How to Plan Utility Layouts for an RV Park

The most effective RV park utility layout integrates electrical service, water distribution, sewer collection, and WiFi infrastructure with your site plan from the beginning of the design process — not as an afterthought that requires expensive rerouting when trenches are already dug.

If your utility infrastructure is planned separately from your site layout by a contractor who has never walked your site with your site plan in hand, you're likely to end up with utility runs that cross active sites, pedestals positioned for installer convenience rather than guest usability, and WiFi nodes located where the contractor's truck was parked rather than where coverage analysis says they should be. That's why RV park developers ask: how do we plan utility infrastructure in the context of our actual site layout, so everything connects logically and is sized correctly before construction begins?

With Atlas, utility planning is a layer on your existing site plan — draw electrical runs, water mains, and sewer lines as overlays on the site map where you've already placed your roads, sites, and amenity buildings, so every infrastructure decision is spatially grounded in the layout it's serving.

Here's how to plan it step by step.

Why Utility Planning in Spatial Context Matters

Utility infrastructure planned without a site plan produces systems that serve the sites they were designed around — not the sites that actually got built.

Utility infrastructure planned in spatial context with your site layout is built right the first time — reducing construction change orders and eliminating the operational problems that result from infrastructure that wasn't designed for the sites it's serving.

Step 1: Add Utility Infrastructure to Your Site Plan as Layers

Atlas makes it easy to build utility planning on top of your existing site layout:

Create a separate layer for each utility type — electrical, water, sewer, WiFi — so you can display and edit each system independently without visual clutter
Mark the utility service entry point for each system — the location where power enters from the utility company, where the water main connects to the municipal supply or well, where the sewer exits to the treatment system
Draw your distribution network from the service entry point outward through the park, routing along road shoulders and easements that don't conflict with site boundaries
Position service points for each site — electrical pedestals, water connections, sewer cleanouts — at their planned locations relative to the hookup end of each site polygon
Mark utility building locations — electrical service panels, pressure tanks, lift station, WiFi network equipment — on the map at their planned footprint locations

With utility layers built on top of your site plan, every infrastructure decision is evaluated in the context of the sites it's serving.

Step 2: Plan the Electrical Distribution System

Next, design the electrical infrastructure that powers every site:

For a typical RV park electrical system:

Establish your service entry point — where the utility company's transformer connects to your park's distribution system, typically at a pad-mounted transformer near the park entrance
Design your distribution backbone — the primary feeder circuit running from the service entry through the park, sized for the total connected load of all sites at peak demand
Plan subpanel locations — electrical subpanels positioned to serve clusters of 20–30 sites each, minimizing secondary feeder lengths and voltage drop
Position site pedestals — 30-amp and 50-amp pedestals located at the hookup end of each site, typically 15–20 feet from the road edge, confirmed against your site polygon layout
Mark conduit routes — underground conduit paths running from subpanels to individual pedestals, routed along road shoulders away from site areas to minimize conflict with site use

Draw all electrical elements at their planned locations on your Atlas site plan layer so the electrical contractor has a spatial reference for every component, not just a list of specifications.

Step 3: Design the Water Distribution System

To plan potable water distribution across your park:

Identify your water source — municipal connection point, well location, and pressure tank — and mark it on the map
Design your distribution main — a loop main or dead-end main running through the park at a size appropriate for peak simultaneous demand from all connected sites
Plan branch connections to each loop or section, sized for the number of sites served and the hookup configuration (full hookup versus electric only)
Position water connection points at each full-hookup site at the planned location relative to the site's hookup end
Add isolation valves at main connection points, branch tees, and section entries so any section can be isolated for maintenance without shutting off the full park's water supply

Mark all water distribution elements in Atlas's water layer on top of your site plan, confirming that water service points align with the hookup ends of the sites they're serving.

Step 4: Plan Sewer Collection and Disposal

To design waste collection infrastructure:

Confirm your disposal method — connection to a municipal sewer system, a septic system, or a dump station-only park — since the infrastructure design differs significantly for each
Design collection mains routed to take advantage of natural topographic slope for gravity flow whenever possible, with pump stations where topography requires lifting
Connect to individual sites with cleanout risers at the hookup end of full-hookup sites, positioned to match your water connection layout
Plan dump station locations at accessible locations for sites without sewer hookups, with adequate pull-through or pull-alongside geometry for large rigs
Size the septic or treatment system based on the total number of connected sites and the peak daily flow your occupancy model produces

Also read: RV Park Layout Dimensions: A Planning Guide

Step 5: Plan WiFi Coverage Across Your Layout

To design a WiFi system that serves guests across your full site footprint:

Map your site layout with all physical structures, dense tree areas, and significant topographic features that affect WiFi signal propagation
Identify your internet service entry — where fiber, cable, or fixed wireless broadband connects to your park's internal network distribution system
Plan access point locations positioned to provide overlapping coverage across your site clusters, accounting for the signal attenuation effect of dense tree cover and building materials
Draw coverage zones as approximate circles from each planned access point location to confirm that every site falls within adequate coverage range
Plan the distribution network of underground conduit and cable connecting your router to each access point, routed alongside your electrical distribution where possible

WiFi coverage planned against your actual site layout confirms coverage before equipment is purchased, not after an installer discovers a dead zone in loop C.

Step 6: Coordinate Utility Sequencing with Construction Phases

Now that your utility infrastructure is fully planned in Atlas:

Sequence utility installation to precede the site construction it serves — electrical conduit should be in the ground before pavement is poured over the road shoulders it runs beneath
Coordinate trench routing across all utility systems to minimize the number of separate trenching mobilizations — running electrical conduit and water line in the same trench where routes align reduces construction cost significantly
Export utility layer PDFs for each system as separate documents for the respective contractors, showing their specific infrastructure in relation to the overall site layout
Mark utility as-built locations in your Atlas map as construction completes, recording actual field locations which often differ slightly from planned positions due to field conditions
Use utility layer as the reference for any future maintenance, repair, or expansion work so crews know where infrastructure runs before digging near it

Your Atlas site plan with utility layers becomes the definitive infrastructure reference for the life of the park.

Use Cases

Planning utility layouts for an RV park in spatial context matters for:

New RV park developers who want to coordinate site layout and utility infrastructure design simultaneously rather than sequentially, avoiding the costly conflicts that result from designing them independently
Civil engineers working on RV park projects who benefit from a spatially grounded starting point showing planned site locations before beginning the formal utility design
Existing park operators planning infrastructure upgrades who need to understand the current system layout before designing extensions or replacements
RV park investors assessing whether an existing park's utility infrastructure is adequate for expansion or requires capital investment before acquisition
Campground consultants delivering integrated site plan and infrastructure planning documents to developer clients

It's essential for any RV park project where utility infrastructure is a significant portion of the development budget and where routing errors discovered during construction are expensive to fix.

Tips

Design utility routes in the road shoulder from the beginning — placing utility conduit and pipe in road shoulders rather than beneath site areas preserves access for maintenance and avoids conflicts with site improvements
Oversize your distribution mains by at least one pipe size relative to current load calculations — future expansion, peak demand surprises, and pressure maintenance are all easier with oversized distribution than with correctly-sized mains that leave no headroom
Plan isolation valves generously — the ability to shut off water or power to a single loop without affecting the rest of the park is worth the incremental cost of additional valves at every branch connection
Walk the utility routes with your contractors before committing — routes that look clean on a site plan sometimes encounter underground obstacles, grade changes, or access constraints that aren't visible in satellite imagery
Document utility locations as-built before paving and landscaping cover them — undocumented utility locations that are covered by road or site improvements become very expensive to find when maintenance is needed years later

Planning utility infrastructure on your Atlas site plan — in spatial context with your roads, sites, and amenity buildings — produces a system that's designed for the park you're building, not for a generic site.

RV Park Infrastructure Planning with Atlas

Utility planning that starts with your actual site layout produces infrastructure that connects to the right places, serves the right number of sites, and can be maintained without guesswork about where things are buried.

Infrastructure Planning in Spatial Context

You can:

Draw electrical, water, sewer, and WiFi layers on top of your existing site plan so every infrastructure element is positioned relative to the sites and buildings it serves
Confirm pedestal placement, water connection points, and sewer stub locations against your site polygon layout before committing to installation positions
Export utility layer PDFs for each contractor showing their system in the context of the overall site layout

Also read: How to Design a Campground Layout in Atlas

From Planning to Permanent Record

Atlas lets you:

Record as-built utility locations after construction, creating a permanent infrastructure map for the life of the park
Use the utility layer reference for future maintenance, expansion, and capital improvement planning without guesswork about what's underground
Share the infrastructure map with your civil engineer, utility contractors, and operations team through a single shareable link

That means no more "where does the water line run under the road?" questions answered with a shrug and a shovel.

Utility Planning That Serves the Park You're Building

Whether you're planning infrastructure for a 40-site boutique campground or a 400-site resort, Atlas gives you the layered mapping tools to do it in context with your site layout.

It's RV park utility planning — designed to produce infrastructure that fits the park, not the other way around.

Build Your RV Park's Infrastructure Right with the Right Tools

Utility infrastructure built without a site plan reference produces a park that works but costs more to maintain, more to expand, and more to fix when something breaks.

Atlas gives you the spatial tools to plan it right from the beginning.

In this article, we covered how to plan utility layouts for an RV park — from adding utility layers to your site plan to designing electrical, water, sewer, and WiFi infrastructure in spatial context with your sites and buildings.

From initial infrastructure planning to as-built documentation and future expansion reference, Atlas supports the complete RV park utility lifecycle — all from your browser.

So whether you're planning a new park's infrastructure or documenting an existing park's utility layout for the first time, Atlas helps you move from "I think the water line runs somewhere under the road" to "here's exactly where every utility runs, documented on the map" faster.