How to Design an RV Storage Facility Layout

The most effective RV storage facility layout maximizes the number of units on your land without compromising the drive aisle widths and turning radii that make the facility usable for the 40-foot motorhomes and fifth-wheels your customers actually own.

If your storage layout was sketched on a napkin or copied from a generic template without measuring how many units your specific parcel geometry actually supports, you're probably leaving revenue on the table — or worse, building a facility where customers can't maneuver their units into the bays without a spotter. That's why RV storage developers ask: how do we design a layout that maximizes unit count on our specific parcel while keeping drive aisles wide enough that customers never scratch their rigs?

With Atlas, you can design your RV storage facility layout on an accurate aerial map of your parcel, drawing bays at correct dimensions, testing different aisle configurations, and calculating unit counts from the drawing — all before committing to grading or permitting.

Here's how to design it step by step.

Why Accurate Layout Design Matters for RV Storage Facilities

An RV storage facility is a density puzzle — every foot of drive aisle width you add reduces unit count, and every foot you subtract creates operational problems that frustrate customers and generate liability.

An accurate RV storage layout designed before permits saves far more in redesign and construction change costs than the time it takes to draw it correctly.

Step 1: Import Your Parcel and Identify the Buildable Area

Atlas makes it easy to establish your actual available design area:

Import your parcel boundary from a county GIS file, surveyor's document, or by tracing satellite imagery of the property
Draw your required setbacks as buffer polygons inside the parcel boundary — typically 5–15 feet from property lines depending on local zoning — so your design stays within the buildable area from the first stroke
Mark existing easements — utility corridors, access easements, drainage easements — that constrain where bays and aisles can be placed
Note the slope and drainage direction of your parcel since RV storage bays need to drain away from stored units and toward perimeter drainage structures
Identify your access point from the public road and plan the gate and entrance configuration before designing the interior layout, since the entrance geometry constrains the first aisle position

With your buildable area clearly defined, you know exactly what you're designing within before drawing the first bay.

Step 2: Choose Your Bay Orientation and Aisle Configuration

Next, determine the spatial logic that will govern your entire layout:

Standard RV storage bay orientations include:

Perpendicular bays with center aisle — bays on both sides of a central drive aisle, with vehicles parked nose-in; efficient but requires wider aisles for the largest units
Angled bays — bays set at 45–60 degrees to the aisle, reducing the turning radius required for entry but consuming more length per row
Drive-through rows — rows where vehicles can enter from one end and exit from the other without reversing; requires more land per unit but dramatically improves customer experience for large rigs
Double-loaded aisles — a single drive aisle serving bays on both sides, maximizing unit density but requiring careful aisle width selection for the largest vehicles
End-loaded rows — units stored end-to-end in long rows with access from one end only, useful for odd-shaped parcels where width is limited but length is available

Choose the configuration that best matches your parcel geometry and target vehicle sizes before drawing individual bays.

Step 3: Draw Bays at Correct Dimensions

To design a facility that accommodates modern RVs:

Standard outdoor bays — 12 feet wide × 40 feet deep for travel trailers and smaller Class C motorhomes; adequate for the lower price tier
Large outdoor bays — 14 feet wide × 50 feet deep for Class A motorhomes and large fifth-wheels, the dominant vehicle in premium RV storage markets
Extra-large bays — 16 feet wide × 60–65 feet deep for the largest Class A motorhomes with a tow vehicle, commanding a significant rate premium
Covered carport bays — typically 14–16 feet wide × 45–50 feet long under a metal carport structure; dimensions constrained by carport manufacturer standards
Enclosed building bays — 14–16 feet wide × 50–60 feet deep inside a fully enclosed metal building; highest-rate tier with the most dimensional constraints due to structural column placement

Draw each bay type as an accurately sized rectangle and arrange them in rows — the count of bays that fit is an output of the drawing, not an assumption.

Step 4: Set Drive Aisle Widths for Your Largest Vehicles

To ensure customers can access bays without contact incidents:

Perpendicular bay aisle width — 30 feet minimum for units up to 30 feet long; 35–40 feet required for bays serving 40-foot-plus Class A motorhomes so they can turn into the bay from the aisle without a multi-point maneuver
Angled bay aisle width — 20–24 feet for 45-degree angled bays serving units up to 40 feet long; aisles can be narrower because the angled entry reduces the turning demand
Drive-through row spacing — 20 feet between drive-through rows is sufficient since vehicles enter and exit without turning
One-way vs. two-way — one-way aisle configuration allows narrower aisles (20 feet) if the traffic pattern is clearly marked; two-way requires 28–30 feet minimum for large RV traffic
End-of-row turnaround — every dead-end aisle requires a turnaround area of at least 80 feet in diameter for a 45-foot motorhome; or a three-point turn zone with at least 100 feet of clear space

Also read: How Many RV Storage Spots Per Acre Can You Fit?

Step 5: Design the Security Perimeter and Access Control

To complete the facility layout with security infrastructure:

Draw the fence line inside your setback boundary around the full perimeter of the storage area, noting gate locations at primary and secondary access points
Position the entry gate with a keypad or card reader location set back from the public road enough that a 65-foot combination vehicle can be fully off the road while the gate opens
Add a secondary exit gate if your aisle configuration creates a dead-end that would trap vehicles in a fire or equipment failure scenario
Mark camera coverage zones as cone-of-view polygons from planned camera positions, confirming that the full perimeter fence line and all aisle intersections fall within coverage
Plan the management office or kiosk location with direct sightlines to the entrance gate and parking for customers visiting the office without entering the storage yard

A security perimeter designed on your layout map ensures coverage is complete before any fencing or camera infrastructure is purchased.

Step 6: Calculate Unit Count and Revenue Potential from the Drawing

Now that your RV storage layout is drawn:

Count units by type directly from your map — standard bays, large bays, covered bays, enclosed bays — to get your actual planned unit count rather than an estimate
Calculate gross revenue potential by multiplying unit count by type against your planned monthly rates to confirm the facility meets your financial model targets
Check density (units per acre) against the benchmarks for your layout type to confirm you're not significantly under-building relative to what well-designed competitors achieve on similar parcels
Export a PDF of the dimensioned layout for your permit application and for use in conversations with lenders who need to see the facility design before approving a construction loan
Share the layout with your grading and paving contractor for a preliminary construction cost estimate based on actual planned road surface area and grading scope

Your layout is both a design document and a financial validation tool.

Use Cases

Designing an RV storage facility layout in Atlas is useful for:

Self-storage developers adding RV storage to an existing facility who need to design the RV section as a distinct zone with appropriate bay sizes and aisle widths
Greenfield RV storage developers planning a dedicated facility who need to validate site capacity before purchasing a parcel or commissioning formal engineering
RV park operators adding a storage component to an existing park who need to see how the storage layout interacts with the park's existing road network and site boundaries
Real estate investors evaluating the development potential of a parcel for RV storage, needing a realistic unit count estimate to underwrite the acquisition
Municipal planners reviewing conditional use permit applications for RV storage facilities who need a clear, dimensioned site plan to evaluate against zoning standards

It's essential for any RV storage project where unit count, aisle functionality, and financial viability all need to be validated before construction costs are committed.

Tips

Design for a 45-foot Class A as your largest vehicle even if your current customer mix skews smaller — RV lengths trend larger over time, and future-proofing your aisle widths costs almost nothing at the design stage
Test your aisle width by drawing the turning path of your largest vehicle into a bay as an arc in Atlas — if the arc crosses into the adjacent bay, the aisle is too narrow
Prioritize drive-through configuration for your premium bays even if it costs you a few units — premium customers paying the highest monthly rates are least tolerant of maneuvering difficulties
Plan for 10% vacancy in your financial model regardless of what your market analysis shows — a facility that's financially viable at 90% occupancy is far more bankable than one that only pencils out at 100%
Check your local zoning for RV storage-specific regulations before finalizing the layout — some jurisdictions limit bay heights, require screening walls along road frontages, or restrict drive-through configurations

An accurately designed RV storage layout in Atlas is the most important planning artifact in your development process — validating unit count, aisle functionality, and financial viability before a dollar of construction cost is committed.

RV Storage Facility Planning with Atlas

Designing an RV storage facility to maximize revenue density while maintaining the usability that keeps customers renewing month after month requires spatial precision — and Atlas gives you that precision on your actual parcel.

Count Units from the Drawing, Not the Estimate

You can:

Draw bays at accurate planned dimensions and count units by type directly from the completed layout
Test different aisle width configurations and see immediately how each choice affects unit count and drive maneuverability
Export a dimensioned PDF for permit applications and lender presentations from the same map you used to design the facility

Also read: How to Design a Campground Layout in Atlas

From Design to Operations in One Platform

Atlas lets you:

Use the same facility layout for development planning, permit documentation, security planning, and ongoing operational management
Add customer unit assignments to the map so your operations team knows who is in every bay
Publish a facility map for customers showing their bay location, gate procedures, and office hours

That means no more maintaining separate design, permit, and operations documents that gradually diverge.

RV Storage Design Made Practical

Whether you're designing a 50-unit facility on a small parcel or a 400-unit multi-phase development, Atlas scales to your planning needs without CAD expertise.

It's RV storage facility design — built for the developer who wants to know unit count and financial viability before the first dollar of engineering fees.

Design Your RV Storage Facility with the Right Tools

An RV storage facility's long-term revenue depends on a layout that maximizes unit density without compromising the usability that keeps customers from leaving for a competitor with wider aisles.

Atlas gives you the tools to achieve both.

In this article, we covered how to design an RV storage facility layout — from parcel setup and bay configuration to aisle widths, security perimeter design, and unit count validation.

From concept planning to permit documentation and operational map publishing, Atlas supports the complete storage facility design process — all from your browser.

So whether you're designing your first storage facility or adding RV bays to an existing operation, Atlas helps you move from "I think we can fit about 80 units" to "we've drawn 94 units at correct dimensions and verified the aisles work" faster.