Month: December 2025

Boating on the Great Lakes is incredible. Big water. Big waves. Big confidence. And for some reason, we all believe our indoor‑only electronics will survive out here just because the water isn’t salty. Spoiler: fresh water is still fully committed to ruining your gear. It just does it politely, like a Canadian storm.

Boats don’t just break electronics. They nibble on them. They snack. They graze. The moment your gear steps aboard, it starts aging in dog years. One minute it’s brand new. The next, it looks like it’s been living in a damp basement since 1987.

Corrosion still happens in fresh water — just slower and sneakier. It doesn’t explode into green fuzz overnight like it does on the ocean. Instead, it creeps in quietly. Moisture settles on connectors. Dew forms inside panels. A little rust appears. Then a little more. Before you know it, your wiring looks like it’s been through three seasons of “Deadliest Catch,” even though you’ve never left Lake Ontario.

And then there’s vibration. Fresh water doesn’t save you from that. The Great Lakes can get choppy enough to make ocean sailors nervous. Engines shake. Hulls flex. Waves slam. Everything vibrates like a washing machine with one sock stuck to the drum. Over time, screws loosen, connectors wiggle apart, and your once‑tidy wiring harness turns into a plate of electrical spaghetti. Your electronics may work perfectly at the dock, then die the moment you hit cruising speed. That’s the boat reminding you who’s really in charge.

Fresh water also brings its own brand of mischief. Temperature swings are brutal. One day it’s warm. The next morning your enclosure looks like it’s been storing fog. Condensation forms inside boxes like a tiny haunted house. Rainstorms appear out of nowhere. Spray soaks everything. And somehow, even on a calm day, something always ends up mysteriously wet. Boats are talented that way.

So how do you slow the destruction? You protect your gear like it’s treasure. Use IP‑rated enclosures. Add vent plugs so your electronics don’t cook themselves. Seal cables with glands and drip loops. Fight corrosion with proper materials and sprays. Mount everything so it can survive vibration. And whenever possible, choose marine‑rated components — even on fresh water. They’re built for this madness.

In the end, the Great Lakes may not have salt, but they still have moisture, movement, and mischief. Boats will always try to eat your electronics. It’s part of their charm. But with the right protection and a bit of humour, you can keep your gear alive long enough to enjoy it — and maybe even impress your insurance company.

Boaters are an optimistic species. We believe we can dock perfectly on the first try, that the weather will “probably hold,” and that our delicate, indoor‑only electronics will somehow survive in a floating saltwater sauna powered by vibration and regret.

But before we get too far, let’s talk about the one thing that kills this optimism faster than a dead starter battery.

The Insurance Elephant in the Engine Room

Insurance companies hate non‑marine electrical gear on boats. Hate it. Even if you waterproof it like Fort Knox, they’ll still give you the same look a surveyor gives when you say, “Don’t worry, I fixed that leak with Flex Tape.”

So everything below is about protecting equipment, not convincing your insurer you’re a marine electrical genius. When in doubt, check your policy before building a floating data center.

Give Your Gear a Proper Home

If you’re bringing landlubber electronics aboard, start by giving them a real enclosure — not a tackle box, not a sandwich container, and definitely not “the driest spot in the bilge.”

Use a proper IP‑rated polycarbonate or fiberglass enclosure. These won’t turn your gear into a slow‑roasted salmon fillet like metal boxes do under the sun.

Vent It, or Regret It

A sealed box without ventilation becomes a sous‑vide machine for circuit boards. Add a breathable vent plug — the marine equivalent of a porthole that lets air out but not water in — and mount the enclosure somewhere shaded so your electronics don’t sweat like a deckhand in July.

Seal the Cables Like Your Boat Depends on It

Water loves cables. It runs down them with the enthusiasm of a sailor heading for shore leave. Without proper cable glands and drip loops, water will find the one microscopic gap you missed and stroll right in.

Silicone alone? That’s just optimism in paste form.

Fight the Fog (Condensation Happens)

Even if you seal everything perfectly, condensation will still sneak in because the marine environment is basically a sauna with waves. Use desiccant packs, breather vents, and in colder climates, anti‑condensation heaters to keep your enclosure from turning into a tiny fog bank.

Respect Electricity — Seriously

Water and AC power are not shipmates. They’re sworn enemies. Use GFCI protection, keep power supplies dry, and call a real marine electrician — not your buddy who once rewired a bilge pump with duct tape and dreams.

Why Marine‑Rated Gear Still Wins

Even if you do everything right, your insurer may still insist on marine‑rated equipment. And honestly, they’re not wrong. Marine gear is built for corrosion, vibration, temperature swings, and the occasional “oops, that wave was bigger than I thought.”

So while you can protect non‑marine gear, the safest long‑term move — for your boat, your wallet, and your insurance premiums — is to use equipment that actually wants to live on the water.

Bottom Line

You can’t turn non‑IP67 gear into Poseidon‑proof tech, but you can give it a fighting chance with the right enclosure, ventilation, cable sealing, condensation control, and electrical safety.

Do it right and your electronics will survive spray, humidity, and the occasional rogue wave. Do it wrong and you’ve built a very expensive, very soggy lesson in marine engineering — plus a deeply uncomfortable chat with your insurance adjuster.

I was watching an episode of Waterways the other night, expecting the usual mix of serene drone shots and polite interviews. Instead, I nearly spilled my coffee when they showcased a night vision system that streams directly to your onboard screen. Night vision! On a boat! Suddenly my trusty spotlight felt like a candle in a hurricane.

Now, don’t get me wrong—my spotlight has saved me more than once. Picture this: it’s 10 p.m. on a warm summer evening, I’m cruising slowly down the river, twilight making everything look deceptively safe. Then—bam!—a log floats into view. I flick the spotlight just in time, narrowly avoiding what could’ve been my audition for America’s Funniest Boating Accidents.

That moment got me thinking: wouldn’t it be nice to see digitally in front of me, instead of relying on a glorified flashlight?

Waterways had the answer: a Canadian company offering an IP67-rated night vision camera system. Price tag? Just under $2,000 USD. My reaction? Somewhere between “wow” and “ouch.” Sure, that makes sense for yachts or commercial vessels where six-sigma reliability is king. But me? I’m more of a “two-sigma and a good story” kind of guy.

So here’s where the fun begins: could I build my own? Absolutely.

The OpenPlotter Solution

• I already run OpenPlotter on my boat. It’s not exactly “out of the box”—more like “out of the box, plus a weekend of tinkering, a few forum posts, and one existential crisis.”
• Add an IP67-compliant night vision camera.
• Hook it up through a PoE switch with some cabling, housed in a IP67 case.
• Fire up VLC (or similar software) to stream the feed straight to my monitor or phone.
• Configure the Pi to provide DHCP service, Bob’s your Uncle and Fanny’s your aunt we are off to the races.

Voilà! A DIY night vision setup for under $200 CAD. Not six sigma, but hey, it’s at least “sigma enough to dodge floating logs.”

Bonus Trick: Mounting the Camera

Here’s the kicker: if I mount the camera right on top of the spotlight, I don’t just see what’s dead ahead—I get a wider range, catching what’s lurking on the sides too. Think of it as giving my spotlight a pair of digital glasses. Suddenly, I’m not just scanning the river; I’m practically auditioning for Predator: The Boating Edition.

The Takeaway

Night vision doesn’t have to be a yacht-only luxury. With a little OpenPlotter magic, some DIY grit, and a willingness to laugh at your own mistakes, you can make the river safer—and a lot more fun—after dark.

This wasn’t my dream boat. Not yet, anyway. There’s a lot of work to do. But when I first saw her, I knew she had good bones — and that’s what mattered.

Back to 1994

Let’s rewind. In 1994, the Monterey 265 SEL was a top-of-the-line cuddy cruiser. (For those new to boating, “cuddy” is the classification for an under-30-foot cruiser that can sleep four — not quite a day boat, not quite a yacht, but a sweet spot in between.)

This boat came loaded for its time:

• Integrated microwave oven, built-in coffee maker, hot plate, and the smallest fridge money could buy

• A galley table that converted to a bed, plus a lounge with two bench seats that also converted to a bed

• A Sony radio with speakers throughout the boat

• A head with pump toilet, shower, and sink

• Helm controls with back-lighting, a searchlight, gauges, fish finder, blowers, lights, and VHF radio

• Even cup holders, a wet bar, and a cigarette lighter without built-in fuses

• Dual batteries (engine + house), managed by the alternator

• Add-ons like a stern drive and swim platform (as seen in The Journey, Episode 2 of YouTube’s Waterways)

Back then, you turned the key, hit the blowers, and off you went. Simple.

What’s Missing

For all its 1994 glory, there were some noticeable gaps:

• No built-in air conditioner

• No macerator for the toilet

• No generator for overnight camping

By mid-90s standards, this was still a “lipstick boat” — stylish, functional, but not fully loaded.

Fast Forward to today

Now my expectations are different. I don’t just want a boat; I want a platform. A foundation I can digitize, automate, and modernize.

Here’s what’s on my vision board:

• Connectivity: Bluetooth, Wi-Fi, Ethernet, NMEA 2000, and cellular capabilities

• Power: long-lasting batteries, solar charging, and smarter energy management

• Comfort: automated stabilizers for a smooth ride, portable A/C, and modern conveniences

• Navigation & Safety: radar integrated with a chart-plotter, weather station, and self-driving assist

• Data & Open Source: no more proprietary silos — I want systems that talk to each other

• Satellite link: Starlink or similar, for real-time updates and streaming

• Drone pad: a helipad for my drone, to capture fishing trips and cruising memories

Yes, I want to stream Spotify through the speakers, get weather updates on my fish finder, and have notifications read aloud. I want voice activation like Alexa, and handling like a Tesla.

The Project Boat

So no, this isn’t my dream boat — not yet. But it’s my project boat. The analogue systems are solid and just need maintenance. The digital side? That’s where the fun begins.

I’m not imagining too much. I’m defining a vision. And every patch, every upgrade, every new capability brings me closer to turning this 1994 Monterey into something truly unique: a boat that blends the best of the past with the possibilities of the future.