Guests at an RV park in Pecos treat Wi-Fi the way they treat water and power. If it is in the listing, they expect it to work at the far pad at 8 p.m. when half the row is streaming. A consumer mesh kit on the office roof does not do that. Metal skins bounce the signal, and distance and mounting height do the rest. An access point built for a closet in Lubbock will not last a summer on a pole in Reeves County.
The lot is the coverage problem, not the office
Indoor access points are built to push signal through drywall. An RV pad is a gravel row of metal boxes. Most RVs block a lot of signal: what hits the skin reflects, and what makes it through a window is already weak. Amenity Wi-Fi covers the lot and the outdoor space. Do not promise strong coverage inside a guest's rig from a pole outside.
So you cover the outdoor space around the units. Place outdoor-rated access points along the rows, on poles or building corners, at a height that puts the antenna near RV-roof level rather than two stories above it. Too high and you overshoot the pads. Too low and trucks and the next RV shadow the site behind them.
Spacing follows the row, not a circle on a marketing drawing. Plan overlap so a guest walking from the office to the far pad stays connected, then confirm it with a walk, not a coverage circle from a datasheet. 2.4 GHz reaches farther and is what older devices still use. 5 GHz is cleaner and shorter. If you promise usable 5 GHz at the far pad, size the AP count for that band, not the 2.4 GHz range on the box.
One outdoor AP per pad is almost never the answer. That many radios in one lot mostly interfere with each other. Fewer outdoor units, placed correctly with overlap, beat a cheap unit on every pedestal.
Wire the backhaul if you can
Every access point still needs a path back to the internet.
A wired backhaul, Cat6 or fiber to each pole, gives each AP its own pipe. Copper Ethernet is limited to 100 meters (about 328 feet), so a long row usually needs fiber or a mid-lot switch in a weatherproof enclosure. Fiber in conduit across a gravel lot is the right answer when you can trench or plow it once.
Mesh is the fallback when you cannot pull cable. Each wireless hop shares airtime with the guests, so throughput drops as you add hops. On a daisy-chained mesh, one dead radio takes the units behind it offline. Mesh can cover a small park. It is a poor plan for a permanent row you advertise as fast Wi-Fi. If you mesh, keep hops short and use a dedicated backhaul radio when the hardware allows it.
Billing belongs on a portal
A single Wi-Fi password on a whiteboard at the office is how one guest saturates the circuit while twenty others complain. A captive portal is the normal way to run amenity Wi-Fi.
Guests hit a splash page and get on with a voucher, a pad code, or a paid session. You can cap speed per device, set a session length that matches the stay, and kill a code at checkout. Guest Wi-Fi belongs on its own VLAN, with no path to the camera recorder or the front-desk PC. That split does not keep guests from filling a shared internet circuit. Size the circuit for the busy hour and cap guest bandwidth so the office still has a way out.
Heat and lightning will kill indoor gear outdoors
Pecos in July cooks an indoor access point on a pole. Dust packs the vents and the Ethernet jack. Lightning does not have to hit the pole. A nearby strike can couple onto the Ethernet run and take out the radio, the PoE injector, and sometimes the switch in the office.
Use outdoor-rated hardware, not an indoor unit in a plastic box. Mount with a sun shield or under an eave where you can. Drip-loop the cable and keep cable glands tight so caliche dust stays out of the jack. Put an Ethernet surge protector at the AP and another at the switch, and bond the pole, enclosure, and protectors into the site's electrical grounding system as the NEC and the manufacturer require. A separate, unbonded ground rod can put a voltage difference across the Ethernet and pull a surge into the office. Many manufacturer warranties exclude lightning and surge damage, which is why grounding and surge protection belong in the install.
Who we are
West Texas Wi-Fi & Networking is a veteran-owned contractor in Lubbock. We design and install commercial Wi-Fi, cameras, access control, and cabling across West Texas, and we hold a Texas Department of Public Safety security license (B31108601) for the camera and access control work. If you want a second set of eyes on your building, book a free site survey or call (806) 370-9434.