Sailboat Water Pump Repair

Captain Bob Damiano

Water, water everywhere.  But I can't flush!

Back when I owned a house, I would often proudly state "I don't plumb".  Every time I would get involved in plumbing, it would be a disaster.

Then I got a boat and as the saying goes "You can't call the plumber out at sea"

Argon has a ShurFlo Fresh water pump.  These pumps all work more or less the same: They have an impeller and and some sort of pressure switch that makes the pump only come on when the pressure falls below a certain point.

In our first season, we were anchored overnight in Dutch Harbor, Rhode Island and had a suddenly silent water pump.  This is a bit of a thing for us because our head flushes with fresh water! No pump - no flush. Makes for a very unromantic cruise in a hurry.

I took apart the pump and figured out generally how this pressure switch works. I flipped it a few times and put it back together and it was great - for about ten minutes. With a meter, I verified that the little microswitch itself is what failed. It was making very intermittent contact. We called Jamestown Distributors and fortunately they had a replacement pump in stock. The next day, we were back in business with what I figured would be a spare water pump. 

What are the odds of that happening again?

Pretty good actually if you fast forward two years.  Now, we're living on the boat and in the middle of washing my lunch dishes, the pump died.  Having seen this movie before, I took apart the pressure switch, flipped it a few times, put it back together and it was fine - (all together now...) for about ten minutes!

This time I called tech support at ShurFlo and explained as calmly as possible that this is the second microswitch that has failed in as many years (the first after just a few months of use). I got a part number for an "upper assembly" (which is on the bottom) for this pump that includes a new switch. I found it in stock at west marine and ordered it overnight.  (So now, we also have an upper assembly spare - sans switch).  This time, I also found the actual switch online.  It's a little Omron microswitch that I've used millions of in my past life as an electronics tech at Universal Instruments.  These things are supposed to be good for millions of actuations.  I ordered 5 spares from Mouser Electronics.

Why do they fail then?

Below is my rough child's crayon rendering of how this pump is wired in.  As you can see, the pump's 12VDC supply is interrupted by this little microswitch in the pressure sensor.  This is a spectacularly bad design -but common with these pumps. These switches are not designed to switch motors on and off directly. I can see now why they offer this "upper assembly" maintenance kit. The only thing in that kit that looks like it could fail is the switch. The kit is fifty bucks. The switch is $0.75.  No profit in that.

Forensic evidence

I did autopsy on the switch by drilling out the fastener that holds it together. Sure enough, there is lots of evidence of arcing on the contacts.  It's hard to photograph but here is my best shot:

Improving the System

This is why god created relays (the eighth day I think).  In your car, when you flip on your lights, the little cheap switch in the dashboard does not switch all that current to the lights. Instead, it energizes a relay coil which draws very little current. The relay's contacts actually switch on your lights.  I intend to do the same thing here:

Notice the addition of the Automotive Relay.  Our little microswitch will now only switch 133mA for that coil. The Relay will switch the 15 to 20 Amps in the motor circuit.  I would have much preferred to use a Solid State Relay for this, however DC Output SSRs are sort of rare and I have never seen one that can switch more than 10A.  I'd want something with a capacity of at least 30A for this to have some reserve capacity.  This relay's contacts are rated for 50A.

The Automotive Relay wired in and successfully energizing the pump

ShurFlo suggested we add an Accumulator Tank to our system.  Think of this as a water balloon which the pump inflates.  The idea is that with the tank's elasticity, the pump will cycle on and off much less often.  Okay, that sounds good too so I ordered a small Jabsco 1Liter Accumulator.  It won't offer very much elasticity but it will definitely smooth out the pump on/off cycles.  Now that the switch is being treated so kindly, I don't expect to have more problems. Anyway, I ordered spare relays and switches just to be sure.

So here is a shot of the whole finished project including the relay and the accumulator.  The accumulator alone would have certainly lengthened the lifetime of the switch because it would actuate much less often. But abusing this switch less often is still not such a great solution to me.  The addition of the relay treats this switch very gently and well within its design spec.

The whole system put together with the Automotive Relay and Accumulator

And......... Flush!

True Virgins: DIY Compass Deviation

Captain Bob Damiano

Most boats have a compass on board.  Most boaters never use them. That's sad.  There is some confusion about exactly what that compass is pointing at and why it doesn't agree exactly with the chart or the COG displayed on your fancy GPS or Autopilot.

As the world turns:  True North
This is simple.  The world is a spinning thing and things that spin have an axis of rotation.  It's that axis that defines True North (and south).  Polaris (the north star) is exactly above the north pole of this axis - hence the name.

(Magnetic) Compasses don't care about rotation
The magnetic compass on your boat is aligned to Earth's magnetic field. Unfortunately the magnetic north pole didn't align conveniently to True North. Ask your geologist friend for the full explanation for this or read the wiki article below.  That magnetic axis is not stable either. It wobbles and so the difference between True and Magnetic north varies slightly every year.  Variation is also affected locally by the magnetic composition of the crust in different places.

Here is a WIKI page that explains in some detail why variation (declination) occurs.  It even has a cool animation showing how it changes over time.

So wherever you are, there is some difference between what your compass says is north and what your chart or chartplotter says is north.

The difference between True and Magnetic North is called Variation.
Take a look at any nautical chart and look at one of the compass roses. It will show a Magnetic and a True ring.  In the center will be some text like:

VAR 15.00 (2012)

Annual Decrease 4'

Because it's different everywhere and because it changes over time, it's not possible to just offset a compass to make it display True North.


So, just add or subtract Local Variation to my compass reading
Well... sort of.  And in fact for coastal cruising, that's just fine.  The problem is that your compass and it's installation are not perfect.  Your compass has inaccuracies and these inaccuracies are different at each direction you point. This inaccuracy is known as Deviation (and that is what we aim to measure). Some of the deviation is due to the compass itself but more of it is probably due to how and where it is installed on your boat and what other magnetic junk is installed around it. Entertainment speakers are a good culprit but so is that big honkin' diesel engine.

True Virgins Make Dull Company (Add Whiskey)
This is the mnemonic (well, one of them) to remember how to convert fully from True Degrees to what your compass says.  Linda and I were introduced to this topic in the ASA105 class we took at Black Rock Sailing School in Boston.  Later, this same topic was covered - although not as comprehensively - by the Coast Guard Merchant Mariner (Captain's) License class and exam.

TVMDC  (Add West)

T = True
V = Variation
M = Magnetic
D = Deviation
C = Compass.

From True, add Variation (add for west, subtract for east), this gets you to Magnetic.

Coastal cruisers can more or less stop here. Anyone who is using a compass to do really critical offshore navigation can definitely not stop here.  They must account for deviation to get that last few degrees of conversion done.  Missing Bermuda by 3 degrees from the mainland is... missing Bermuda!

Add Deviation (add for west, subtract for east) and this finally gets you to the Compass reading.

Determining the D
Deviation for a ship's compass is usually shown on a table or a graph. The deviation is different for every direction you point, so the number you plug in for D depends on your heading.  There's lots of ways to measure this and there are professional services you can hire that will give you a nice deviation chart. I'm enough of a cheap geek to want to do it myself.  You can also hire a service to correct your compass by adding compensating magnets to it. That all goes out the window when you install those new cockpit speakers.

Because Deviation changes with direction, it's important to measure it at many different points.  Here's my very low-tech way of doing that with some off-the-shelf software and a spreadsheet.

1. While Underway in smooth water or very still at anchor, point the boat at some distant fixed landmark. 
2. Using some GPS application (see below), measure the TRUE angle from your current position to that landmark on the chart
3. At the same time (as soon as possible) read the ship's compass.

In the spreadsheet, I note what landmark I'm using, the TRUE angle and the MAGNETIC heading from the compas.  The spreadsheet computes the Deviation at that heading (using TVMDC + w)



I used the Navionics Phone App but you could use something like OPEN CPN or anything else that can plot your GPS position and display angles to landmarks on nautical charts. If you have a chartplotter that lets you measure ranges and bearings, you can use that as well.  Honestly, the phone app is faster and if you measure ranges to distant objects, it really doesn't matter if the GPS is 5 meters off.

Take measurements at as many directions as possible and plot them.  It doesn't hurt to retake them at the same headings later as a check.

Here is what our spreadsheet looks like in Google Drive.  Since I'm using the phone to take the measurements, I also enter the data directly into the Google Drive app in the phone.  No pencil/paper involved.

Using Navionics, measure the TRUE angle from your current position to a fixed landmark.  That is entered in Column B.  Column C (Degrees Magnetic) is determined by adding (remember Add West) our local 15 degrees of Variation (from Column H).  In the screenshot below, we're measuring 046T from our position to a water tower that we can see.(The boat really is pointing at that tower despite what our little arrow looks like)

Measuring a 046T bearing from our anchor in Provincetown Harbor to a water tank we could see visually and on the chart.

Now,  Read your magnetic compass (as accurately as possible) and enter that value into the PSC (per ship's compass) column.  Argon has two compasses so we enter the reading for each in Columns F and G.

The Deviation then magically appears in the Deviation Column(s). It is found by subtracting the Ship's Compass reading(s) from the Degrees Magnetic.  If you had a perfect compass and no metal objects anywhere near it, these two would be equal and your deviation would theoretically be 0.  That's a big IF and lots of theory. In reality, you are most likely to see several degrees of deviation at many points of your compass.  

What did we come up with?
Below is shown our actual table as measured in 2015. The Red and Green lines show the Port and Staboard compasses. We will certainly collect more points (especially around that spot at 150).  Reading a magnetic compass on a bouncing boat is not that easy so it's a good idea to do the readings several times. It's possible that that anomaly at 150 will smooth out as we take more readings.

Tartan 4000 Newport Boat Show

Captain Bob Damiano

Putting Argon in the Newport International Boat Show

"I know this is a lot to ask since you live on the boat" the email began.  It ended with being asked to let Argon be featured in the Tartan Booth at the 2015 Newport International Boat Show.

How could we say no?

Getting her there

Although the show didn't start until Thu-17-Sept, we were asked to have the boat ready to be positioned by the afternoon of Sunday the 13th.  So I found two hardy sailing buddies and we sailed (and motored) Argon to Newport departing Boston after work on Friday at about 17:00. The crew consisted of my buddy from the old country (Binghamton), Greg and former marina neighbor Dan.  Greg has an O'day 23 in Marion and look - here is is blog.  Dan has just returned from a ten month sailing adventure on his Cape Dory 30.  And yes, he has a blog too.

Dan and Greg

The wind was supposed to be moderate and from the north. This would have been a nice broad reach all the way to the canal.  The wind lied - by about 90 degrees. Mass bay is not a lot of fun in Easterly or Northeasterly winds. This was pretty much ENE the whole time.

As we left the channel between Boston Light and Hull, we were in some very big waves and swells.  I took two Meclizine.  The waves were broadside at first but started to come around to our port quarter.  Ugh.  At this point, even though there was enough wind to sail, we were getting rolled so badly that it was impossible to keep the sails full.  Finally, we motored from about Scituate to the canal. Dan took a nap during all this rolling. I was amazed he didn't end up on the floor (we don't have lee cloths yet).

As much fun as I was having, Linda was about to embark on a week of couch surfing while her house is being sailed to another state. The plan was that Linda would stay around Boston to work and I  would work from the boat in Newport.

We made it through the canal by about midnight and found ourselves in a relatively smooth Buzzards Bay. At one point, there was actually enough breeze (out of the north finally) to sail a little bit.  Ultimately, we ended up motoring most of the way to Newport.  I didn't sleep so much.

We arrived in Newport at about 0600 and dropped the hook in Brenton Cove behind Fort Adams. Then we all took a nice nap. I waited until 0800 to call my contact at Newport Yachting Center and by 10:00, we were pulling into our temporary slip.

After a lovely brunch at Diegos, Greg's wife LeAnne joined us and took our weary crew home. I returned to Argon and became fairly unconscious. Linda joined later that day and we had a nice weekend in Newport.

Putting the Show Together

Whoops - overnight we got up against this ring on the show float. Touch-up kit is coming

Detailing crew making us look good

Tartan flags flying

The Tent

Getting Stuff Done

We were on a mission this year to get Argon ready for Offshore Adventures next year.  This mainly involves setting fire to large piles of cash in exchange for more gear.  The show turned out to be an ideal place to shop for two reasons:  1. show prices - not insignificant discounts on some things and 2. The vendors can walk right over to our boat to consult, measure, ruminate, etc.  By the end of the show, we were significantly more cash-poor and gear-rich. I think that's a good trade-off.

Liferaft

We had a perfectly fine Plastimo 6-person offshore liferaft. We've had it since Fujin. This raft is packed in a Valise (a bag) and sat in our sail locker. It was time to have it serviced so we figured we would bring it to LRSE's booth and let them take it back to the shop. The LRSE guys got a kick out of seeing how long it took me to wrestle it out of the locker. Definitely not the 20 seconds that Offshore racing rules require.

On Sunday (last day of show), we went to LRSE to talk about having the raft re-packed in a canister that could be mounted on the cabin house.  After talking with them, it turned out to be smarter to just go with a new Viking raft that has a Rail-mounted canister.  So we did.  Cha-ching!

The nice thing is that this will open up a ton of room in our sail locker with the side benefit of keeping us a little safer.  The new raft will be easily deployable within a few seconds and it will not take up any room on the boat.

So, we planned on selling our Plastimo un-serviced for a few hundred bucks (.3 boat dollars) and moving on. The only problem with this plan is that LRSE is so efficient, that they had already begun servicing our Plastimo.  So now, we're selling a freshly serviced liferaft!

Our Plastimo raft on the shop floor at LRSE.  For $ale

Solar / Satellite / Sails

We visited Cay Electronics for Flexible Solar panels and a KVH Satellite Voice/Data system.  Argon will be getting a Fleet One Satellite dome from KVH. Matt McKenzie from Cay walked over to Argon with us and took a look. We were able to discuss options for wiring, placement, etc.  Cha-ching!  Cha-ching!

We needed to figure out a way to mount this thing above our Radar antenna.  Well, Edson Marine's booth is right down the aisle from Cay's and we ended up getting help from none other than Will Keene, the President.  Will came out to Argon and did some engineering drawings on a notepad. While there, we also discussed replacing the cheesy Whale manual bilge pump with an Edson High Capacity one.  Edson is one of our very favorite companies to deal with. They have absolutely world-class customer service. It was turning out to be really good to have the boat there. This kind of attention from vendors would never happen otherwise (or would take weeks to schedule).

Tech talk with Bob and Will Keene, Edson President.

edit: And look what just came from Edson
Did I mention that Edson is awesome.  They cooked up an engineering drawing of their proposal for a mount for the KVH Dome.

We will also finally be adding some Solar. We're going with Solbian high-output flexible panels (the sp series).  One flexible panel on the dodger and probably two on the bimini.  This should give us about 110A-H on a sunny day.  And yes... cha-ching!

Storm Sails

Next to the North Sails booth to talk about getting a Storm Jib and Storm Trisail made. This always requires lots of customization. Once again, we had a North rep on Argon, measuring, talking, drawing, and consulting.  Wow (and Cha-ching!)

Lookers
We were very happy to see so many people boarding Argon and hearing all the nice things being said. We heard over and over something like "all the other boats look the same.  these are really classic". I tend to agree.  Did they trash the boat?  Not at all.  We did find one little bit of trash in one of our cabinets.  Big deal.

Mr. Jackett
One of the cooler aspects of the whole thing is that Tim Jackett himself was manning the booth. He is back with Tartan as COO and chief designer. He designed Argon and he is brilliant.

Us with Tim Jackett

Speaking of Fujin

On Saturday, we actually got a chance to go sailing on Fujin again.  She's now named Starbird and moored in Tiverton, RI.  We've become friends with her new owners and still keep in touch.  We had a lovely low-wind sail in the Sakonnet.

Starbird on her mooring

Bob getting hands dirty

Bob with Melinda (new owner)

Linda and Melinda

Update 24-Sep-2015: Argon Back Home
Argon is finally back in her home slip in Boston. Our broker Bill and his buddy Richard sailed (motored actually) home overnight from Newport.

Stalking them on AIS an hour after they departed

Argon entering our fairway

Bill's Groovy Boots

Sailboat Projects and Logistics

Captain Linda Perry Riera

The Other Side of Sailing - Some of what we are doing when we are not sailing

Sailing Argon can perhaps be divided in to the following categories:

1. Sailing
2. Exploring & relaxing in harbors & ports
3. Boat projects / upgrades
4. Boat chores, maintenance & repairs
5. Logistics of living aboard

Most of our blog posts deal with items 1 and 2 above which are plastered with scenic views, exhilarating experiences, interesting explorations, and generally the most inviting and enjoyable aspects of sailing.  However, there are certainly other aspects to sailing that are not necessarily as appealing but it is helpful if one embraces these less obviously enjoyable tasks so as to add to, versus subtract from, the overall sailing experience.  It is sometimes a bit like a puzzle or game to try to figure out more efficient ways to handle logistics or better ways to approach a chore.

Boat projects, while not as fun as the actual sailing and exploring, are generally quite interesting and several of our blog posts outline various projects.  Most projects usually entail an important initial period of learning and figuring out options and which route to go.  For instance, before even getting around to Installing Davits, we first had to figure out what type of dinghy we wanted (inflatable or rigid? hard bottom or soft? size? brand / type? etc.) and how we wanted to transport it (deck? collapsed? tow? davits?), then what kind of davits and what manufacturer to use, then what specific features (winch or just block and tackle?  rigid or swinging?).  Then there is the ordering or parts gathering and finally making time to actually do the project.  Even though we purchased Argon brand new and had some semi-custom specifications, there have been many boat projects in just our first two seasons with her including AIS, davits, some re-wiring, spinlock rope clutches, etc.

But in addition to projects and upgrades, there are all sorts of chores, maintenance and repairs.  These items are needed for coastal cruising or to keep Argon looking good.... part of the overall sailing lifestyle.  In addition, given that we are currently living aboard, there are many normal daily activities that are approached differently.  This blog posts shares just a handful of boat chores/maintenance as well as some logistics as part of coastal cruising.

Keeping Argon's Exterior Spiffy - We think Argon is a gorgeous sailboat; and we also know it does not take long for any boat, especially salt water boats with heavy use, to quickly look weathered and loose their luster.  Therefore, we spend quite a bit of time:

• Polishing, polishing and more polishing:  gelcoat, hull, chrome (stanchions, bow roller, canvas framing, porthole frames)
• Cleaning and treating the teak floor of the cockpit and the coming ledges
• Varnishing the teak cap rails, table, washboards, etc.
• Scrubbing the waterline and cleaning the bottom

Buffing and waxing the gel coat parts of the deck:  Linda worked on this while we were docked at Liberty Landing across from Lower Manhattan earlier this summer during a very hot morning.  It is unlikely she was as happy as she looks in this picture.  Although we use a really nice Makita brand buffer for the large hull area, given that the gelcoat on the deck is in smaller patches among the non-skid sections and between all the portholes and hardware, this job is best done completely manually with lots of elbow greese.

Cleaning off last year's teak oil from the combings in the cockpit.  Needed to use a very strong acidic cleaner (Semco Part 1) with gloves  and a stiff brush followed by a neutralizing agent.   Although the teak oil initially results in a nice golden tone, we have learned that it builds up and attracts too much dirt.

Looking much better after a cleaning.

Teak sole in the cockpit drying.  We aim to keep the teak floor a tan/natural color versus letting it grey.  When we spec'd out Argon we were initially unsure about the going with a teak floor due to the extra cost but we have been very happy with the functionality as it provides good grip when the boat is heeled.  And, of course, teak adds to the beauty.

Blue tape, lots of blue tape as the cap rail and other teak trim is prepared for varnishing.  When Argon was getting commissioned last year we went with a product that has been available in the US for only the last few years:  Awlwood from Awlgrip.  It has the deep finish of traditional varnish but needs a little less maintenance.  Looks much better than the more common Cetol which lacks the luster.  We are very much DIYs but we hired the local experts this summer to do the two needed maintenance coats of varnish.

Anti-fouling paint helps protect the bottom from unwanted algae and other sea life from adhering to and growing on Argon's bottom but there still tends to be a thickening film that will form and thus negatively affecting Argon's sailing performance. We use Interlux Micro Extra bottom paint. Think your house paint is expensive?  Try $230/gal for this stuff.

We hire Brian from J&B Underwater Services to scrub Argon's bottom periodically.  While down there, they will also  check and replace the zinc on the sail drive.  Bob regularly scrubs the waterline during his periodic swims.

Cleaning Gunk Inside - Not sure gunk is an official term, but it aptly describes the crud that needs to be regularly cleaned out of filters and the bilge. During the spring and early summer in Boston, there is a large bloom of Jellyfish. These tend to get sucked into any raw water intakes on boats. Not so much a problem for systems that run intermittently like the engine or the A/C but for the refrigerator, it's a big problem and requires the strainers to be de-jellified every day or so.

Strainers for refrigerator and diesel engine raw water cooling system are checked and cleaned at least weekly; more often if it is moon jelly infestation time as jellyfish get sucked up and clog the strainer - makes for a stinky job.

A simple metal filter collects debris from the fresh water tanks and is cleaned out at least weekly.  Adding just a bit of chlorine to the water tanks is helpful.

The bilge runs along the center line of the boat under the floor and collects water and residue.  Although a pump keeps the water level low, it is important to keep the bilge clean to avoid bacteria growth and odors, and to prevent corrosion of equipment that sits in the bilge. 

Laundry  - Not a huge challenge but certainly not as simple as having your own easily accessible and predictable washer and dryer in your home.  And given the sparse amount of clothes we keep on board, it is important to do laundry very frequently as we just do not have a lot of back up clothing.

Although many marinas and town harbors have facilities, there is great variability in the settings of washing machines and dryers.  More than a few articles of clothing have been been ruined by unfamiliar, rough machines.  Waiting for availability can sometimes be an issue.  And there is the skill needed in hauling laundry back and forth in bad weather or on a wet dinghy.  

Garbage Runs - Given the sparse storage space, we have very small trash bin on Argon thus very frequently need to dispose of our garbage.  When at a dock it is generally straightforward even if not very close by.  But when out on a mooring or on anchor, it means remembering to load up the dinghy when going ashore and finding a proper disposal container.

Filling up the dinghy with dirty laundry and garbage for a trip to shore.  Sometimes it is tricky to find a proper dinghy tie up (aka parking space) as well as proper garbage disposal containers.  It also can be challenging to ensure the freshly laundered clothes make it back to Argon clean and dry.  When the weather is nice, it is much easier.  

Dampness  - A dry interior is much more comfortable than a damp one.

When out on the water a lot, bedding often gets damp and this can be uncomfortable.  We take advantage of sunny, dry days to air out blankets even though this gives us a bit of a trailer park appearance for an afternoon.

Paperwork - While venturing out on long coastal cruises and certainly for living aboard, we have to be a bit more creative and compact with our personal paperwork.  Our navigation table doubles as a desk.  And thank goodness for the increasingly standard electronic options of transactions.

The logistics of life need to be organized with much smaller storage space.  Our navigation table also serves as our home desk for needed paperwork.  Heavily using Drop Box and Google Docs as well as maximizing electronic mail / bills is immensely helpful in keeping our paperwork manageable.  Currently we do not have a printer/scanner on board which is occasionally a challenge.  We will be looking in to very compact options in the future.

Managing Fuel, Water, Electricity, and Waste - Managing our electricity usage when not plugged in to shore power is critical.  See our recent blog post regarding some of our challenges:  Starving for Voltage.  In addition to monitoring amps and volts, there are also gauges to monitor and manage:

• How much water we have in our water tanks (capacity = 120 gallons) - military showers and conscious dish washing is the norm; with careful usage, we can go about two weeks before needing to fill the water tanks;
• Amount of diesel in our 75 gallon fuel tank - we try to keep the diesel tank at least half full as we have learned that it is a shallow, flat tank susceptible to slurping up air if we are heeled while running the engine (eg, while motor sailing).  We also track the diesel consumption which is normally about 0.8 gallons per hour;
• Holding tank volume - this is for, uh, human waste; the holding tank is either emptied by visiting a dock with a pump out station, having a specialized boat come and pump the sewage in to a different tank to be transported to land, or releasing overboard if one is many miles offshore in designated ocean areas. 

In addition to monitoring amps and volts, there are gauges to monitor water, diesel fuel, and waste.  We have learned to bring along our special fabric hose to fill our water tanks from different marinas to avoid awful, garden hose tasting water.

In some waters many miles off the coast, pleasure boats can empty holding tanks in to the ocean.  The waste travels from the holding tank on the boat through a macerator that grinds up and pumps out the waste.  Our macerator seized up at the tail end of our Summery 2015 trip but Bob was able to easily fix it after a fellow sailor friend pointed him in the right direction.

Argon has a 20 gallon holding tank; managing the volume is important as one is definitely not able to just flush and forget like on land.  Above is a pump out boat that was making the rounds offering to to empty all of Linda's rose pedals from Argon's holding tank while we were anchored off Shell Beach Shelter Island. Bob commended this guy on it being the "cleanest pump-out boat he's ever seen". The guy said "Thank you... I eat my lunch on this boat".

Bathing - We normally take military showers turning the water off for soaping up and generally being frugal so as not to run our water tanks down too quickly.  When the water is not too frigid and we are out on an anchor or moored, we can bath in the ocean then rinse off with fresh water using our cockpit hand held shower.  If we are at a marina with nice facilities, we may indulge in an overly long on shore shower.

Simple Projects - .... are sometimes not so simple.  The needed tools may not be readily available on the boat.  And it can be oh so easy to accidentally drop something in the water.

Bob is helping a dock neighbor trim a bit off an interior door.  A bit more complicated doing this on a dock instead of on a workbench.

Home Office - Argon is not only our pleasure boat and our house, it is also Bob's office as he works from home full time.

Bob WFB (working from boat).

A Few Additional Things....
Provisioning aka Doing Groceries:  Normally we walk to a nearby grocery store several times a week and get small amounts of groceries at a time.  This is not an issue and we quite enjoy the exercise. However, larger stock up trips require loading up a utility cart given the long walk along the docks to get to the boat.  When out sailing and staying in other harbors, we do a bit of homework to plan on where we will have access to stores to re-stock and may factor in a dinghy ride.

Bumps and bruises:  One or both of us always seems to have various bruises, scuffs, or cuts which seems to just be part of active sailing.  Thankfully we have only minor sailing injuries and mishaps.

Rocky, bumpy, and/or squeak nights:  Although it is usually relaxing sleeping on Argon, occasionally the waters can be rough resulting in difficult sleeping conditions; sleeping in the salon on the settees in midship instead of the V berth at the bow is helpful when the boat is rocking too much.  We also ensure that halyards are tied off away from the mast to prevent clanking and the boom is secured to the side to prevent the gooseneck from squeaking; however, sometimes nearby boats are not as noise-conscious or we may be at a dock with noisy pylons or ramp hinges in which case we pull out the ear plugs.  Lastly, on very calm nights while moored, the boat may drift up against the mooring ball resulting in an annoying thumping that is just on the other side of the hull from where we sleep.

This post may sound like a gripe session but it is not meant to be.  We absolutely love the sailing life and being full time live-a-boards.  The various chores and maintenance are just all part of the overall experience and lifestyle.  And all of the above allows for....