad residential/multifamily buildings.

$2,500 – $6,500

CON C3

Full building-envelope consulting

Multi-building or campus-scale condition assessment, capital-planning input, and long-form report.

$5,000 – $25,000+

CON C4

Warranty dispute / litigation support

Expert consulting, batch/material records review, and report preparation for warranty claims or construction disputes.

$150 – $225 / hr

CON G1

Procurement-compliant consulting (hourly)

Time-and-materials consulting structured to fit government or institutional purchasing requirements.

$175 – $225 / hr

CON G2

Bid specification & detail-set review

Independent review of EIFS specifications and detail sets before a project goes out to bid.

$1,200 – $3,500

CON G3

Multi-building facility assessment

Portfolio-level condition survey across schools, municipal, or institutional buildings, with prioritized findings.

$8,000 – $35,000+

Prices are typical ranges, not quotes. Travel outside Hampton Roads, expedited turnaround, and expert testimony are billed separately.

How a consulting engagement runs

Scope, visit, report — in that order.

We don’t sell repair work off the back of a consulting report — the findings are yours to bid out however you choose.

Scope call

We confirm the building type, segment, and what the report needs to support — sale, dispute, bid, or install QA.

Site visit(s)

Single visit or staged, timed around your schedule or the installer’s progress.

Findings

Photographed, dated findings referenced against ASTM/EIMA standards and manufacturer detail sets.

Report & consult

Written report delivered within 48 hrs, with a call to walk through findings and next steps.

Consulting referenced against —

ASTM E2570 ASTM C1397 ICC-ES AC219 EIMA Guide Spec Virginia PICRA Manufacturer Detail Sets

Consulting Request

Request a consultation.

Tell us the building type and what you need the consult for — we’ll come back with the applicable scope and a firm quote.

Response timeWithin 1 business day

Segments servedResidential, commercial, government

Report formatPDF, photo-logged

EIFS Installation Inspections

Edward Santana — Fri, 28 Aug 2026 20:32:59 +0000

Commercial & Residential EIFS Inspections Virginia Beach | Modern Wall Systems

EIFS Wall SystemsCommercial & Residential Inspection Division

Request Inspection

Commercial & Residential EIFS Inspections — Virginia Beach & Hampton Roads

Every layer, verified before it’s closed in.

We inspect exterior insulation and finish systems at the stages that matter — substrate, drainage plane, insulation board, mesh embedment, and finish — so defects get caught while they’re still cheap to fix.

Request an inspection View scope of work

1,240+Facades inspected

ASTM E2570Standard referenced

48 hrReport turnaround

Fig. 01 — EIFS Wall Assembly, Section View Interactive

01 / 05

Substrate

Sheathing is checked for fastening pattern, moisture content, and surface flatness before any material goes over it — the single hardest defect to fix once the wall is closed.

1,240⁺

Facades inspected

6,800⁺

Moisture scan readings logged

97%

Defects caught before finish coat

48hrs

Report delivery, standard

Scope of Work

Four inspection stages, one continuous record.

Each stage produces a dated, photographed report tied to the wall section it covers — so the paper trail matches the wall, not the other way around.

INS 01

Pre-installation substrate

Sheathing fastening, flashing details, rough openings, and moisture content confirmed before the water-resistive barrier goes on.

Stage 1

INS 02

Drainage plane & attachment

WRB laps, flashing integration, and adhesive or mechanical attachment pattern verified against the manufacturer’s approved detail set.

Stage 2

INS 03

In-progress QA — mesh & coat

Insulation board joints, mesh embedment, base coat mil thickness, and lap seams checked panel by panel as work proceeds.

Stage 3

INS 04

Final survey & certification

Infrared and moisture scan survey of the completed wall, sealant joint review, punch list, and stamped closeout report.

Stage 4

Final Survey

A moisture scan tells you what a walk-by can’t.

We run a moisture meter across a gridded pattern on every elevation and log each reading. Anything above threshold gets flagged, photographed, and cut open before we sign off — not after the tenant calls about a stain.

Within threshold Flagged for review

How an inspection runs

Booked to closeout, in four visits.

Timed around your framing and coating schedule — we don’t hold up the crew, we just show up before the layer disappears.

Day 0

Site walk & scope

We review drawings, manufacturer specs, and site conditions with the GC before the first board is set.

Per elevation

Staged inspections

Substrate, drainage plane, and mesh/coat checks scheduled around your installer’s actual progress.

At completion

Moisture survey

Full-elevation moisture scan and infrared pass once the finish coat has cured.

48 hrs after

Report & certification

Photographed, stamped report delivered to ownership, GC, and the installer of record.

Inspections referenced against —

ASTM E2570 ASTM C1397 ICC-ES AC219 EIMA Guide Spec Manufacturer Detail Sets

Work Order

Request an inspection.

Give us the project and the stage you’re at — we’ll come back with availability and which of the four inspection stages applies.

Response timeWithin 1 business day

Coverage areaCommercial & residential

Report formatPDF, photo-logged

Non-Intrusive EIFS Inspection

Edward Santana — Sat, 15 Aug 2026 19:51:34 +0000

When homeowners hear “EIFS inspection,” some assume it involves drilling holes or cutting into the wall to check for moisture. That’s not how a proper inspection should work — and it’s not how we do it.

The Problem With Probe-Based Inspection

Older inspection methods relied on physically penetrating the wall to test for moisture at specific points. The obvious downside: every probe hole is itself a new penetration in the water-resistant barrier, meaning the inspection process could introduce the high risk it’s meant to identify.

How Surface Moisture Scanning Works

Moisture Entry Point

Non-intrusive moisture meters read moisture content behind the wall surface using electronic signals, without penetrating the finish. This allows an inspector to scan large areas of wall efficiently, identify elevated moisture readings, and map problem areas without creating new vulnerabilities.

What a Thorough Scan Covers

All wall penetrations (windows, doors, vents, utility penetrations)
Roof-wall intersections and flashing details
Deck ledgers and other structural attachments
Wall terminations at grade, foundations, and other materials
General field-of-wall scanning across all elevations

Interpreting the Results

Elevated readings don’t always mean the same thing at every location — interpretation requires understanding of wall assembly, building orientation, and common failure patterns. This is where experience matters as much as the equipment itself.

Certified Inspectors

We conduct inspections using this methodology and prepare formal reports for documentation, real estate transactions, or repair planning. This thorough approach respects the integrity of your wall system throughout the inspection process.

EIFS Drainage Systems Explained

Edward Santana — Sat, 15 Aug 2026 19:51:27 +0000

Not all EIFS systems are built the same way, and understanding which type is on your home can tell you a lot about its moisture risk profile. Here’s a breakdown of the two main categories.

Barrier-Style EIFS

Older EIFS installations, particularly common through the 1990s, were often “barrier” systems — designed on the assumption that the exterior finish alone would keep all water out. The problem: no exterior finish is perfectly waterproof forever, and once water gets behind a barrier system, it has no way to escape. This design is the primary reason EIFS earned a poor reputation in some regions during that era.

Drainage EIFS Systems

Modern EIFS installations use a drainage design: a water-resistant barrier with a drainage plane (often a grooved or matted layer) behind the insulation board, allowing any incidental moisture that does get through to drain out at the base of the wall rather than accumulating.

How to Tell Which System You Have

This isn’t always obvious from the exterior. Home age is a starting clue — homes built or re-clad after the early-to-mid 2000s are more likely to have drainage systems — but the only reliable way to confirm is through inspection, sometimes requiring a small exploratory opening at the base of a wall.

Why This Matters for Repair Decisions

If your home has a barrier-style system, ongoing maintenance vigilance is even more important, since there’s no backup mechanism if the exterior finish is breached. In some cases, converting a barrier system to a drainage system during a major repair or resurfacing project is worth considering.

Discussing Your System

During inspection, we’ll identify which type of system your home has and factor that into our repair and maintenance recommendations accordingly.

EIFS Color Matching Is Trickier Than It Looks

Edward Santana — Sat, 15 Aug 2026 19:51:23 +0000

One of the more frustrating experiences for homeowners is completing an EIFS repair, only to have the patched area stand out clearly against the surrounding wall. Here’s why color and texture matching is more complex than it appears.

Finish Coats Fade Unevenly

Sun exposure, weathering, and pollution cause EIFS finish coats to fade gradually over years. A brand-new patch, even in the “correct” original color, will often look noticeably different from surrounding material that has weathered for a decade or more.

Manufacturer and Product Discontinuation

EIFS finish products are manufacturer-specific, and formulations change over time. On older homes, the exact original product may no longer be manufactured, requiring a close match from a current product line rather than an exact replication.

Texture Consistency

Beyond color, EIFS finishes come in different aggregate sizes and application textures (fine, medium, coarse, or specialty textures like Quarzputz). Matching texture takes experience — the same trowel technique can produce different results depending on the applicator.

Strategies for Better Blending

Feathering the repair into a larger surrounding area rather than a tight patch
Testing a sample patch in an inconspicuous area before committing to the full repair
In some cases, recommending a full wall or elevation re-coat instead of a spot repair, when blending isn’t achievable

Setting Realistic Expectations

We always discuss color and texture matching expectations with homeowners before starting a repair, since a perfectly invisible patch isn’t always achievable — especially on older, significantly weathered walls. Being upfront about this avoids surprises at project completion.

A Simple EIFS Maintenance Checklist for Homeowners

Edward Santana — Sat, 15 Aug 2026 19:51:17 +0000

Keeping EIFS in good condition doesn’t require constant attention — but a simple, consistent maintenance routine goes a long way toward preventing costly repairs down the road. Here’s a checklist to work through a couple of times a year.

Visual Walkthrough

Walk the full perimeter of the home, looking for cracks, staining, or discoloration
Check for soft or bulging areas by gently pressing on the wall surface
Look closely at areas below windows, above trim, and near roof-wall intersections

Sealant and Caulk Check

Inspect sealant joints around all windows and doors
Check caulking where EIFS meets other materials (brick, trim, foundation)
Look for cracking, gapping, or loss of adhesion

Drainage and Water Management

Confirm gutters and downspouts are directing water away from walls
Check that weep holes and drainage points (if present) are clear of debris
Make sure landscaping and mulch aren’t directing irrigation spray onto walls

Vegetation and Debris

Trim back shrubs and trees that are in direct contact with the wall
Remove any debris or organic buildup at the base of walls

When to Bring in a Professional

This checklist is meant to catch obvious visual issues between professional inspections — it’s not a substitute for a moisture-scanning inspection every few years. If anything on this list raises a question, that’s the right time to call in a professional assessment.

Woodpecker Damage on EIFS Walls: Why It Happens and How to Fix It

Santanab — Sat, 15 Aug 2026 19:51:13 +0000

It might seem like a minor nuisance, but woodpecker damage is one of the more common repair calls we get, particularly on homes near wooded lots. Here’s why it happens and what a proper repair involves.

Why Woodpeckers Target EIFS

Woodpeckers are typically drawn to a wall for one of a few reasons: they hear insect activity inside the foam or substrate, they’re establishing territory or attracting mates during breeding season, or they’re drumming on a surface that produces a resonant sound. EIFS foam, being softer than wood siding, is easy for them to penetrate quickly.

The Repair Isn’t Just Cosmetic

A woodpecker hole isn’t just an aesthetic issue — it’s a breach in the water-resistant barrier. Even a small hole allows water intrusion behind the wall system if left unrepaired, so these should be addressed promptly rather than left for a future project.

Proper Repair Process

A correct repair involves removing damaged foam back to sound material, replacing it with matching insulation board, reinforcing with base coat and mesh, and finishing to match the existing texture and color — not just caulking over the hole, which won’t hold up.

Addressing the Root Cause

If woodpecker activity is recurring, it’s worth pairing the repair with deterrent measures — reflective tape, decoys, or in persistent cases, netting over vulnerable areas — since repairing the same spot repeatedly gets expensive.

When to Call a Professional

Multiple holes, holes near windows or roof lines, or any sign of moisture staining around the damage are all reasons to have a professional assess the area rather than attempting a DIY patch.

What Determines the Cost of an EIFS Repair?

Edward Santana — Sat, 15 Aug 2026 19:51:10 +0000

One of the most common questions we get is some version of “how much will this cost to fix?” The honest answer is: it depends. Here are the main factors that determine EIFS repair pricing.

Extent of Moisture Damage

A surface-level crack repair with no substrate damage is a fundamentally different scope of work than a repair requiring sheathing or framing replacement. This is why an accurate moisture assessment upfront is so important — it determines whether you’re looking at a cosmetic repair or a structural one.

Access and Height

Repairs on a single-story wall with easy ground access cost less than second-story or hard-to-reach areas requiring staging, scaffolding, or lift equipment.

Finish Matching

EIFS finish coats vary in texture, color, and manufacturer. Matching an existing finish — especially on an older home where the original product may be discontinued — can add complexity and cost compared to a full re-coat.

Scope: Spot Repair vs. Full Wall Section

Sometimes a targeted spot repair is sufficient. Other times, especially with widespread moisture intrusion, it makes more sense to address an entire wall elevation at once rather than patching repeatedly over a few years.

Deferred Maintenance Items

During inspection, we often identify secondary issues — failing sealant joints, minor trim damage — that aren’t urgent but are worth documenting and addressing either now or on a planned timeline, which affects overall project scope.

Getting an Accurate Estimate

Because so much depends on what’s happening behind the wall, the most reliable estimates come after an on-site inspection with moisture scanning, not a phone-based ballpark. We provide detailed, itemized quotes so you know exactly what you’re paying for.

Why Windows and Doors Are the Most Common EIFS Failure Points

Edward Santana — Sat, 15 Aug 2026 19:51:06 +0000

When EIFS systems fail, the problem rarely starts in the middle of a flat wall section. In our experience inspecting and repairing EIFS across Hampton Roads, the vast majority of moisture intrusion issues originate at penetrations — windows, doors, vents, and other wall openings.

Why Penetrations Are Vulnerable

Every window, door, or vent interrupts the continuous water-resistant barrier of the wall system. Proper flashing and sealant details are what restore that continuity — and when those details are installed incorrectly, or degrade over time, water has a direct path behind the wall.

Sealant Has a Lifespan

Sealant joints around windows and doors typically need replacement every 5–10 years, depending on exposure and product quality. UV exposure, temperature cycling, and building movement all cause sealant to lose adhesion or elasticity over time, even when it still looks intact from a distance.

Improper Flashing Installation

Flashing is meant to direct water down and away from the wall assembly. When flashing is missing, reversed, or improperly lapped, water can be channeled directly into the wall rather than away from it — a defect that’s often invisible until damage has already occurred.

What Homeowners Can Watch For

Cracking or gapping sealant around window and door frames
Staining below windows or at the base of door openings
Soft trim boards or window sills
Visible daylight or gaps at corners of window trim

Prevention Through Maintenance

Because penetrations are the most common failure point, they should be the first place checked during any EIFS maintenance inspection — well before problems become visible on the flat wall surface.