Several unrelated things stopped working at once. What causes that?

That pattern strongly suggests a surge rather than a component failure. Individual parts fail one at a time; a voltage transient travels through the coach and damages whatever electronics happen to be connected. If several unrelated boards died in the same storm, the useful question is what protection was in place, not what is wrong with each board.

Is a surge protector enough for lightning?

It protects against what comes up the shore power line, which is the common case and is genuinely worth having. It cannot protect against a direct strike, which is a different and much rarer event. For a long stay in Central Florida in summer, a surge or energy-management device is close to essential — but treat it as protection against the pedestal, not against the sky.

Does staying in one place for months cause problems?

A few specific ones. Shore power connectors degrade under continuous load and heat cycling, tyres develop flat spots and take UV damage, and seals dry out in sun without ever being flexed. None are dramatic, but they accumulate — which is why long-stay coaches benefit from a periodic look at things a travelling coach gets by accident.

Regional conditions

RV repair conditions in Orlando–Kissimmee, Florida

Electrical damage from surge and lightning, combined with air-conditioning wear from continuous duty over long stays.

The long-stay duty cycle and the surge exposure together. Where Tampa Bay is about water getting in, Orlando is about what happens electrically when a coach sits plugged into the same pedestal for weeks in the most lightning-prone part of the country. Those are different service categories on the same peninsula, which is why both markets are here.

This is not a coverage claim

This page describes what Orlando–Kissimmee does to an RV. It is not a statement that we have a technician here — we have none signed anywhere yet. Nothing on this site dispatches, routes or matches anyone.

Why this market is on the list

Ten markets were selected, each with a different dominant failure mode. These are the specific reasons this one qualified.

The Orlando–Kissimmee corridor holds one of the highest concentrations of destination RV resort capacity in the country, driven by theme-park tourism and characterised by long stays rather than overnight stops.
Source Florida RV park and campground concentration; StorageCafe RV destination analysis
Central Florida experiences among the highest lightning strike densities in the United States, concentrated in the summer convective season.
Source Documented Central Florida lightning climatology

Climate and what it does

Humid subtropical with intense daily convective activity from late spring through summer. Afternoon thunderstorms are near-daily in season, with frequent lightning and brief heavy rain. Winters are mild and are the peak visitor season.

Peak demand: June through September for electrical and surge damage; the winter months for the arrival of long-stay seasonal residents.
Freeze risk: Low. Occasional cold snaps reach freezing, and because they are rare they catch out coaches with exposed plumbing in unheated bays — but freeze is not the defining risk here.

Corridors and access

I-4 — the primary artery through the metro, linking Tampa to Daytona and carrying most RV traffic to the resorts
Florida’s Turnpike — the north–south toll route connecting to South Florida and the Ocala corridor
US-192 — the Kissimmee corridor that most of the region’s RV resort capacity sits along
SR-417 and SR-429 — the beltways that RV service travel actually uses to avoid I-4 congestion

Good. Destination resorts are built for large coaches, with wide paved roads and full hookups, and access for a service vehicle is typically straightforward. The practical friction is traffic on I-4 rather than the sites themselves, which affects scheduling windows more than it affects the work.

Before you call, here

Photograph any fault code or history stored on your surge protector or energy-management device
Note whether the problem began during or immediately after a storm, which points at surge rather than wear
Record how long the coach has been on the same pedestal, since long stays expose connection degradation
List what stopped working — surge damage often takes out several unrelated boards at once, and that pattern is diagnostic

Work through triage to turn that into a written brief, then request a technician — or take the brief to one you found yourself. It works either way.

Systems that matter most here

RV electrical diagnostics
Whether the fault is at the pedestal, in the cord, or inside the coach.
RV air conditioner repair
Whether the unit has a serviceable fault or has reached end of life.
RV refrigerator repair
Whether this is a supply fault, a ventilation fault, or a failed cooling unit.
RV roof leak repair
Whether this is sealant maintenance or structural damage that has already started.

Where Orlando–Kissimmee changes the diagnosis

RV electrical diagnostics in Orlando–Kissimmee
Whether to diagnose several simultaneous failures individually, or to treat them as one event with multiple casualties.

Places within this market

These are not the largest cities in the region. They were chosen because each one faces something the others do not.

Orlando82 ft
Lightning density. Central Florida records among the highest strike frequencies in the United States, concentrated in the summer convective season, and the resulting surge damage has a distinctive signature — several unrelated electronic boards failing simultaneously — that is diagnostically different from ordinary component failure.
Kissimmee65 ft
Corridor concentration. Kissimmee’s RV capacity is strung along US-192 in large destination resorts rather than dispersed across the metro, which produces the easiest service logistics in this market and the tightest scheduling — dozens of coaches within a few miles all wanting the same weekend slots.
Davenport141 ft
Newest infrastructure at the highest elevation in the market. Davenport sits on the central Florida ridge at 141 feet where I-4 meets US-27, and its RV capacity is recent construction — which means better drainage, newer electrical infrastructure and fewer of the ageing-pedestal faults that older parks elsewhere generate.
Clermont108 ft
It has gradients. Clermont sits on the Lake Wales Ridge with genuinely rolling terrain and a chain of lakes, which is rare in Florida and has practical consequences: sites are frequently sloped, levelling systems work harder, and absorption refrigerators are more often run off level than anywhere else in this market.
Sanford46 ft
Riverine rather than coastal, and heavily shaded. Sanford sits on Lake Monroe on the St. Johns River, so its water risk is freshwater flooding rather than surge, and mature oak canopy over many sites keeps roofs damp and drops debris continuously — producing the moss and seam problems that sunnier parts of the metro do not get.

Common questions

Several unrelated things stopped working at once. What causes that?: That pattern strongly suggests a surge rather than a component failure. Individual parts fail one at a time; a voltage transient travels through the coach and damages whatever electronics happen to be connected. If several unrelated boards died in the same storm, the useful question is what protection was in place, not what is wrong with each board.
Is a surge protector enough for lightning?: It protects against what comes up the shore power line, which is the common case and is genuinely worth having. It cannot protect against a direct strike, which is a different and much rarer event. For a long stay in Central Florida in summer, a surge or energy-management device is close to essential — but treat it as protection against the pedestal, not against the sky.
Does staying in one place for months cause problems?: A few specific ones. Shore power connectors degrade under continuous load and heat cycling, tyres develop flat spots and take UV damage, and seals dry out in sun without ever being flexed. None are dramatic, but they accumulate — which is why long-stay coaches benefit from a periodic look at things a travelling coach gets by accident.

Sources for the claims on this page

A surge event commonly damages multiple electronic control boards simultaneously, which distinguishes it from an ordinary component failure.
Professional judgmentProfessional judgment applied to surge damage patterns in RV electrical systems
Shore power connections degrade with heat cycling over extended stays, producing voltage drop and intermittent faults at the connector rather than in the coach.
Industry consensusIndustry consensus on shore power connector wear

Next step

Work through structured triage for this system and you will end up with a written service brief: what you observed, in what order, and what has not been established yet. It is the document that lets a technician quote properly instead of guessing on arrival.

Being straight about what this is. No technician is signed to any territory yet — not one. We do not match you, dispatch anyone, or promise a call. What you get is the brief, and a request form that copies it to us so we know the demand is real. If you need someone today, take the brief and send it to a local technician directly; it works just as well that way.

Start triage Request a technician