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This page answers the most common questions about load-bearing wall removal—from understanding how structural systems work to what’s involved in the process and what to expect when working with OpenSpan Structural.
You’ll find guidance on general wall removal considerations, key structural terms, and how our evaluation, installation, and permitting process is handled. Whether you’re early in planning or preparing to move forward, these answers are designed to give you clarity and confidence.

UNDERSTANDING LOAD-BEARING WALLS

OpenSpan Structural specializes in the structural work required when a load-bearing wall is removed. Our services are focused on safely transferring loads, installing structural beams, and ensuring the structure is ready for the next phase of construction.
We do not approach wall removal as a generic demolition task. Every project is treated as a structural system that must remain stable before, during, and after the wall is removed.
Removing a wall inside your home is more than a design decision — it’s a structural one. Some walls carry the weight of the structure above them, while others simply divide space.
This guide explains what load-bearing walls are, how they are supported, and what is involved in removing them safely.
A load-bearing wall supports weight from the structure above it, such as floors, roof framing, or other walls. That load must be carried continuously down through the building to the foundation.

When a load-bearing wall is removed, that load doesn’t disappear — it must be transferred to a structural beam and carried safely to other supporting elements in the home.
While only a proper structural review can confirm whether a wall is load-bearing, common indicators include:

  • The wall runs perpendicular to floor or ceiling joists
  • The wall is located near the center of the home
  • The wall aligns with beams or supports below
  • The wall supports another wall above
Homes often include a mix of load-bearing and non-load-bearing walls, even within the same room.
Homeowners often see large pricing ranges for load-bearing wall removal and wonder why.

The reason is structural work scales with complexity, not just wall length. Ceiling height, number of stories, foundation conditions, and roof loads all affect beam size, installation method, and permitting requirements.

Broad ranges are normal — and responsible — when structural conditions haven’t been reviewed yet.
When a load-bearing wall is removed, a beam replaces the wall’s structural function. The beam carries the load that was previously supported by the wall and transfers it to posts or other supports at each end.

The size, material, and configuration of the beam depend on several factors, including:

  • The span of the opening
  • The amount of weight above
  • The layout of the home
  • The structure below the wall
This is why beam selection varies from project to project.
STEEL BEAMS
Steel beams are commonly used where long spans or higher loads are involved. They provide high strength in a compact profile and are often selected when ceiling height or headroom is limited.

ENGINEERED WOOD BEAMS Engineered wood beams, such as laminated veneer lumber (LVL) or glued laminated timber (glulam), are frequently used in residential construction. These beams are manufactured to precise standards and are sized based on the loads they carry.

BUILT-UP WOOD BEAMS
Built-up beams are created by fastening multiple pieces of dimensional lumber together to act as a single structural member. Their suitability depends on span length, loading conditions, and existing framing.

FLITCH BEAMS
A flitch beam is a composite beam that combines steel and wood. It typically consists of a steel plate or steel I-beam sandwiched between wood members and bolted together. Flitch beams are often used where additional strength is required but a full steel beam is impractical or undesirable.

The appropriate beam type is determined by the specific structural requirements of the home — not by a one-size-fits-all approach.
Beams require proper support at each end. These supports are typically posts or columns that transfer the load down to the structure below.

Posts may need to align with:

  • Existing bearing walls
  • Beams below
  • Footings or foundations
In some homes, additional reinforcement below the floor may be required to properly support the new load.
Before a load-bearing wall can be removed, temporary supports are installed to carry the load while the permanent beam is put in place.

This step is critical to:

  • Prevent movement or sagging
  • Protect finishes and framing
  • Maintain structural stability during installation
Temporary shoring is removed only after the permanent beam and supports are fully installed.
Because load-bearing walls affect the structure of the home, permits are typically required. Structural permits allow building officials to verify that the new beam and supports meet safety requirements.

Inspections ensure:

  • The correct beam is installed
  • Supports are properly placed
  • Loads are transferred safely
This process protects both homeowners and future buyers of the home.
Removing a wall may involve electrical wiring, plumbing lines, or HVAC components that pass through the wall. These systems often need to be rerouted as part of the renovation.

Understanding this early helps homeowners plan sequencing and coordination with other trades.
No two homes are exactly alike. Differences in framing, age, layout, and loading conditions mean that each wall removal requires its own structural solution.

This is why professional evaluation and installation are critical — and why generic advice or assumptions can lead to problems.
If a wall may be load-bearing, a structural specialist should be involved before demolition begins. Early involvement helps avoid delays, rework, and unnecessary costs.

OpenSpan Structural focuses exclusively on the structural work required for safe, code-compliant wall removal.

GLOSSARY OF COMMON WALL REMOVAL TERMS

Not familiar with some of the structural terms used throughout the process? This glossary breaks down common engineering and construction language into simple, easy-to-understand definitions—so you always know what’s being discussed and why it matters.

Bearing Wall (Load-Bearing Wall)
A wall that supports weight from the structure above it, such as floor framing, roof framing, or walls on higher levels. When a bearing wall is removed, its load must be transferred to a beam and properly supported elsewhere.

Non-Load-Bearing Wall
A wall that does not support structural weight and serves only to divide space. These walls can often be removed without structural modifications, though electrical or plumbing may still be present.

Structural Beam
A horizontal structural member installed to carry loads across an opening where a load-bearing wall has been removed. Beams transfer weight to posts or other supporting elements at each end.

Steel Beam
A beam made of structural steel, often used for longer spans or heavier loads. Steel beams provide high strength in a relatively compact size and are common where headroom is limited.

Engineered Wood Beam
A manufactured wood product designed for structural use, such as laminated veneer lumber (LVL). Engineered wood beams are commonly used in residential construction and vary in size based on load and span.

Built-Up Beam
A beam made by fastening multiple pieces of dimensional lumber together to act as a single structural member. Whether a built-up beam is appropriate depends on the specific loads and framing conditions.

Span
The distance a beam must bridge between supports. Longer spans typically require deeper or stronger beams.

Post or Column
A vertical structural element that supports the ends of a beam and transfers load down to the structure below. Posts must be properly aligned with bearing elements beneath them.

Load Path
The route that weight travels through a structure, from the roof or floors above down to the foundation. Maintaining a continuous load path is essential when modifying structural elements.

Temporary Shoring
Temporary supports installed to carry structural loads while a load-bearing wall is removed and a permanent beam is installed. Shoring is removed only after the permanent structure is fully in place.

Footing
A concrete element that spreads structural loads over the soil beneath a home. New or existing footings may be required to support posts created during wall removal.

Framing Modifications
Changes made to existing wood framing to accommodate a new beam, posts, or supports. This may include reinforcing joists, headers, or bearing points.

Structural Permit
A permit issued by a local building department for work that affects the structure of a home. Structural permits typically require inspection to verify compliance with building codes.

Structural Inspection
An inspection performed by a building official to confirm that beams, posts, and supports are installed correctly and meet code requirements.

MEP Systems
An abbreviation for Mechanical, Electrical, and Plumbing systems. These systems often pass through walls and may need to be rerouted when a wall is removed.

Open-Concept Renovation
A renovation that removes interior walls to create larger, more open living spaces. When load-bearing walls are involved, structural modifications are required.

Working With Us

A look at the consultation process, timelines, and how we move from first contact to finished work.
Starting a project with Structure Professionals is designed to be clear, collaborative, and responsive. This section outlines what you can expect during a consultation, typical turnaround times for different types of work, how to schedule remote or in-person meetings, and how we respond to changes mid-project.

Whether you’re just exploring your options or ready to get started, these FAQs walk you through our typical engagement process.

The timeline for a project depends on its scope and complexity.

  • Inspections & Evaluations: Typically completed within 1-2 weeks, including a detailed report.
  • Structural Design & Analysis: Depending on the size of the project, this can take anywhere from a few days to several weeks.
  • Retrofitting or Renovation Projects: Timelines vary based on the project’s scale but are typically completed in coordination with contractors’ schedules.

During your initial consultation, we will provide a detailed timeline specific to your project.

Before your consultation or inspection, we ask clients to create a secure account and complete a brief onboarding form. This process helps us gather key details about your property, concerns, and project goals in advance — so our team can arrive prepared and make the most of your scheduled time.

 

This form also allows for secure transfer of any relevant materials such as drawings, plans, photos, or documentation. By reviewing your responses ahead of time, we’re able to:

 

  • Focus our inspection on your specific areas of concern
  • Bring the right tools or documentation to your site visit
  • Provide faster, more accurate follow-up
  • Minimize delays and gather everything we need in one step
Start by creating an account here:
Client Setup Page

After setting a username and password, you’ll be redirected to the onboarding form where we gather project details and allow for secure document upload.
Yes, you can submit the onboarding form as a guest, but guest users are limited to:

 

  • Smaller file upload sizes (15MB max per file)
  • No access to a personalized client dashboard
  • No ability to view, manage, or re-download submitted files later
We strongly recommend creating an account for the best experience and full access to your materials throughout the project.


If you already have an account or wish to skip account creation, you can do so now and go directly to the client onboarding form

If you indicated you have supporting documents (photos, drawings, reports, etc.), you’ll be automatically redirected to our secure upload portal after submitting the onboarding form.

 

You can return to that page at any time using this link:
Document Upload Page

Please remember to log in with the same email and password you used during registration.
No problem. You can reset your password here.

If you’re still having trouble, email us at info@structureprofessionals.com and we’ll help you regain access.


If you’re in a rush, you can also upload your documents as a guest using our Guest Upload Option, though size and file type limitations will apply.

A consultation is the first step in understanding your needs and how we can help.

  • Initial Meeting: We’ll review your project goals, concerns, and any existing plans or documents.
  • Site Visit (if applicable): We may visit the property to assess existing conditions or discuss potential solutions.

At Structure Professionals, safety and compliance are top priorities.

  • Code Expertise: We stay up-to-date with local, state, and national building codes to ensure every project meets or exceeds legal requirements.
  • Thorough Analysis: Our team conducts comprehensive reviews of designs, materials, and construction processes to eliminate risks.
  • Collaboration: We work closely with contractors and inspectors to ensure compliance throughout the project.

Your project’s safety and success are at the heart of everything we do.

Getting started is easy!

  • Contact Us: Reach out by phone or email to share details about your project.
  • Schedule a Consultation: We’ll arrange a time to discuss your needs, either in person or remotely.
  • Receive a Proposal: After the consultation, we’ll provide a detailed plan with costs, timelines, and next steps.

We understand that projects can evolve. If changes are necessary, we provide prompt revisions to designs or recommendations, ensuring the project stays on track and compliant with codes.

Cost & Billing

Clear answers to help you understand how we estimate costs and handle payment for our services.
Every project is different, so we focus on transparency from the start. This section explains how we provide estimates, what influences cost, and how payments are typically structured. Whether you’re hiring us for a quick inspection or a full structural design, we aim to provide pricing that’s fair, competitive, and clearly communicated.
Costs vary depending on the type of service and the complexity of the project.
  • Initial Inspections: We offer competitive flat rates for inspections.
  • Design Services:Costs depend on the size and scope of the project.
We provide detailed, transparent estimates after an initial consultation, ensuring you know what to expect with no hidden fees. Contact us to discuss your project and receive a personalized quote.
We accept various forms of payment, including credit cards, checks, and bank transfers. For larger projects, payment schedules may be broken into milestones, which will be outlined in your agreement.

Trust & Qualifications

Details about our credentials, service area, and what sets us apart in terms of reliability and professionalism.
We understand how important trust and credibility are when it comes to structural work. This section covers the areas we serve, our licensing and insurance status, and how we stay compliant with safety and building code standards. It also helps you recognize the signs of structural problems and explains when it’s a good time to reach out for help.
At Structure Professionals, safety and compliance are top priorities.
  • Code Expertise: We stay up-to-date with local, state, and national building codes to ensure every project meets or exceeds legal requirements.
  • Thorough Analysis: Our team conducts comprehensive reviews of designs, materials, and construction processes to eliminate risks.
  • Collaboration: We work closely with contractors and inspectors to ensure compliance throughout the project.
Your project’s safety and success are at the heart of everything we do.
We proudly serve Bucks, Montgomery, and Philadelphia counties in Pennsylvania, as well as Mercer, Hunterdon, Somerset, and Middlesex counties in New Jersey. If you’re unsure whether your location is within our service area, feel free to contact us.
Common signs of structural issues include:
  • Cracks in walls, ceilings, or foundations.
  • Uneven or sagging floors.
  • Doors or windows that don’t close properly.
  • Water damage or signs of settlement.
If you notice these or other unusual issues, it’s best to have a professional inspection to assess the situation.

Yes, all our engineers are licensed Professional Engineers (PEs) with years of experience. Our firm is fully insured to provide peace of mind for all clients and projects.

National Council of Structural Engineers Associations (NCSEA): A prominent organization supporting structural engineers across the United States.
American Society of Civil Engineers (ASCE): A leading professional body representing civil engineers and promoting advancements in the field.​

Clear Answers Before You Open the Wall

Planning a load-bearing wall removal comes with a lot of questions. This page is designed to give you straightforward answers — from how the process works to what’s involved structurally, and how we fit into your project.
  • Real Answers
  • Clear Scope
  • No Guesswork
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