Ahoy, boaters! Welcome to yet another boating blog, this one focused mainly on small-craft cruising and boatbuilding on the canals and lakes of Ontario, Canada.

Many folks- like us- love the water, but have land-based commitments (you know, jobs and things like that) that prevent us from sailing off to the sunny south. That's OK- there are plenty of interesting places to cruise right here in Canada, many of which can be explored in a weekend (or perhaps a long weekend... or a week).

Our current flagship is Maverick V, a 1974 C&C 35 Mk.II sloop. She's supplemented by Sunset Chaser, a five-metre runabout designed by Phil Bolger and built by Matthew B. Marsh in 2001. In the shop is the prototype of the Marsh Design Starwind 860 power trimaran, which we are building to extend our cruising grounds.


On The Water

Photos, ramblings and the occasional bit of useful information from our voyages aboard the runabout Sunset Chaser and other small boats.

Assessing crew risks on a powerboat

Should you require all crew on your boat to wear lifejackets? If so, under what conditions? Should you restrict access to some parts of the vessel when underway? Should those rules change in different weather conditions, or with different kinds of boat traffic nearby?

I suspect that many skippers make these decisions based on gut feeling and on who they side with in bar or forum arguments. Frankly, I don't think that's the best way to make critical safety decisions.

Risk assessment is a very well-developed art. Not every decision calls for a formal risk assessment, but putting a bit of logical thought into your key safety policies is certainly a prudent idea. Today, I present an informal walk-through of this process for the Starwind 860 trimaran we're currently building.

Faux pas from the launch ramp

Trailer boaters are generally a pleasant, easy-going lot.

That doesn't mean it's impossible to frustrate them, though. If you really want to be the bane of the local boat ramp, try any (or all) of these behaviours... and see what happens. (These are all real incidents from recent years, some of them disturbingly common. Names and registry numbers have been omitted to protect the guilty.)

Manually starting an electric-start outboard

If you have an electric-start outboard, and it doesn't have a rope starter built in, a second independent battery is essential. Because the "emergency rope start procedure":

Does not work.

The immortal aluminum skiff

A great many cruising sailors swear by their rigid-hulled inflatable dinghies. The cream-of-the-crop is, apparently, a 10 to 14 foot Hypalon-tubed, fibreglass-bottomed thing with a two-stroke Yamaha on the back. Some folks start with something smaller and less rigid, but the small RIBs eventually dominate.

Up in Northern Ontario, though, such a vessel would be unthinkable. Almost every lake has rocks and deadheads that would tear an inflatable apart. The docks are rough, the winters are harsh, the repair facilities are non-existent. There's lumber to carry, fish to land and young skippers to teach.

Here, the humble, immortal aluminum skiff is king.

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In The Shop

Dispatches from the shop: Progress reports on our boat building projects, plus some useful information for those of you who are building, restoring or repairing your own boats.

Breached hulls, swamped hulls, and bilge pumps

You see them at just about every boat show. Sometimes it's a six-metre fishing boat, sometimes it's a luxury cruiser with a six-figure price tag. But there are always a few boats with something terrifying lurking under a hidden access hatch in the stern: a "bilge pump" that would barely suffice for aquarium duty in my wife's Red Oscar tank. Sure, it'll get rid of rain water and the occasional bit of spray that seeps down there, but that's not what a bilge pump is for. Its main function is to keep you afloat if everything goes to pot, and frankly, most pumps just aren't up to the job.

What's it really made of?

It's not always easy to figure out what a boat is made of. Aluminum is usually pretty obvious, as is traditional wood construction. But fibreglass is a different story- without cutting the hull open, there's no easy way to tell what's below that innermost layer of roving. Anyone who has read David Pascoe's article "Are they fiberglass boats anymore" is at least a little scared of the mysterious substances that take the place of proper hull structure in many production boats.

Engine access: Sterndrives

Crawling around an engine bay, trying to reach some deeply buried component with three flex fittings on a socket wrench, is nobody's idea of a good time.

Thankfully, at least a handful of production boat builders have recognized this, and offer reasonably good access to the critical bits of the sterndrive system's prime mover.  Still, it seems there will always be a few that insist you hire a double-jointed 8-year-old with the mechanical skills of a Formula One pit crew just to change a spark plug.

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