Temp Load Bearing Wall: DIY Guide You NEED to See!

Undertaking a structural renovation often necessitates using a temporary load bearing wall; OSHA guidelines emphasize safety protocols during such procedures. A support beam is a key element, providing the necessary structural integrity. Many homeowners leverage DIY knowledge to complete this type of project successfully. In this DIY guide, we’ll show you how to construct your own temporary load bearing wall safely and effectively.

Embarking on home renovations can be exciting, promising a refreshed living space tailored to your evolving needs. However, when these renovations involve structural changes, such as removing or altering walls, the stakes are raised considerably. This is where the concept of a temporary load bearing wall becomes critically important.

A temporary load bearing wall, in essence, acts as a substitute support system, taking on the structural responsibilities of an existing wall while it is being modified or removed. It’s a critical safety measure designed to prevent catastrophic structural failure.

Common Scenarios Requiring Temporary Support

Several common renovation scenarios necessitate the use of a temporary load bearing wall:

• Wall Removal for Open Concept Designs: The increasingly popular open concept living often involves removing walls to create larger, more fluid spaces. If the wall in question is load-bearing, a temporary support structure is essential.

• Installing New Windows or Doors in Load Bearing Walls: Cutting into a load-bearing wall to install a larger window or a new doorway requires temporarily redirecting the load.

• Repairing or Replacing Damaged Load Bearing Walls: If a load-bearing wall is showing signs of significant damage (due to water, pests, or age), a temporary wall allows for safe repairs or replacement.

• Significant Structural Alterations: Any project involving significant modifications to a home’s structural framework may require temporary load-bearing walls to ensure stability.

The Inherent Dangers of Improvisation

While DIY home improvement projects are often celebrated, attempting to construct or modify load-bearing walls without proper knowledge and precautions is extremely dangerous.

The potential consequences of improper installation are severe and can include:

• Structural Collapse: The most immediate risk is the collapse of the wall itself, potentially leading to partial or complete building failure.

• Personal Injury: A collapse can cause serious injuries to anyone in or near the affected area.

• Significant Property Damage: Beyond the immediate collapse, the structural instability can cause extensive damage to the rest of the building.

• Financial Burden: Correcting structural damage is exceptionally expensive.

Caution is paramount. This guide is designed to provide general information, not to serve as a replacement for professional advice.

A Strong Word of Caution

Disclaimer: The information provided in this guide is for informational purposes only and should not be considered a substitute for professional advice. Constructing a temporary load-bearing wall is a complex and potentially dangerous undertaking.

Before attempting any DIY work involving load-bearing walls, it is absolutely essential to consult with a qualified structural engineer or a professional contractor.

They can assess the specific structural needs of your home, calculate the required load-bearing capacity, and ensure that the temporary wall is designed and installed correctly and safely.

Understanding Load Bearing Walls: The Foundation of Your Home

Before venturing into any structural modifications, it’s crucial to understand the essence of load-bearing walls. These walls are more than just dividers; they are integral components of your home’s structural integrity. They are the silent guardians that bear the weight of the house and transfer it safely to the foundation.

What is a Load-Bearing Wall?

A load-bearing wall is a structural element that actively supports the weight from above, including the roof, upper floors, and even other walls. It transfers this load down to the foundation, ensuring the stability of the entire building. Think of it as a critical link in a chain that distributes weight and prevents collapse.

Unlike non-load-bearing walls, which primarily serve to divide spaces, load-bearing walls are essential for maintaining the building’s structural equilibrium. Removing or altering them without proper support can have catastrophic consequences, leading to sagging ceilings, cracked walls, or, in severe cases, complete structural failure.

Identifying Load-Bearing Walls

Identifying a load-bearing wall can be tricky, but here are a few methods you can use:

• Visual Cues: Look for walls that run perpendicular to floor joists or roof rafters. These walls are more likely to be load-bearing, as they are positioned to support the weight of those structural elements.

• Blueprints: If available, architectural blueprints are your best resource. They clearly indicate which walls are designed to bear loads. Consult the plans carefully, paying attention to notations about structural support.

• Location: Walls located in the center of the house, particularly those directly above support beams in the basement or crawl space, are often load-bearing. Exterior walls are almost always load-bearing.

• Professional Assessment: When in doubt, always consult a qualified structural engineer or experienced contractor. Their expertise is invaluable in accurately identifying load-bearing walls and assessing the potential risks associated with any modifications. This is not an area for guesswork or assumptions.

The Crucial Role of Temporary Support

When renovations involve load-bearing walls, the need for a temporary load-bearing wall becomes paramount. This temporary structure acts as a surrogate, taking on the responsibility of supporting the weight previously carried by the original wall.

• It prevents collapse during the construction phase.

• It maintains structural stability while modifications are underway.

Without it, the weight distribution is compromised, potentially leading to severe structural damage. The temporary wall essentially bridges the gap, ensuring a safe and stable environment for both the workers and the integrity of the building. It is the linchpin to any successful and safe renovation project involving load-bearing walls.

Planning and Preparation: Safety is Paramount

Having a solid understanding of load-bearing walls is crucial. However, knowledge alone isn’t enough when you are about to undertake structural changes. Diligent planning and meticulous preparation are non-negotiable. These are the bedrock upon which a safe and successful project is built. This phase emphasizes safety measures, expert consultation, and the often-overlooked necessity of permits.

The Indispensable Structural Engineer

Before even considering swinging a hammer, consult a qualified structural engineer. This isn’t merely a suggestion; it’s an essential step. These professionals possess specialized knowledge. They can accurately assess the load-bearing capacity of your walls. They can calculate the precise requirements for a temporary support system.

Their expertise is vital for several reasons:

• Accurate Load Calculations: Structural engineers utilize advanced methods to determine the exact weight that the temporary wall needs to support. This ensures the temporary wall is robust enough to prevent any structural issues.
• Safe Design: They can design a temporary load-bearing wall that adheres to safety standards and best practices, considering the specific conditions of your project.
• Risk Mitigation: Their involvement minimizes the risk of unforeseen problems, such as structural instability, which could lead to costly repairs or, even worse, injuries.

Think of a structural engineer as a medical doctor for your house. You wouldn’t perform surgery on yourself. Similarly, you shouldn’t attempt structural modifications without expert guidance.

Navigating the Permit Process

Ignoring the permit process can lead to significant headaches down the road. Most municipalities require permits for structural alterations. This is to ensure all construction adheres to local building codes and safety regulations.

Here’s why obtaining the necessary permits is crucial:

• Compliance: Permits ensure your project complies with all relevant building codes, minimizing the risk of fines, legal issues, or mandatory rework.
• Safety Inspections: The permit process typically involves inspections by local authorities. These inspections ensure the temporary wall is constructed correctly and meets safety standards.
• Insurance Coverage: Undertaking unpermitted work can potentially void your homeowner’s insurance policy in the event of an accident or structural failure.

Contact your local building department early in the planning process. Understand the specific requirements for your project. This may involve submitting detailed plans, engineering reports, and other documentation. Be proactive and patient, as the permit process can take time.

Prioritizing Personal Protective Equipment (PPE)

Construction sites are inherently hazardous. Protecting yourself from potential injuries is paramount.

Always wear appropriate personal protective equipment (PPE).

At a minimum, this includes:

• Safety Glasses: Protect your eyes from flying debris, dust, and other particles.
• Hard Hat: Shield your head from potential impacts from falling objects or accidental bumps.
• Gloves: Protect your hands from cuts, abrasions, and splinters.
• Steel-Toed Boots: Protect your feet from heavy objects and punctures.

Don’t compromise on safety. PPE is your first line of defense against common construction site injuries. Ensure all helpers and those near the project site are also wearing the appropriate PPE. A safe worksite is an efficient worksite.

Navigating the permit process can feel like a bureaucratic maze, but it’s a critical step that ensures your project adheres to safety standards and legal requirements. With the necessary expert consultations and permissions secured, the next critical step is assembling the right materials and tools. The stability and safety of your temporary load-bearing wall hinge not only on sound planning but also on the quality and suitability of the components used.

Materials and Tools: Gathering Your Supplies

The construction of a temporary load-bearing wall is a task that demands precision. Selecting the appropriate materials and tools is crucial. Each component plays a vital role in ensuring the structure’s stability and ability to safely bear the intended load.

Support Posts: The Pillars of Strength

Support posts are the primary vertical elements transferring the load from above to the ground. There are two main types commonly used:

Adjustable steel jack posts offer versatility and ease of adjustment. Their adjustability makes them ideal for fine-tuning the support and accommodating slight variations in height. However, they may require additional bracing to prevent buckling under very heavy loads.

Timber posts, on the other hand, provide robust support and are often more economical. They are typically constructed from solid or laminated lumber. The key is to choose timber posts that are of sufficient size and grade to handle the anticipated load.

The choice between steel and timber depends on factors such as load requirements, available space, and budget.

Lumber Selection: Studs, Plates, and the Importance of Grade

The lumber used for studs, top plates, and bottom plates must meet specific criteria to ensure structural integrity.

Studs are vertical members that provide lateral support to the wall. Their dimensions and spacing are dictated by the load calculations performed by the structural engineer. Common sizes include 2x4s or 2x6s, spaced 12 to 16 inches apart.

Top and bottom plates are horizontal members that cap the studs. They distribute the load evenly and provide a secure connection point. Use lumber of the same dimensions and grade as the studs for consistency and strength.

The grade of lumber is also critical. Look for lumber that is graded as "Stud" or "Construction" grade. These grades indicate that the lumber has been inspected and meets minimum standards for structural applications. Avoid using "Utility" or "Economy" grade lumber, as it may contain defects that compromise its strength.

Header Beam: Spanning the Opening

The header beam is a horizontal structural member that spans the opening created by the wall removal. It carries the load from above and transfers it to the support posts. Selecting the correct size and material for the header beam is paramount.

The required size of the header beam depends on several factors, including:

• The width of the opening
• The load being supported
• The type of material used (lumber, steel, or engineered wood)

A structural engineer can perform the necessary calculations to determine the appropriate header beam size and material. Using an undersized header beam can lead to sagging or even collapse.

Existing Footing Considerations

The footing is the foundation upon which the temporary wall rests. It is crucial to ensure that the existing footing is adequate to support the additional load imposed by the temporary wall.

If the existing footing is insufficient, it may be necessary to reinforce it or construct a new footing. This is particularly important if the temporary wall is supporting a significant load or if the soil conditions are poor. A structural engineer can assess the existing footing and recommend appropriate measures to ensure its stability.

Leveling Tools: Achieving Plumb and True

A level is an indispensable tool for constructing a temporary load-bearing wall. It ensures that all components are plumb (perfectly vertical) and level (perfectly horizontal). This is essential for optimal stability and load distribution.

Use a high-quality level that is accurate and easy to read. A spirit level (bubble level) is suitable for most applications, but a laser level can be helpful for larger projects or when working in dimly lit areas.

Shims: Fine-Tuning for Perfection

Shims are thin, tapered pieces of material used to make precise leveling adjustments. They are typically made of wood or plastic and come in various thicknesses.

Shims are used to fill small gaps between the bottom plate and the floor or between the top plate and the ceiling. They ensure that the load is evenly distributed across the entire structure. Use shims sparingly and avoid stacking them excessively, as this can create instability.

Navigating the permit process can feel like a bureaucratic maze, but it’s a critical step that ensures your project adheres to safety standards and legal requirements. With the necessary expert consultations and permissions secured, the next critical step is assembling the right materials and tools. The stability and safety of your temporary load-bearing wall hinge not only on sound planning but also on the quality and suitability of the components used.

Step-by-Step Installation Guide: Building Your Support System

The moment of truth arrives. With your materials gathered and your plans meticulously reviewed, it’s time to assemble your temporary load-bearing wall. This section provides a detailed walkthrough of the installation process, emphasizing precision and adherence to safety protocols. Remember, each step is crucial, and any deviation could compromise the wall’s structural integrity.

Step 1: Preparing the Area and Setting the Bottom Plate

Preparation is paramount. Begin by thoroughly cleaning the area where the temporary wall will stand. Remove any debris, ensuring a level and stable surface for the bottom plate.

The bottom plate, typically a pressure-treated 2×4 or 2×6, serves as the foundation of your wall. Its proper installation is essential for distributing the load evenly and preventing movement.

• Marking the Location: Use a chalk line to precisely mark the position of the bottom plate on the floor. Accuracy here will ensure that the temporary wall is aligned correctly.
• Fastening the Bottom Plate: Secure the bottom plate to the floor using concrete screws or construction adhesive, depending on the floor material. Ensure that the fasteners are appropriately spaced and driven flush to avoid tripping hazards.

Step 2: Installing the Support Posts and Header Beam

The support posts are the vertical pillars that will bear the brunt of the load. The header beam, spanning the opening, transfers the load from the structure above to the support posts.

• Positioning the Support Posts: Carefully position the support posts at the designated locations, ensuring they are plumb (perfectly vertical). Use a level to verify their alignment.
• Securing the Header Beam: With assistance, lift the header beam into place, resting it on top of the support posts. The header beam should be centered over the opening.
• Fastening the Components: Use heavy-duty screws or bolts to securely fasten the header beam to the support posts. The type and size of fasteners will depend on the load requirements and the materials used. Ensure the fasteners are adequately sized for the load.

Step 3: Adding Studs for Additional Support

Studs provide additional vertical support and help to distribute the load evenly across the wall. Their spacing is crucial for maintaining stability.

• Determining Stud Spacing: Consult your structural engineer’s plans to determine the appropriate spacing for the studs. Common spacing intervals are 12 inches, 16 inches, or 24 inches on center (OC).
• Cutting the Studs: Cut the studs to the correct length, ensuring they fit snugly between the bottom plate and the header beam.
• Installing the Studs: Place the studs between the bottom plate and the header beam, maintaining the specified spacing. Secure them using nails or screws.

Step 4: Fastening the Top Plate

The top plate, similar to the bottom plate, provides a continuous horizontal member that ties the studs together and helps to distribute the load.

• Positioning the Top Plate: Place the top plate on top of the studs and header beam, aligning it with the bottom plate.
• Securing the Top Plate: Fasten the top plate to the studs and header beam using nails or screws. Ensure that the fasteners penetrate deeply enough to provide a secure connection.

Step 5: Leveling, Plumb and Final Adjustments

Achieving perfect plumb and level is crucial for the wall’s stability and load-bearing capacity.

• Using a Level: Use a level to check the plumbness of the support posts and studs, and the levelness of the header beam and top plate.
• Using Shims: If any component is out of plumb or level, use shims to make fine adjustments. Insert shims between the bottom plate and the floor, or between the header beam and the support posts, until the component is perfectly aligned. This is where precision makes all the difference.
• Securing the Shims: Once the shims are in place, secure them with construction adhesive or small nails to prevent them from shifting.

Step 6: Final Inspection by a Structural Engineer

Even with the most careful installation, a final inspection by a structural engineer is essential. They can verify that the wall is properly constructed, that it is capable of supporting the intended load, and that it meets all applicable building codes. Their assessment will provide peace of mind and ensure the safety of your project.

Navigating the permit process can feel like a bureaucratic maze, but it’s a critical step that ensures your project adheres to safety standards and legal requirements. With the necessary expert consultations and permissions secured, the next critical step is assembling the right materials and tools. The stability and safety of your temporary load-bearing wall hinge not only on sound planning but also on the quality and suitability of the components used.

With your materials gathered and your plans meticulously reviewed, it’s time to assemble your temporary load-bearing wall. But the journey doesn’t end with construction. Ensuring long-term stability and safety requires vigilant attention to detail and proactive monitoring.

Important Considerations: Ensuring Stability and Safety

Constructing a temporary load-bearing wall is more than just following a set of instructions. It’s about understanding the principles that guarantee its unwavering support and the potential pitfalls that could compromise its integrity. After all, it bears repeating: a temporary support wall is holding up a part of your house.

Distributing the Load Evenly

The primary function of a temporary load-bearing wall is to evenly distribute the weight it supports to prevent localized stress and potential failure. Uneven load distribution can lead to concentrated pressure points, causing sagging, shifting, or even a catastrophic collapse.

Ensuring a Solid Foundation

A solid foundation is critical for even load distribution. The bottom plate must rest on a level surface, free of debris or obstructions.

If the existing floor is uneven, use shims to create a level base for the bottom plate. Gaps beneath the bottom plate create weak points that can lead to uneven settling and instability.

Proper Stud Spacing and Alignment

The spacing of the studs plays a vital role in distributing the load. Consult with a structural engineer to determine the appropriate stud spacing based on the weight being supported.

Ensure that studs are perfectly vertical and aligned. Misaligned studs can create stress points and reduce the overall load-bearing capacity of the wall.

Use a level to verify the plumbness of each stud during installation and make necessary adjustments.

Monitoring for Signs of Instability

Even with careful planning and construction, a temporary load-bearing wall can still develop problems over time. Regular monitoring is essential to identify and address any issues before they escalate.

Identifying Warning Signs

Be vigilant for any signs of shifting, sagging, or instability. These can include:

• Visible cracks in the drywall or surrounding structure.
• Doors or windows becoming difficult to open or close.
• Unusual noises, such as creaking or popping sounds.
• A noticeable lean or bow in the temporary wall.

Taking Corrective Action

If you observe any of these warning signs, take immediate action.

• Consult with a structural engineer to assess the situation and recommend appropriate repairs.
• Do not attempt to fix the problem yourself without expert guidance.
• Additional support may be needed in the form of additional posts or bracing.

Ignoring warning signs can have catastrophic consequences.

Addressing Existing Utilities

Before constructing a temporary load-bearing wall, carefully assess any existing utilities (electrical wiring, plumbing, HVAC) that may be affected.

• Never assume you know the location of utilities.

Electrical Wiring

Electrical wiring running through the wall must be rerouted or protected to prevent damage or electrical shock.

Consult with a qualified electrician to safely disconnect and reroute any wiring in the path of the temporary wall. Never attempt to work on electrical wiring unless you are a qualified electrician.

Plumbing

Plumbing pipes within the wall must be supported and protected to prevent leaks or damage. If you must disconnect plumbing lines, hire a licensed plumber.

• Water damage can compromise the structural integrity of the building*.

HVAC Systems

HVAC ducts or vents within the wall may need to be rerouted or temporarily relocated. Consult with an HVAC professional to ensure proper airflow and prevent damage to the system.

Improperly handled utilities pose safety risks and can lead to costly repairs.

Navigating the permit process can feel like a bureaucratic maze, but it’s a critical step that ensures your project adheres to safety standards and legal requirements. With the necessary expert consultations and permissions secured, the next critical step is assembling the right materials and tools. The stability and safety of your temporary load-bearing wall hinge not only on sound planning but also on the quality and suitability of the components used.

With your materials gathered and your plans meticulously reviewed, it’s time to assemble your temporary load-bearing wall. But the journey doesn’t end with construction. Ensuring long-term stability and safety requires vigilant attention to detail and proactive monitoring. And finally, once the permanent supports are in place, it’s time for the careful removal of your temporary structure.

Dismantling the Temporary Load Bearing Wall: Releasing the Pressure

The time will come when your temporary load-bearing wall has served its purpose. The permanent support structure is in place. It has been rigorously inspected, and you’ve received the green light. But removing a temporary load-bearing wall is not a demolition job. It requires the same level of caution and methodical approach as the initial installation. Rushing or taking shortcuts can lead to disastrous consequences.

Prerequisites for Removal

Before even thinking about dismantling the temporary wall, verify the following:

• Permanent Support is Fully Functional: The new beam, column, or wall must be capable of bearing the full load independently.

• Inspection and Approval: A qualified structural engineer or building inspector must sign off on the permanent support, confirming its integrity. Do not rely solely on your own assessment.

• No Active Load Transfer: Ensure that the load is demonstrably transferred to the permanent support and that the temporary wall is no longer under significant stress.

Step-by-Step Dismantling Procedure

Once you’ve confirmed the prerequisites, proceed with the following steps:

Step 1: Gradual Release of Tension

Avoid sudden shocks. If adjustable steel jack posts were used, slowly and incrementally lower them. For timber posts, carefully remove shims at the top to gradually reduce pressure. This controlled release prevents abrupt shifts in the structure above.

Step 2: Stud Removal

With the tension relieved, begin removing the studs. Start from the center and work outwards. Do not remove all the studs on one side before addressing the other. Staggered removal helps maintain even distribution of any residual load.

Step 3: Header Beam and Bottom Plate

Carefully detach the header beam from its supports. Lower it gently to the ground, ensuring it does not snag or pull on any existing structures. Finally, remove the bottom plate.

Step 4: Careful Material Handling

As you dismantle the wall, carefully remove each component. Inspect the materials for signs of stress or damage. Discard any compromised lumber. Handle all materials with care to avoid injury.

Important Considerations

• Listen for Sounds of Stress: Pay close attention to any creaking, groaning, or popping sounds during the dismantling process. These sounds could indicate unexpected load shifts. Immediately stop and reassess the situation if you hear anything concerning.
• Keep the Area Clear: Ensure a clear path for moving materials and that no one is working directly beneath the area being dismantled.
• Have a Spotter: Work with a partner to monitor the structure and assist with material handling.
• Don’t Force Anything: If any component is difficult to remove, stop and investigate. Forcing it could create instability.
• Document Everything: Taking photos or videos throughout the dismantling process can be helpful for future reference or in case any issues arise.

Removing a temporary load-bearing wall requires patience and a methodical approach. By carefully following these steps and prioritizing safety, you can ensure a smooth and uneventful completion of your project.

Dismantling the Temporary Load Bearing Wall: Releasing the Pressure

The time will come when your temporary load-bearing wall has served its purpose. The permanent support structure is in place. It has been rigorously inspected, and you’ve received the green light.

But removing a temporary load-bearing wall is not a demolition job. It requires the same level of caution and methodical approach as the initial installation. Rushing or taking shortcuts can lead to disastrous consequences.

Troubleshooting: Addressing Common Issues

Even with meticulous planning and careful execution, unforeseen issues can arise during or after the installation of a temporary load-bearing wall. Recognizing these problems early and understanding how to address them is crucial for maintaining safety and preventing further complications. It’s equally important to know when the situation exceeds your capabilities and requires the intervention of a qualified professional.

Identifying and Addressing Sagging

One of the most concerning issues is sagging, which can manifest in several ways: a visible dip in the header beam, bowing of the studs, or a general feeling of instability in the structure.

Sagging indicates that the temporary wall is either overloaded, improperly constructed, or that the underlying soil is settling.

Quick Checks:

• Check the Load: Has additional weight been added to the structure supported by the temporary wall?
• Inspect Connections: Are all connections (studs to plates, header to posts) still securely fastened? Are any nails or screws pulling out?
• Examine the Soil: Is there evidence of soil erosion or compaction under the posts?

Potential Solutions:

• Adjust Support Posts: If using adjustable steel jack posts, carefully tighten them to redistribute the load and correct the sagging. Adjust in small increments to prevent over-correction and potential damage.
• Add Additional Support: Introduce additional posts or studs to share the load more effectively.
• Address Soil Issues: If soil settling is the cause, consult with a geotechnical engineer to determine the appropriate stabilization measures. This may involve compacting the soil or installing a more robust foundation.

Resolving Shifting and Instability

Shifting and instability are equally alarming and often related to inadequate bracing, loose connections, or movement in the surrounding structure. This can present a dangerous safety hazard and requires immediate attention.

Diagnosing the Problem:

• Check for Loose Connections: Carefully examine all connections, looking for signs of movement or slippage.
• Assess Bracing: Is the temporary wall adequately braced to prevent lateral movement?
• Inspect the Surrounding Structure: Is there any evidence of movement or distress in the adjacent walls or floors?

Corrective Actions:

• Tighten Connections: Ensure all connections are tight and secure. Replace any damaged or weakened fasteners.
• Add Bracing: Install additional diagonal bracing to improve the lateral stability of the temporary wall.
• Consult a Professional: If the shifting is significant or you suspect structural issues in the surrounding area, immediately consult a structural engineer.

The Limits of DIY: Knowing When to Call a Pro

While many minor issues can be addressed with careful observation and basic repairs, it’s crucial to recognize the limitations of DIY work. Dealing with structural issues is not a game, and your safety, as well as the safety of others, is on the line.

When to Seek Professional Help:

• Significant Sagging or Shifting: If the sagging or shifting is substantial or worsens over time, it’s a clear sign that professional intervention is needed.
• Uncertainty About Load Capacity: If you’re unsure about the load capacity of the temporary wall or the permanent structure, consult a structural engineer for accurate calculations.
• Permit Issues: If you encounter any issues with your building permit or inspections, seek guidance from your local building department.
• Unforeseen Complications: If you encounter any unexpected problems or complications during the installation or dismantling process, err on the side of caution and consult with a qualified professional.

Remember: A temporary load-bearing wall is not simply a "temporary" structure. It is a critical element that safeguards your home and everyone inside it. If you’re ever in doubt, don’t hesitate to seek professional guidance.

So, you’ve built your own temporary load bearing wall! Pretty cool, right? Hopefully, this guide gave you the confidence to tackle this important step in your reno. Keep it safe and remember – temporary load bearing wall solutions are your friend when working on structural projects!