Prefabricated house plans

Prefabricated house plans offer a compelling alternative to traditional stick-built homes, providing a streamlined, efficient, and often more cost-effective path to homeownership.

These plans encompass a diverse range of architectural styles and sizes, from compact modular units perfect for a minimalist lifestyle to sprawling multi-story designs that rival custom-built residences in grandeur and functionality.

The core appeal lies in the off-site construction process, where components or entire modules are built in a controlled factory environment, reducing waste, speeding up timelines, and often ensuring higher quality control due to consistent conditions and skilled labor.

This method drastically cuts down on on-site construction time, minimizing disruptions and allowing for quicker occupancy, which can be a must for those looking to settle in efficiently.

Furthermore, the inherent efficiencies of prefabrication often translate into predictable costs, helping homeowners avoid the notorious budget overruns common in conventional building projects.

Here’s a breakdown of some prominent products related to prefabricated house plans, offering various features and price points:

• BluHomes: BluHomes are known for their modern design aesthetics and commitment to sustainable building practices.

  

  • Key Features: High-performance “active daylighting” design, steel framing for durability, extensive use of recycled materials, energy-efficient envelopes, and customizable floor plans. They emphasize healthy indoor air quality.
  • Average Price: Typically ranges from $250 – $400 per square foot for the home package itself, not including land or site work.
  • Pros: Excellent energy efficiency, quick assembly, strong emphasis on sustainability, sleek modern designs, robust structural integrity.
  • Cons: Higher initial cost compared to some other prefab options, customization can add significantly to the price, limited availability in some regions.

• Lego-Like Modular Systems: These systems focus on interchangeable modules that can be combined in various ways to create unique layouts. Think of it less as a brand and more as a concept often implemented by various smaller, innovative manufacturers.

  • Key Features: Highly flexible and adaptable floor plans, ease of expansion or reconfiguration, factory-built modules for quality control, efficient use of space.
  • Average Price: Varies widely based on manufacturer and complexity, but generally starts around $150 – $300 per square foot for the modules.
  • Pros: Unparalleled design flexibility, future expansion possibilities, quick construction, potential for DIY involvement in certain aspects.
  • Cons: Can require significant site preparation for foundation and utilities, design coherence might be challenging without expert help, logistical complexities with module delivery.

• A-Frame Prefab Kits: Iconic and often associated with minimalist living or vacation homes, A-frame kits provide a distinct architectural look.

  • Key Features: Distinctive triangular shape, open interior layouts, often feature large windows for natural light, relatively simple construction for a kit.
  • Average Price: Kits can range from $25,000 to $100,000+ depending on size and inclusions, excluding foundation and finishing.
  • Pros: Unique aesthetic, strong structural integrity against snow loads, excellent natural light, often a good option for smaller footprints or remote locations.
  • Cons: Limited wall space due to sloped ceilings, interior layout can feel restrictive, potentially higher heating/cooling costs due to large exposed roof surface though modern insulation mitigates this, may require specialized contractors.

• Container Homes: Built from repurposed shipping containers, these homes offer a durable, sustainable, and often budget-friendly option.

  • Key Features: Extreme durability, inherent structural strength, often highly customizable, potential for quick deployment, environmentally friendly repurposing.
  • Average Price: From $10,000 for a basic shell to $150,000+ for a fully finished multi-container home.
  • Pros: Very strong and weather-resistant, relatively low cost of raw materials, quick build times, unique aesthetic, highly sustainable.
  • Cons: Narrow interior dimensions, requires significant insulation and framing work, potential for rust if not properly treated, permitting can be challenging in some areas.

• Dome House Kits: Geodesic dome homes offer a unique, extremely energy-efficient, and structurally robust living solution.

  • Key Features: Spherical shape for optimal strength and energy efficiency, open interior spaces, often feature panoramic windows, strong resistance to extreme weather.
  • Average Price: Kits typically start from $15,000 to $70,000+ for the shell, not including interior finishing or foundation.
  • Pros: Incredibly energy efficient less surface area for a given volume, extremely strong and wind-resistant, unique and aesthetically pleasing, open and airy interiors.
  • Cons: Challenging to furnish due to curved walls, specialized construction knowledge may be required, unique permitting hurdles, potential for water leakage if not properly sealed.

• Tiny Home Kits: Designed for minimalist living, these kits provide compact, efficient, and often mobile housing solutions.

  • Key Features: Small footprint, maximized use of space, often designed for portability on wheels, emphasis on efficiency and simplicity, various styles from rustic to modern.
  • Average Price: Kits can range from $5,000 to $30,000+, with fully finished tiny homes on wheels costing $60,000 to $150,000.
  • Pros: Highly affordable, environmentally friendly smaller footprint, often portable, encourages minimalist living, quicker build times.
  • Cons: Very limited living space, zoning and parking regulations can be complex, not suitable for larger families, often requires sacrificing amenities.

• Sheds Converted to Living Spaces: While not designed as homes, pre-built sheds offer a sturdy shell for conversion into small dwellings or accessory dwelling units ADUs.

  • Key Features: Basic shell structure, often available in various sizes, relatively low cost, quick delivery and setup, potential for DIY customization.
  • Average Price: A decent shed shell can range from $2,000 to $15,000, with conversion costs adding significantly more.
  • Pros: Very low initial cost for the shell, quick to acquire, strong potential for DIY work, good for small ADUs or minimalist living.
  • Cons: Requires extensive insulation, plumbing, electrical, and finishing work. not designed as a home so structural modifications might be needed. zoning and permitting can be very difficult for a shed conversion.

Demystifying Prefabricated House Plans: A Modern Approach to Homeownership

They’re becoming a mainstream contender for anyone considering building a home.

Forget the old stereotypes of flimsy, cookie-cutter trailers.

Today’s prefab homes, whether they’re modular, manufactured, panelized, or kit homes, represent a sophisticated fusion of cutting-edge design, advanced engineering, and efficient construction practices.

It’s about leveraging the benefits of factory-controlled environments to deliver higher quality, faster build times, and often, more predictable costs than traditional on-site construction.

Think of it like this: if manufacturing a car on an assembly line leads to a more consistent, reliable product than building one in a garage by hand, why wouldn’t we apply similar principles to home building? That’s the core philosophy behind prefabricated housing. This isn’t just about saving a buck.

It’s about optimizing the entire home construction process, from initial design to final touches.

The Rise of Off-Site Construction: Why Now?

The resurgence in popularity of prefabricated house plans isn’t accidental.

Several factors are converging to make this a highly attractive option in the current market.

We’re talking about a blend of technological advancements, environmental consciousness, and sheer economic practicality.

• Technological Leaps in Manufacturing: Modern prefabrication isn’t your grandparent’s mobile home. Advances in computer-aided design CAD, precision cutting tools, and robotic assembly have revolutionized the quality and complexity of factory-built components. Manufacturers can now produce highly insulated panels, complex wall sections with integrated wiring, and even entire modules with unparalleled accuracy. This means tighter tolerances, less material waste, and a more robust final product than what’s often achievable in the unpredictable conditions of a traditional construction site.
• Environmental Imperatives: Sustainability is no longer a buzzword. it’s a necessity. Prefabricated construction inherently lends itself to more environmentally friendly practices.
  • Reduced Waste: Factories can optimize material usage, leading to significantly less waste ending up in landfills. Offcuts can be recycled or repurposed efficiently.
  • Minimized Site Impact: Less heavy machinery and fewer workers on-site mean less disruption to the local environment and surrounding ecosystems.
  • Energy Efficiency: The precision of factory construction allows for superior thermal envelopes, leading to highly energy-efficient homes that reduce long-term utility costs. Many prefab homes are built to rigorous energy standards like Passive House or Net-Zero Ready.
• Addressing Housing Affordability and Speed: In many regions, housing costs are spiraling out of reach for average families, and traditional construction timelines can be agonizingly long. Prefabrication offers a compelling solution.
  • Cost Predictability: Factory production streamlines processes and reduces variables, leading to more accurate budgeting and fewer unexpected expenses. You know what you’re paying for before the components even leave the factory.
  • Faster Completion: While site work foundation, utilities still takes time, the actual assembly of a prefab home on-site can be incredibly rapid—often weeks instead of months. This translates to quicker move-in dates and reduced interim housing costs.

Understanding the Types of Prefabricated Homes

When someone talks about a “prefab home,” they might be referring to several distinct construction methods, each with its own nuances, benefits, and applications. Prefab houses to buy

It’s crucial to understand the differences to pick the right path for your project.

• Modular Homes: These are perhaps the most common form of prefab and what most people envision. Modular homes are built in sections or “modules” in a climate-controlled factory. These modules are then transported to the building site and assembled onto a permanent foundation using cranes.
  • Key Characteristics:
    • Built to Local Codes: Modular homes are built to the same state and local building codes as traditional stick-built homes, meaning they appreciate in value similarly and are indistinguishable from conventional homes once completed.
    • High Customization: While they come in standard plans, modular homes offer a high degree of customization in terms of finishes, floor plans, and architectural styles.
    • Durability: Due to the stresses of transportation, modular homes are often built with stronger structural components than stick-built homes, making them incredibly robust.
  • Use Cases: Ideal for primary residences, multi-family dwellings, and commercial buildings where quality, speed, and customization are priorities.
• Manufactured Homes Mobile Homes: Historically known as mobile homes, manufactured homes are entirely built in a factory on a non-removable steel chassis. They are transported to the site whole or in sections and typically placed on a concrete pad or piers, rather than a full foundation.
  * Federal HUD Code: Unlike modular homes, manufactured homes are built to a federal HUD code, not local building codes. This makes them less flexible regarding site placement and financing can differ.
  * Affordability: Generally the most affordable type of prefabricated housing.
  * Limited Customization: While layouts vary, customization options are more limited than with modular homes.
  • Use Cases: Often used as affordable housing solutions, temporary dwellings, or in manufactured home communities.
• Panelized Homes: With panelized homes, walls, floors, and roof sections are constructed in a factory as flat panels. These panels are then shipped to the building site and assembled by a local builder.
  * Hybrid Approach: Combines the precision of factory work with the on-site flexibility of stick-built construction.
  * Faster Framing: The framing phase of construction is significantly sped up compared to traditional methods.
  * Local Builder Involvement: Requires a local builder for assembly, interior finishing, and utilities.
  • Use Cases: Good for complex designs where full modularization isn’t feasible, or for builders looking to accelerate their framing process.
• Kit Homes Pre-cut Homes: These homes arrive as a collection of pre-cut, numbered materials lumber, panels, etc. with detailed instructions for assembly. They are often a favorite for DIY enthusiasts.
  * DIY Potential: Significant potential for owner involvement in construction, leading to cost savings on labor.
  * Variety of Styles: From simple cabins to intricate timber frames, kit homes come in a wide range of styles.
  * Requires Skill: While instructions are provided, a certain level of construction knowledge and tools are necessary for successful assembly.
  • Use Cases: Ideal for remote locations, cabins, vacation homes, or for homeowners with construction experience looking to save on labor costs.

Designing Your Dream Prefab: Plans and Customization

One of the persistent misconceptions about prefabricated homes is that they offer limited design choices. The reality is quite the opposite.

Today’s prefab manufacturers offer a vast array of existing plans, and many provide significant customization options, allowing you to tailor a home that truly reflects your style and needs.

• Manufacturer Catalogs and Standard Plans: Most prefab builders have extensive catalogs of pre-designed floor plans. These range from cozy Tiny Home Kits suitable for single occupants or couples to expansive multi-bedroom layouts perfect for growing families. These standard plans are often optimized for cost and efficiency, providing a solid starting point. You can explore various styles, from traditional craftsman to sleek modern designs, often with 3D renderings and virtual tours.
• The Power of Customization: While standard plans offer convenience, the true flexibility of prefab lies in customization.
  • Layout Modifications: Many manufacturers allow you to tweak interior layouts—moving walls, adding rooms, adjusting window placements. This can involve anything from simple door relocations to significant reconfigurations.
  • Finishes and Fixtures: You’ll typically have a wide selection of choices for flooring, cabinetry, countertops, plumbing fixtures, lighting, and exterior siding. This allows you to personalize the aesthetic to match your preferences, whether you prefer a rustic farmhouse feel or a minimalist contemporary look.
  • Architectural Enhancements: Want a wrap-around porch? A larger garage? A specific roofline? Many prefab companies can accommodate these requests, integrating custom architectural elements into the factory build. For instance, BluHomes, known for their modern aesthetic, often work closely with clients to tailor their high-performance designs.
• Working with Architects and Designers: For those seeking a truly unique home, some prefab manufacturers are open to working with external architects and designers. This collaborative approach allows for bespoke designs that leverage the efficiency of off-site construction while achieving highly specific aesthetic and functional goals. Imagine an architect designing a stunning home, and then working with a prefab factory to translate that vision into precision-built modules or panels. This is where you see the integration of cutting-edge design with advanced manufacturing techniques.
• Considerations for Design:
  • Site-Specific Needs: Your plot of land dictates much of your design. Slope, orientation for optimal sunlight and energy efficiency, views, and access points will all influence the best prefab plan.
  • Local Zoning and Permitting: Always check local regulations. Some areas have restrictions on building height, setbacks, or even specific architectural styles. This is particularly relevant for unique structures like Dome House Kits or Container Homes, which might face additional scrutiny.
  • Budget Alignment: While customization is appealing, every modification and upgrade will impact the final cost. It’s a balancing act between your dream home and your financial realities. Have a clear budget and prioritize your must-haves.

The Financial Landscape: Costs and Financing

Understanding the financial aspects of prefabricated house plans is crucial for anyone considering this route.

While often touted as more affordable, it’s essential to look beyond the base price of the home package and account for the full spectrum of costs involved.

• Deconstructing the Costs:
  • The Home Package: This is the core cost—what you pay the manufacturer for the prefabricated components modules, panels, or kit materials. This can range from $5,000 for a basic shed conversion shell to $400,000+ for a large, high-end modular home.
  • Site Work and Foundation: This is often the most significant variable cost. It includes:
    • Land Acquisition: The cost of the land itself.
    • Excavation and Grading: Preparing the site for construction.
    • Foundation: Slab, crawl space, or full basement. Modular homes require permanent foundations, similar to stick-built homes.
    • Utilities: Connecting to water, sewer/septic, electricity, natural gas, and internet. This can be substantial if you’re building in a rural area far from existing connections.
  • Permits and Fees: Local building permits, zoning fees, impact fees, and inspections. These vary widely by location.
  • Transportation and Installation: The cost of shipping the modules or panels to your site and using cranes for assembly. For a full modular home, this can be tens of thousands of dollars, especially for longer distances.
  • Finishing Costs: This includes all the interior and exterior work not completed in the factory. Depending on the type of prefab, this could include plumbing, electrical, HVAC installation, drywall, painting, flooring, landscaping, and exterior finishes. For A-Frame Prefab Kits or Sheds Converted to Living Spaces, this portion of the cost will be significantly higher as more work is done on-site.
  • Contingency: Always budget an additional 10-15% for unexpected expenses. No construction project goes exactly to plan.
• Financing Prefab Homes: The good news is that financing for modular homes is generally the same as for traditional stick-built homes.
  • Construction Loans: For modular and panelized homes, you’ll typically need a construction loan that converts to a traditional mortgage upon completion. These loans are disbursed in stages as construction milestones are met. Lenders look for detailed plans, reputable builders, and a clear timeline.
  • Traditional Mortgages: Once the home is completed and permanently affixed to the land, it qualifies for standard conventional, FHA, VA, or USDA mortgages.
  • Personal Loans/Specialty Financing: For smaller, more mobile units like Tiny Home Kits on wheels or basic Container Homes, traditional mortgages may not apply. You might explore RV loans, personal loans, or specialty financing from companies that cater to tiny homes or unique structures.
• Cost Savings: Where Do They Come From?
  • Reduced Labor Costs: Factory efficiency and less on-site labor can significantly reduce overall labor expenses.
  • Minimized Waste: Factory control leads to optimized material usage and less waste.
  • Shorter Construction Time: Faster build times mean less money spent on construction loan interest, temporary housing, and site management.
  • Bulk Purchasing: Manufacturers buy materials in bulk, often at lower costs than individual builders.
  • Predictability: Fewer weather delays and on-site complications lead to more predictable budgets.

The Construction Process: From Factory Floor to Final Touches

The journey of a prefabricated home is a fascinating blend of precision manufacturing and traditional on-site assembly. 3 bedroom mini home

Understanding this process can help demystify the build and highlight the efficiencies involved.

• Phase 1: Design and Planning Months 1-3
  • Choosing Your Plan: This is where you select from a manufacturer’s catalog or work with them to customize a plan. For more unique projects, you might collaborate with an architect to create a bespoke design that the prefab factory can execute.
  • Site Evaluation: A crucial step. This involves assessing your land’s topography, soil conditions, access for delivery especially important for large modules, utility connections, and potential environmental factors.
  • Permitting and Approvals: This can be the longest and most variable part of the process. You’ll need to secure building permits, zoning approvals, and potentially environmental impact reviews. This stage can involve multiple meetings with local authorities. For structures like Dome House Kits, expect additional scrutiny.
  • Financing Secured: Obtaining a construction loan or other financing is critical before factory production begins.
• Phase 2: Factory Production Months 2-5, often concurrent with site work
  • Component Fabrication: Once plans are finalized and permits are in hand, the factory begins production. This involves everything from cutting lumber and steel as in BluHomes to assembling walls, floor systems, roof trusses, and entire modules.
  • Quality Control: One of the biggest advantages of factory building is the controlled environment. Materials are protected from weather, and quality checks are rigorous at each stage of assembly.
  • Integration of Systems: Plumbing and electrical systems are often partially or fully installed within the modules or panels, reducing on-site labor.
  • Interior Finishes: For modular homes, cabinets, countertops, flooring, and even painted walls can be installed in the factory, making the home largely complete before it even leaves the plant.
• Phase 3: Site Preparation Months 2-5, often concurrent with factory production
  • Land Preparation: Clearing, grading, and ensuring proper drainage.
  • Foundation Installation: Pouring a concrete slab, constructing a crawl space, or building a full basement. This must be precise to align with the manufactured components.
  • Utility Connections: Bringing in water, sewer, electrical, and gas lines to the foundation.
• Phase 4: On-Site Assembly and Finishing Weeks 1-4
  • Delivery: The completed modules or panels are transported from the factory to your site. This can involve oversized loads and specialized logistics.
  • Craning and Setting: For modular homes, massive cranes lift the modules onto the foundation and precisely “set” them into place. This is often a surprisingly quick process, with a full home being set in just a day or two. For panelized or kit homes, the panels or pre-cut pieces are assembled by the on-site crew.
  • “Stitching” and Weatherproofing: Once set, the modules are “stitched” together. This involves completing any structural connections, sealing the roof and exterior joints, and ensuring the building envelope is watertight.
  • Final Finishes and Utilities: On-site crews complete any remaining plumbing, electrical, and HVAC connections. Interior trim, flooring if not factory installed, painting, and final fixtures are put in. Exterior siding, roofing, and landscaping are also completed at this stage. This is where a Sheds Converted to Living Spaces project will see the majority of its work.
• Phase 5: Inspections and Occupancy Week 5+
  • Final Inspections: Local building inspectors will review the completed home to ensure it meets all codes and regulations.
  • Landscaping and Driveways: Final exterior elements are put in place.
  • Move-In: Once all approvals are granted, you receive your certificate of occupancy and can move into your new home!

The Longevity and Value of Prefabricated Homes

A common question that arises with prefabricated house plans is about their durability, longevity, and how they hold their value compared to traditional homes.

The answer, particularly for modular homes, is reassuringly positive.

• Built to Last: Modern modular homes are not only built to the same local and state building codes as stick-built homes, but they are often engineered to be even stronger. Why? Because they have to withstand the rigors of transportation. Modules are designed with added structural reinforcement to prevent twisting or damage during transit, making them incredibly robust once assembled. This means stronger floor joists, wall studs, and roof trusses. A well-built modular home from a reputable manufacturer like BluHomes can easily last for a century or more with proper maintenance, just like a traditional home.
• Appreciation in Value: Modular homes, once affixed to a permanent foundation and meeting local building codes, are treated by appraisers, banks, and insurance companies as identical to site-built homes. This means they appreciate in value at the same rate as comparable homes in the same neighborhood. The key differentiator is the method of construction, not the type of home itself. Manufactured homes those built to HUD code, however, typically appreciate at a slower rate and are often treated differently in terms of financing and appraisal.
• Energy Efficiency and Maintenance: Many prefabricated homes are designed with superior energy efficiency in mind, using advanced insulation techniques and precision assembly to create a tighter building envelope. This translates to lower heating and cooling costs over the lifespan of the home, adding to its long-term value and appeal. Like any home, regular maintenance is key to preserving its value. This includes routine checks of the roof, plumbing, electrical systems, and exterior finishes.
• Resale Market: The resale market for modular homes is strong. Once a modular home is complete, it is virtually indistinguishable from a site-built home. Potential buyers and real estate agents typically focus on location, size, features, and condition, not the construction method. The stigma associated with “mobile homes” does not apply to modern modular homes. However, it’s worth noting that unique or very specialized prefab types like Container Homes or Dome House Kits might appeal to a more niche buyer pool, potentially affecting their resale speed, though not necessarily their value if they are well-maintained and in a desirable location.

Frequently Asked Questions

What are prefabricated house plans?

Prefabricated house plans are detailed architectural designs for homes where significant portions, or even the entire structure, are built in a factory setting before being transported and assembled on a permanent foundation at the final building site.

Are prefabricated homes cheaper than traditional homes?

Often, yes.

While the initial cost of the home package might seem similar, prefab homes can offer cost savings through reduced labor, minimized material waste, bulk purchasing by manufacturers, and significantly shorter construction timelines, which lowers interest on construction loans and temporary housing costs.

How long does it take to build a prefabricated home?

The factory portion of building a modular home can take anywhere from 4-10 weeks.

On-site assembly and finishing typically take an additional 2-8 weeks, though total project time from design to move-in, including permitting and site work, can be 4-10 months.

Do prefabricated homes hold their value?

Yes, modern modular homes built to local and state building codes hold their value and appreciate at the same rate as comparable stick-built homes in the same area.

Manufactured homes HUD code homes may appreciate differently. Three bedroom tiny house for sale

Can you customize prefabricated house plans?

Absolutely.

Most manufacturers offer a wide range of standard plans with significant customization options for layouts, finishes, fixtures, and even architectural elements.

Some also work with external architects for bespoke designs.

What’s the difference between modular and manufactured homes?

Modular homes are built to local and state building codes and are set on permanent foundations, indistinguishable from stick-built homes.

Manufactured homes are built to a federal HUD code, are on a non-removable steel chassis, and typically placed on piers or a pad.

Are prefabricated homes energy efficient?

Yes, many prefabricated homes are highly energy efficient.

The controlled factory environment allows for precise construction and superior insulation, leading to tighter building envelopes and reduced heating and cooling costs.

What kind of foundation do prefabricated homes need?

Modular homes require a permanent foundation, such as a concrete slab, crawl space, or full basement, just like traditional stick-built homes.

How are prefabricated homes transported?

Modules are transported on flatbed trucks, often requiring special permits due to their oversized dimensions.

Once at the site, large cranes lift and precisely set the modules onto the prepared foundation. Prefabricated home kits for sale

Can I build a prefabricated home myself?

While full modular homes require professional contractors for assembly, kit homes a type of prefab are designed for DIY enthusiasts, arriving with pre-cut materials and instructions for owner assembly.

What are the challenges of building a prefabricated home?

Challenges can include securing permits, preparing the site especially for tricky terrain or remote locations, ensuring proper utility connections, and coordinating logistics for delivery and crane setup.

Do banks finance prefabricated homes?

Yes, modular homes typically qualify for the same construction loans and traditional mortgages conventional, FHA, VA, USDA as site-built homes once they are permanently affixed to the land.

What are the benefits of prefabricated construction over traditional building?

Benefits include faster construction times, more predictable costs, higher quality control due to factory conditions, reduced material waste, and often superior energy efficiency.

Are there any limitations to prefabricated home designs?

While highly flexible, design limitations can exist regarding module size for transport, requiring creative solutions for very wide or tall spaces. Unique designs like Dome House Kits might also face more stringent permitting processes.

Can prefabricated homes withstand extreme weather?

Yes, modular homes are engineered to be structurally robust, often stronger than stick-built homes due to the stresses of transportation, making them highly resistant to extreme weather conditions like high winds and seismic activity.

What’s the process for getting utilities connected to a prefab home?

Site work includes extending or connecting to existing utility lines for water, sewer/septic, electricity, and natural gas.

This is managed by the site contractor and local utility companies, similar to traditional construction.

Are prefabricated homes suitable for remote locations?

Yes, prefabricated homes can be an excellent option for remote locations, as much of the construction happens off-site. Expanding container homes

However, transportation logistics and connecting to utilities can be more complex and costly in such areas.

How does insulation work in prefabricated homes?

Insulation is often installed and sealed with greater precision in the factory environment than on a traditional site, leading to superior thermal performance and reduced air leakage, contributing to higher energy efficiency.

What are “panelized” homes?

Panelized homes are a type of prefabricated home where flat wall, floor, and roof panels are built in a factory and then shipped to the site for assembly by a local builder.

They offer a hybrid approach between modular and stick-built.

Can I get a basement with a prefabricated home?

Yes, modular homes can be placed on any type of permanent foundation, including full basements, walk-out basements, crawl spaces, or concrete slabs, just like traditional homes.