A Rode Well Traveled: Marking Your Ground Tackle

Anchoring is almost always fun and often challenging (we recently had an anchoring adventure in Desolation Sound). Beside learning key techniques related to placement and holding capabilities, it’s critically important for boaters to understand the ratios (scope) of anchor rode (chain or line) to water depth.

There are lots of online resources and videos to guide boaters and teach them some of the best techniques for the various types of anchoring that can be performed. Anchor manufacturers also provide useful resources. A small list of some of these guides will appear at the end of this post.

Instead of discussing holding capabilities and scope, this post, instead, will share our experience painting our anchor line. While there are electromechanical chain counting systems, a simpler visual system sometimes works just as well and is certainly more affordable.

Bring Out Your Chain

The first step was to pull out all the chain from the chain locker. I used two tarps to protect the bow deck and the side of the boat. The weight of the chain would serve to keep both of them in place. I recommend using work glove while handling your chain. As a practice, I wear them whenever dealing with ground tackle and, especially, the windlass.

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While I was pulling out chain I had someone on the dock, next to the boat, start collecting the chain.

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A dock line was used to secure the anchor end of the chain, which would remain on the bow. I used a tape measure to determine the first 30 feet of the chain, starting with the anchor swivel connected to the anchor.

Measuring and Marking

One we had some chain on the dock some painter’s tape was used to mark the first 30 foot position. You can decide to mark your chain in whatever lengths you feel are appropriate. A vast majority of our anchoring is in Cozy Cove near Carillon Point or in Andrews Bay next to Seward Park. For whatever reason, we’re always calculating our scope and chain length in 30 foot sections – so that’s how we measured things out.

IMG_4178Our dock has ten foot sections which makes measuring our 30 foot sections super easy. After three dock sections we’d turn our chain, wrap it around and pull back to our starting point.

Once our chain was laid out it became a relatively simple matter of protecting the dock and boat and then, simply, applying some marine paint. We selected red because we thought it would be the easiest to see.

IMG_4181Almost any paint brand will work. We selected a can of red Moeller spray paint that we purchased at Fisheries Supply. It was designed for marine applications. It’s likely that you’ll have to refresh your markings every few years depending upon how often your chain is exposed to the windlass and water.

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The whole marking job took about 90 minutes, which included time for the paint to dry. We definitely measured multiple times before applying paint. Our marks ended up being at the 30′, 60′ 90′, 120′, 150′ and 180′ positions. For all chain rode in the Pacific NW the scope is typically 3:1 allowing us to, conceivably, anchor in depths up to 60 feet.

While some people use different patterns to designate the different length segments, all our markings were the same – big red areas about a foot or so in length designed to be easily seen as anchor chain is let out. We were confident that we could keep track of our six marks instead of trying to decipher some dash-dot or varying color pattern.

Anchoring Resources

Technology and Tools for Anchoring

 

 

Wireless Headsets – a vital accessory for larger boats

“Ok, Straight back. Ten feet, five feet, stop. Stop! STOP!” Have you ever been in a conversation like that with your spouse, on your boat? If your boat is reasonably sized then it has probably been pretty easy to talk to someone spotting your position or helping you with instructions from the lock master.

Now consider having to depend upon those same, important verbal queues on a much larger boat, perhaps one with limited visibility or a completely enclosed bridge.

Our latest boat, the MV KAYLA, is a good 15 feet longer and many tons heavier then our previous boat. While its larger size and weight has delivered comfort and stability, it has also proved more difficult to safely maneuver in tight spots – like our marina or the Ballard Locks. Even with the benefit that Zeus Pod drives and joystick control bring, there’s no substitute for clear communications among the crew when relaying important information.

No one wants to damage their vessel or, worse, risk injury with someone falling into the water while wrangling a line or assisting during docking.

When we first received the KAYLA last May we purchased a set of Eartec Simultec 24G wireless headsets. They promised clear, full-duplex (meaning we didn’t have to push any buttons and could have a normal conversation) communications that my wife and I would use when docking or transiting the locks. We used them a few times and, at in the beginning, they seemed to operate reasonably well. But, they weren’t very comfortable and the headset and radio were separate pieces that were, sometimes, hard to attach to our life vests.

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More recently we upgraded to what we believed would be a superior headset – the Sena SPH10-10 Headset – and, so far, we’ve been very pleased. The units are easy to use and are far more comfortable than the Eartec units. The radio and headset are one unit. There’s nothing to dangle. No wires to worry about. The Sena headsets are all-digital, whereas the Eartec units were not and required flipping switches to change frequencies in case there was interference (we never had any).

Sena appears to be a recognized leader in wireless recreational headsets and counts the motorcycle market, among others, as their core audience. I first discovered them in a Yachting magazine and found that they were available directly on Amazon.com. At approximately $150 each they’re not inexpensive (the Eartec units are similarly priced). But, consider the cost of damaging your swim deck or the side of your boat because you couldn’t hear your spouse’s shouts from your pilot house or through the glass of your bridge.

Charging and setting up the SPH10-10 headsets was easy. Any USB power source will work, though the larger cubes designed for devices like iPads are better than the little ones that charge phones.

Configuring the units was also easy. We set ours up to talk to one another. However, the SPH10-10s can be configured to work with any Bluetooth audio device, such as a mobile phone.

Similar to the Eartec units, the Sena SPH10-10s allow you to conduct full-duplex conversations. That means you talk normally, as if the person you were talking to was directly in front of you. There are no buttons to push. Nothing to activate. The unit comes with two types of microphones. We opted to attach the included extension (and flexible) boom mic. When we’re in the locks I can usually hear the lock master as he or she delivers commands to Cathia at the same time she’s hearing them. When docking, and Cathia is near the swim deck, I can clearly hear her deliver distance and directional queues critical to my safely returning KAYLA to her slip.

There are other headsets available. Eartec even makes a professional set, but they’re way more expensive than the Sena units. If you’ve got a big boat, or one with limited access or visibility you might consider acquiring a set of wireless communication headsets. I’d label them important safety tools. Some have called them marriage savers.

Visit your keel – and stay dry!

Here’s a quick tip for satisfying your boating curiosity and, if necessary, shedding light on a problem you may, one day, encounter underway (such has hitting a dead-head with a prop, fouling an anchor line, or worse!).

It has to do with observing the underside, or keel, of your boat, and doing so while (1) remaining perfectly dry and (2) not having to haul your boat out to a trailer or dry-dock.

This past Seafair Sunday I decided to experiment with a GoPro HERO3 HD camera by attaching it to a utility pole and submersing it at the stern of the MV LAIKA. What I received was a pleasant surprise and, for me, a rare glimpse into observing our two Mercury I/O drives in action.

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If you’ve watched any extreme sports these past few years (skiing, motocross, base jumping, etc.) or broadcast TV personalities reporting from inside a car, you’ve likely experienced footage from the amazing GoPRO (or similar) camera. This class of small digital cameras are fitted with incredibly wide angle, relatively fast, fixed-focus lenses. They deliver stunning HD quality video.

While floating 200 feet above the bottom of Lake Washington, just North of the I90 bridge, I decided to attach my HERO3 camera to a utility pole and submerse it under water. The brief video below demonstrates the clarity and quality of the captured footage. You’ll see our port-side engine, swim deck and one of the trim tabs. The starboard engine can be seen briefly.

If you’re familiar with the MV LAIKA you’ll know it’s outfitted with Mercury’s Axius computerized drive system. That’s why the props were occasionally spinning. The GPS-controlled “Skyhook” electronic anchoring system was running and the boat was attempting to keep its position. Note – it’s incredibly dangerous to be anywhere near the engines when this system is running and we would never allow anyone to enter the water while it’s on. Actually, as policy goes aboard our boat – no one gets into the water or near the swim deck when the engines are on and the keys are even physically connected to the console.

To date I’ve used  GoPro cameras to capture bike riding adventures, skiing and, now, the keel of our boat. They’re fun to use and you’ll find numerous uses for them – some entertaining and some very practical.

GoPro cameras start at $199 (you can pick them up online or at Best Buy) and current models use micro SD cards for storage. A 32GB class 10 card runs around $24 and can store hours and hours of 1080p HD footage.

A new way to maintain a ship’s log: Evernote

Maintaining a proper ship’s log can be challenging. It seems like something you remember to do well after you’ve left the dock and are heading home after a day of boating. However, the need to accurately record fuel consumption and purchasing, maintenance and other important events in a timely manner necessitates some sort of documentation model.

evernote_logo-300x300For two years now I’ve been using a combination of a traditional notebook ship’s log and some iPhone apps, such as The Boating Suite. Both have had their advantages, and both have presented challenges.

I’ve decided for our third boating season to begin using Evernote. The app’s simplistic model accents its elegance and utility. With Evernote I can create written and captured (photographic, audio, video) notes and assign them to a specific notebook. I can also tag each post with keywords that can later be used to rapidly locate specific entries.

So far I’ve been adding entries by snapping pictures from my iPhone of my Vessel View display (see below) and fuel receipts so I can record fuel consumption and costs. I’ve also been adding text notes documenting our guests and weather conditions. If there comes a time when I need to share maintenance records with a future buyer or service shop it will be easy to reveal them using Evernote’s search features.

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Evernote is free, widely available for desktop and mobile platforms and is fun to use. They’ve also teamed up with physical notebook vendor Moleskine to create smart notebooks which facilitate scanning hand-written notes that can be automatically captured, stored and searched within Evernote.

Also, the best thing about storing all your boat’s vital information in Evernote is that it’s with you all the time – and saved in the “cloud.” That could one day be important in the event of an accident or significant loss of equipment.