Every summer is the same five calls. Different cottages, different lakes, different owners — same five failures, in roughly the same order, between the long weekend in May and the long weekend in August. None of them are exotic. All of them are preventable. Most of them get us to the property because somebody else's quick fix did not hold. Here are five real calls from this July, written up as we found them.
Call one: the well pump that quit on a Saturday at the Lake of Bays
Owner phoned at 11:30am — full house, six guests, four kids, taps had been working at 10 and stopped at 11. Couldn't reach the cottage caretaker. We had a tech in Baysville on another job and pulled him over.
At the pressure tank everything looked fine. Tank pressure was zero, which fits a pump that has lost prime, but the pressure switch contacts were clean and the breaker was on. At the panel the dedicated well-pump breaker was on, no trip. The motor was getting 240V at the pressure switch — measured it. So the wiring upstream of the pump was fine.
Pulled the pump. The submersible cable splice at the well cap had corroded through. Not the pump — the splice. Three feet of submersible cable from the well cap down to the pump itself was full of lake-level groundwater that had wicked up through a heat-shrink that someone had done with a hair dryer two summers ago. Real submersible splices need a proper compression connector and a heat-shrink at the right temperature. The hair-dryer job let in water, water bridged hot to ground, the splice cooked through, and the pump never saw the voltage despite the meter reading at the surface.
Spliced it properly with a Tyco submersible kit, dropped the pump back in, primed it, owner had water by 2pm. Real fix was the splice, not the pump. The pump itself was fine — three years old.
Call two: the hot tub breaker that would not stay reset
Bracebridge property, evening call. Owner says the hot tub had been working fine, came out after dinner and the GFCI spa panel had tripped. Reset it, tripped again instantly. Three reset attempts later he called us.
Got there at 9pm. Pulled the cover off the spa panel. The 50A GFCI was clearly trying to do its job — instant trip means a real ground fault, not a nuisance trip. Killed the breaker, opened the equipment bay on the hot tub, and one of the heater element terminals was sitting in two inches of water. The pump seal had been leaking for a couple of weeks and gradually filled the equipment compartment. Water rose to the heater terminals, terminal-to-ground fault, GFCI doing its job.
The electrical fix was trivial — kill the breaker, leave the tub off, let the bay dry, the homeowner has a pump-seal job for the hot tub guy. The thing we replaced anyway was the spa panel GFCI itself, because a GFCI that has tripped on a real fault and been reset three times has often welded a contact. New panel, new disconnect, properly torqued. We have a separate post coming this winter on hot tub electrical for owners who are buying for fall installs.
Call three: the ceiling fan in the upstairs bedroom of the Huntsville cottage
Owner called Monday morning. Ceiling fan in the kids' bedroom dead all weekend. Light worked, fan did not. Tried the pull chain, tried the remote, nothing on the motor.
This one was the boring fix. The fan was 14 years old, the motor capacitor inside the canopy had given out. We arrive expecting an electrical fault and find a $12 capacitor that needs replacing. Replaced it, fan back to working, billed the trip and the part.
The thing we tell every cottage owner: ceiling fan motors die around year 10-15 in seasonal use. The fix is almost always the capacitor first; if that does not fix it, the motor itself. If your cottage has multiple fans from the same era, expect the others to follow inside two years. Worth budgeting for a batch replacement at one of the spring openings.
Call four: the dock GFCI that nuisance-trips every time it rains
Property at Port Carling. The dock GFCI receptacle had been tripping intermittently for three years — owner had been ignoring it because he could reset it from the dock and life went on. This July it started tripping every time it rained and would not reset until the receptacle dried out. He finally called.
The receptacle itself was a 2017-vintage TR/WR GFCI that had been installed correctly. The receptacle was not the problem. The in-use cover was. The bubble cover had cracked along the hinge in some past winter and the gasket against the wall was compressed flat. Rain was getting behind the cover, pooling in the box, and the GFCI was doing exactly what it should: tripping on a wet ground fault.
Replaced the in-use cover with a heavy-duty Hubbell weatherproof unit, replaced the GFCI itself (because it was 10 years old anyway and had spent 10 years cycling on wet trips), confirmed the in-line conduit from the dock head was draining at the low point and not pooling, and re-bedded the box on the wall with proper sealant. Owner has not called back.
The lesson here, and we put it in every dock and boathouse electrical conversation we have: outdoor receptacle covers fail before the receptacles do. If your in-use cover is cracked or stuck, replace it before you assume the GFCI is the problem.
Call five: the central AC that resets itself in a loop
Gravenhurst property, four-season build, central AC. Owners were up for two weeks, AC working fine for week one, then started cycling on and off every few minutes during week two. Compressor would run for 90 seconds, condenser fan would stop, full unit would shut down, then restart 5 minutes later. Pattern looped for a full day before they called.
HVAC guy had been out the day before, said the unit was low on refrigerant, recharged it, problem continued. We got there in the afternoon.
Voltage at the contactor was reading 218V on a nominally 240V circuit. Way out of spec, and not refrigerant-related at all. Walked back to the panel and the 2-pole breaker feeding the condenser was warm to touch — measurably warmer than its neighbours under similar load. Pulled the breaker, the lug at the bus was discoloured, classic loose connection that had been arcing on every compressor start for years and finally cooked the contact.
Replaced the breaker, retorqued the bus connection, measured the voltage at the contactor running — back to 239V. Compressor stopped cycling, condenser fan stayed engaged, problem solved. The HVAC guy was looking at the right unit and the wrong system. The compressor was being asked to start on 218V and the internal overload protector was correctly refusing.
The same diagnosis pattern shows up in the city — a loose lug at the panel, voltage drop under load, a compressor blamed for what is actually a panel-side connection. Different geography, same checklist.
What these calls have in common
All five of these were fixed by the electrical-side fundamentals: torque, splice integrity, water exclusion, component end-of-life. None of them required exotic equipment. All five could have been caught at a proper opening inspection in May or at a cottage-opening visit before the season got going. We wrote up the cottage opening checklist in 2026 for exactly this reason: the calls we run mid-July are almost all calls we would have caught mid-May for a fraction of the cost.
When to call us
If you are sitting at a Muskoka cottage right now reading this on your phone because something is not working, call us. We cover Huntsville, Bracebridge, Gravenhurst, Port Carling, and Baysville with summer dispatch and we are on the water most days of the week. Most of these calls are same-day or next-morning. Request service or just pick up the phone.