How to Draw an RV Park Site Plan with Atlas

The most effective RV park site plan starts with your actual parcel on an accurate aerial base map — not a generic grid — so every road, site, and setback reflects the real constraints and opportunities of your specific land before a single dollar is committed to construction.

If your RV park site plan exists only in a contractor's head, as a rough sketch on graph paper, or in an expensive CAD file that only your engineer can modify, you're missing the spatial control that lets developers and operators make informed decisions quickly and present plans confidently to investors, planners, and permit authorities. That's why RV park developers ask: how do we draw a site plan for our park that's accurate enough for planning and permitting but accessible enough that we can iterate without calling an engineer every time?

With Atlas, you can draw a complete RV park site plan in your browser — importing your parcel boundary, tracing roads and sites over aerial imagery, annotating dimensions, and exporting a print-quality PDF — without CAD software, GIS training, or a land planning firm for every revision.

Here's how to draw it step by step.

Why a Browser-Based RV Park Site Plan Changes the Planning Process

A site plan you can draw, revise, and share yourself transforms the planning phase from a costly back-and-forth with consultants into a rapid design iteration process you control.

A browser-based RV park site plan isn't a substitute for an engineered stamped document — it's the spatial planning tool that makes the engineering phase faster, cheaper, and more likely to produce a plan you're satisfied with.

Step 1: Import Your Parcel and Set Up the Base Map

Atlas makes it easy to start with an accurate geographic foundation:

• Import your parcel boundary as a GeoJSON or KML from your county assessor's GIS portal, a surveyor's file, or by manually tracing the parcel boundary on Atlas's satellite imagery
• Load aerial or satellite imagery as the base layer — Atlas's built-in imagery shows your actual land, including tree cover, drainage patterns, slopes, and any existing structures at sufficient detail for planning purposes
• Add neighboring parcel boundaries if available, so your setback zones are clearly anchored to real property line locations rather than approximate positions
• Mark existing infrastructure — utility easements, access road locations, overhead lines — as labeled line features that constrain site placement before the design begins
• Set up a scale reference by drawing a known distance and verifying it matches Atlas's measurement tool, confirming your base map is at the correct scale before you start drawing

With your real parcel accurately loaded, every polygon you draw reflects real-world geometry rather than abstract shapes on a blank canvas.

Step 2: Draw Roads and Circulation First

Next, lay out the road network before placing any sites:

You can build your circulation system layer by layer:

• Draw the main entrance road from the public road access point to the registration area, at the correct planned width as a polygon (not just a centerline) so you can see how much parcel area it consumes
• Sketch primary loops as closed polygons showing the full road surface width for each loop, not just the centerline geometry
• Add pull-through lanes as parallel road polygons separated by a center island, sized to the correct entry, pad, and exit lengths
• Draw service road connections linking maintenance areas, dump stations, and utility infrastructure to the main circulation system
• Mark turnaround areas at dead ends as polygons sized to the turning diameter required for your largest expected rig

Drawing roads as area polygons rather than lines gives you an immediate visual read on how much land the road network consumes — often the most surprising finding in the first iteration of a site plan.

Step 3: Draw Individual Sites at Correct Dimensions

To populate your loops with accurately sized sites:

1. Draw each site as a rectangle at its planned width and depth — 24×65 feet for a standard back-in, 24×100 feet for a full-size pull-through — using Atlas's polygon tool with snap-to-grid precision
2. Angle back-in sites off the loop road centerline at 20–30 degrees to ease backing maneuvers, adjusting the rectangle orientation to match the planned backing angle
3. Number each site in the site's record panel using a consistent scheme — loop letter plus sequential site number (A-1, A-2, etc.) — that matches your planned signage
4. Assign site type (back-in electric, pull-through full-hookup, premium, tent) in the record panel so site counts by type are queryable directly from the map
5. Check slide-out clearance between adjacent sites by verifying there's at least 3 feet between site boundaries — visible immediately on a scale drawing, invisible on a sketch

Each drawn site reflects its real planned footprint, so site count is an accurate output of the layout rather than an aspirational estimate.

Step 4: Add Amenity Buildings and Infrastructure Features

To complete the site plan with non-site elements:

• Draw bathhouse and laundry buildings as polygons at their planned footprint dimensions, positioned at the service locations determined in your circulation plan
• Mark utility pedestals as point features at their planned locations within each site, offset from the road side of the site by the correct setback distance
• Add dump station pads as polygons at their planned dimensions with adequate pull-through or pull-alongside access geometry
• Draw the camp store and registration building footprints near the entrance with appropriate parking and pull-through space for the registration process
• Mark planned playground, recreation area, and pool zones as polygon features showing their allocated footprint relative to surrounding sites

Also read: How to Plan Utility Layouts for an RV Park

Step 5: Annotate Dimensions and Add Legend Elements

To make your site plan useful as a permit and contractor document:

• Add dimension annotations at all critical measurements — road widths, site dimensions, setback distances, turnaround diameters — as labeled line features that a contractor can read directly from the map
• Create a site type legend listing each site type with its planned dimensions, hookup configuration, and rate tier so the plan communicates your site mix clearly
• Label all sections and loops with the names or letters that will appear on signage so the plan anticipates the wayfinding system
• Note setback zones as labeled buffer polygons showing the distance from property lines, roads, and environmental features that no improvements may cross
• Add a north arrow and scale bar so the plan is usable as a standalone document without additional orientation context

A well-annotated site plan communicates your intent clearly enough that a contractor can build from it and a planning board can evaluate it without additional explanation.

Step 6: Export and Share Your RV Park Site Plan

Now that your site plan is complete:

• Export a PDF at a standard engineering scale (1"=40' or 1"=50' for most RV parks) suitable for permit applications, investor presentations, and contractor briefings
• Share a live link to the Atlas map with your civil engineer, who can use your layout as the spatial input for the stamped engineering drawings required for permits
• Present the layout to investors via a shared Atlas link they can zoom and explore on any device, showing the spatial logic of your development program more compellingly than a static PDF
• Submit to local planning as a preliminary concept plan to identify any jurisdictional concerns before investing in formal engineering
• Keep the Atlas plan as your operational site map after construction, updating it as built conditions differ from planned conditions and as new sections are added over time

Your RV park site plan becomes both the development document and the living operational record for the life of your park.

Use Cases

Drawing an RV park site plan in Atlas is useful for:

• Developers in the conceptual planning phase who need to test multiple site configurations on their parcel before selecting a layout to take into formal engineering
• Existing park operators planning a section addition or redesign who need a current-state site plan to work from before engaging a land planner
• RV park investors and buyers assessing whether a potential acquisition's layout is efficient, expandable, and appropriate for the target market
• Permit applicants preparing a preliminary concept plan for a pre-application conference with local planning authorities
• Park managers who need a current, accurate operational site map to use for staff training, guest assistance, and site assignment management

It's essential for any RV park project where having an accurate, revisable, shareable spatial plan makes the difference between a smooth development process and an expensive one.

Tips

• Draw roads as polygons, not lines — seeing the actual surface area consumed by roads is the most important insight the first layout iteration usually produces
• Start with your largest constraint — if your parcel has a significant slope, drainage feature, or utility easement, design around it first before filling in the rest of the layout
• Keep a copy of each major iteration by duplicating your map layer before making significant changes, so you can return to a previous configuration if the new direction doesn't work out
• Share early with your civil engineer — a browser-based Atlas layout is a far more useful starting point for the engineering phase than a hand sketch, and engineers consistently produce better work when given a spatially grounded starting point
• Validate site count from the drawing, not from the financial model — the number of sites that actually fit at correct dimensions on your real parcel is often different from what the revenue model assumed

Drawing an RV park site plan in Atlas replaces weeks of consultant back-and-forth with an afternoon of direct spatial planning — producing a layout that's accurate, shareable, and ready to support the next step of your development process.

RV Park Planning with Atlas

A site plan you can draw, iterate, and share yourself is one of the most powerful tools in the RV park developer's toolkit — and Atlas makes it accessible without CAD software or GIS expertise.

Faster Iterations, Better Decisions

You can:

• Redraw a loop configuration in minutes rather than waiting days for a consultant revision
• Compare two site plan options side by side by sharing links to alternate layout versions
• Count sites, measure road areas, and check setbacks directly from the drawing without switching tools

Also read: RV Park Layout Dimensions: A Planning Guide

One Plan for the Whole Project Lifecycle

Atlas lets you:

• Use the same site plan for investor presentations, permit applications, contractor briefings, and ongoing operations
• Update the plan as built conditions differ from design and as the park evolves over time
• Publish a guest-facing version from the same map without redrawing anything

That means your site plan is never out of date, and you're never maintaining a planning version, a permit version, and an operations version as three separate documents.

Site Planning Without the Complexity

Whether you're drafting a concept for a 30-site boutique park or a detailed layout for a 300-site resort, Atlas scales to your planning needs.

It's RV park site planning — designed for the developer who wants spatial control without CAD complexity.

Plan Your RV Park Site with the Right Tools

A well-drawn site plan is the most important deliverable in the RV park planning process — and it should be something you can produce, revise, and share yourself.

Atlas gives you the spatial tools to make it happen.

In this article, we covered how to draw an RV park site plan with Atlas — from parcel import and road layout to site drawing, annotation, and export for permits and operations.

From concept planning to operational map publishing, Atlas supports the complete RV park site plan lifecycle — all from your browser.

So whether you're drawing your first concept or refining an existing layout for a permit application, Atlas helps you move from "rough sketch" to "accurate, shareable site plan" faster.

Sign up for free or book a walkthrough today.