The term refers to the width dimension of a particular type of manufactured housing. Typically, these homes feature a rectangular shape, and the ‘single wide’ designation indicates a specific range of widths, differentiating them from wider, multi-section units. An example would be a manufactured home transported in one section measuring 12 to 18 feet across.
Understanding the standard width is essential for several reasons. It influences transport logistics, site preparation requirements, and interior design considerations. Historically, the dimensions were established to facilitate efficient highway transportation, balancing livable space with regulatory constraints. The width impacts affordability, with narrower designs generally requiring less material and being easier to maneuver during delivery.
The following sections will delve into the specific measurements, the regulations governing these dimensions, and the implications for space planning and overall cost-effectiveness. Further discussion will address variations in width and their impact on both the interior and exterior features of this type of dwelling.
1. Typical width
The dimension range of 12-18 feet represents the defining characteristic that distinguishes single wide manufactured homes from other types of manufactured or modular residences. It establishes fundamental parameters for design, transport, and regulatory compliance.
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Transportation Regulations
The 12-18 foot width falls within the legal limits for over-the-road transport in most jurisdictions without requiring oversized load permits. This avoids the significant cost and logistical challenges associated with wider loads, which necessitate special routing, escorts, and time-of-day restrictions. For example, a 16-foot wide unit can be transported relatively easily, whereas anything significantly wider demands more complex planning.
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Site Accessibility
A width within this range allows for easier maneuvering and placement on various property types. Narrower widths facilitate access to sites with limited road frontage, tighter turns, or pre-existing structures. A 14-foot wide unit can be placed on a lot where a double-wide or modular home could not be easily delivered due to space constraints.
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Material Costs and Affordability
The specified width range directly influences the amount of materials required for construction. Narrower units require less lumber, siding, roofing, and interior finishes, contributing to lower overall construction costs. This makes them a more affordable housing option compared to larger manufactured homes. A 12-foot wide model will typically be less expensive than an 18-foot wide one due to reduced material usage.
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Interior Space Planning
The width dictates the limitations and possibilities of interior layout and design. While the length of a single wide can vary, the restricted width necessitates careful space planning to maximize functionality and livability. Designing a kitchen, living room, and bedrooms within an 18-foot width, for instance, presents different challenges and solutions compared to a double-wide structure with greater width.
The 12-18 foot width range is therefore not merely a measurement but a crucial determinant of the economic viability, logistical feasibility, and design considerations that define the nature of single wide manufactured housing. This range balances the need for a habitable living space with the practical constraints of transport and affordability.
Frequently Asked Questions
This section addresses common inquiries regarding the dimensions of single wide manufactured homes, offering clarity on aspects related to size, regulations, and practical considerations.
Question 1: What is the generally accepted width range for a single wide manufactured home?
The accepted width typically ranges from 12 to 18 feet. This dimension is a defining characteristic, differentiating these homes from double wide or modular structures.
Question 2: Does the stated width include exterior features such as siding or eaves?
The specified width usually refers to the main body of the structure, excluding minor protrusions like siding or eaves. These exterior features may add a few inches to the overall measurement.
Question 3: How does the width affect transportation regulations and permitting?
The width is a critical factor in transportation regulations. The 12-18 foot range generally allows for legal highway transport without requiring special over-width permits in most jurisdictions. Exceeding this width may necessitate specialized transport arrangements, incurring additional costs.
Question 4: Does the width dimension influence the cost of the manufactured home?
The width directly impacts material requirements and, consequently, the cost of construction. Narrower homes generally require less material, contributing to lower overall expenses compared to wider models.
Question 5: How does the width limit or enhance interior design options?
The width significantly shapes interior design possibilities. The limited width requires careful space planning to maximize functionality. While length can vary, the width imposes constraints on room sizes and layouts.
Question 6: Are there variations in width within the single wide category, and what are the implications?
Variations exist within the 12-18 foot range. A slightly wider model provides more interior space but may incur higher material costs. Understanding these variations is crucial for selecting the appropriate model based on individual needs and budget.
In summary, the width of a single wide manufactured home is a critical factor influencing transportation, cost, and design. Awareness of the standard dimensions and their implications is essential for making informed decisions.
The subsequent section will discuss specific design considerations relevant to single wide manufactured homes.
Navigating Dimensions
Effective planning and execution are paramount when dealing with single wide manufactured homes. The following tips offer essential guidance regarding their specific dimensional characteristics.
Tip 1: Verify Local Regulations: Prior to purchase, confirm width restrictions and transportation requirements with local authorities. Regulations vary significantly, potentially impacting transportation feasibility.
Tip 2: Accurately Measure the Site: Ensure the building site accommodates the specified width. Account for setbacks, easements, and access routes to guarantee successful placement.
Tip 3: Optimize Interior Layout: Employ space-saving design strategies to maximize livability within the constrained width. Multi-functional furniture and efficient storage solutions are essential.
Tip 4: Consider Transportation Costs: Factor transportation expenses into the overall budget. Over-width permits or specialized transport services increase costs significantly.
Tip 5: Assess Foundation Requirements: Ensure the foundation system is appropriately sized and designed to support the width. Improper foundations compromise structural integrity.
Tip 6: Plan for Utility Connections: Coordinate utility hookups (water, sewer, electric) based on the width and site layout. Proper planning prevents costly relocation or modification.
Tip 7: Evaluate Resale Value: Understand the market demand for various width models. Wider single wides may offer slightly better resale potential due to increased interior space.
These tips emphasize the significance of meticulous planning and adherence to regulations. Careful consideration of these factors will optimize the experience with single wide manufactured homes, mitigating potential complications and ensuring a successful outcome.
The concluding section will provide a summary of key considerations and resources for further information.
In Summary
This exploration of how wide are single wide trailers has underscored the significance of width as a defining characteristic. The dimensional range dictates transportation logistics, site suitability, and overall affordability. Furthermore, the article has highlighted the interplay between width and interior design, urging careful space planning to maximize utility within the given constraints. Key considerations encompass adherence to local regulations, accurate site measurement, and informed budgeting, accounting for potential transportation costs and foundation requirements. These factors collectively influence the decision-making process and contribute to a successful outcome.
The established width parameters represent a balance between regulatory compliance, transport efficiency, and habitable space. A thorough understanding of these dimensions enables informed choices, ultimately ensuring a cost-effective and structurally sound housing solution. Continued awareness of evolving regulations and innovative design strategies is essential for maximizing the potential of this housing type. The impact of the width extends beyond mere measurement; it shapes the entire lifespan of the dwelling, from initial transport to long-term livability.
