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Please note: This thread is about going to visit a boat to see if
it is worth looking at further. It is not designed to replace a proper
survey and sea trial. This type of trip is what you should do to see
if it is worth making an offer on a boat and spending the money on a
survey and sea trial. IMHO, you really need
to have a survey done by a competent surveyor. YMMV.
When you're going to look at a boat, as a possible future purchase, I
would make some recommendations about what you should and shouldn't do. I
would ask that anyone else chime in with recommendations they have as
well. I'll edit this post to add the ones I think are most important.
Basic Boat Inspection Kit
First, put together a kit of tools for your boat visit. The kit should
include the following:
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Small Notebook—reporters
notebooks or pocket-sized Moleskines are excellent choices for this.
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Pencil—preferably
.5mm mechanical for making notes and sketches in notebook
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Small tape recorder—preferably
with a lapel mic with windscreen, to record your visit to the boat, as
it is often easier to make notes by speaking than writing when looking
at a boat |
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Digital camera—I
prefer the small pocket sized Olympus Stylus SW series, as they are
waterproof, shock proof and have a decent lens on them
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Tape Measure—Preferably
a 25-30' tape |
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Small Flashlight—Preferably
LED, like the Gerber Omnivore or Firecracker |
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Pocket Multitool—Get
a good one, like the Leatherman Surge |
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Phenolic Resin Hammer—a
small one will do |
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Small Magnet—preferably
one with a lanyard attachment |
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Inspection Mirror—preferably
one with a telescoping handle |
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Small Volt-Ohm
multimeter—preferably
digital with a rubber casing |
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Moisture Meter—see
section below |
Additional Supplies:
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Clean White Rags
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Awl
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Waterless Hand
Cleaner Wipes
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Spray Cleaner
(like Fantastic)
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Burgundy Scotch Brite
Pad |
The Trip
First Impressions
Now, when you get to the boat, take some photos of the boat as you
approach it... Turn on the tape recorder and speak clearly about your
first impressions of the boat. Make sure you get your first impressions
down.
The human
brain is a weird thing and often the first impressions are the best
ones... and there's usually a reason for them.
Systematically go through the boat from bow to stern, from top to bottom,
recording what you find either on the tape recorder or as sketches
and notes in the notebook, and document everything with photos
using the digital camera if at all possible. If you have specific
requirements, use the tape measure to take measurements.
Don't forget to note the make and model of the various equipment and parts
aboard the boat. Some pieces of equipment, like specific models of engines
and such have known weaknesses and specific problems to be aware of.
The magnet is to be used to check stainless steel hardware. If the
magnet sticks, it ain't marine grade stainless.
Austenitic
stainless, which covers most marine grade stainless steel, is non-magnetic
and includes 304 and 316 grades of stainless.
The cheaper martensitic stainless is magnetic.
The flashlight and inspection mirror are used to look in
nooks, crannies, deep unlit lockers, the bilge, engine compartment, etc.
Looking in lockers and such can often tell you a lot about a boat's true
condition, since many people will spruce up and clean the interior of a
boat for sale, but will often forget to do the same for the less visible
spaces.
A good
example of what you may find is traces of a visible waterline in the
higher lockers may indicate that the boat was sunk at some point.
Tapping the deck with the phenolic hammer near stanchion bases may
give you an indication if the deck has started to delaminate or has a wet
core.
Most boats
have a cored deck and stanchions are often places where the water
intrusion can start due to the loads that they're often subjected to.
Caution:
If you are not skilled with a phenolic hammer please DO NOT go pounding on
an Awlgriped deck!! They are used for TAPPING not pounding.
Most manufacturers do not do a very good job of potting the fasteners or
deck area around the stanchions or other deck hardware, especially on
older boats, made when the water intrusion problems weren't well
understood.
Look for cracks in the gelcoat—most spider cracks are normal and often due
to the gelcoat being laid too thickly. Parallel cracks in the gelcoat,
which often indicates stressing of the fiberglass there. Star-shaped
cracks in the gelcoat are usually the result of an impact.
Look for flat spots in the hull or places where the hull doesn't follow a
natural curve. These can often be indicators of previous damage or bad
construction. Often, places where the hull isn't following a fair curve
are due to bulkheads being improperly glassed to the hull and causing a
hard spot—which can cause the laminate to
hinge along the hard spot and results in the laminate fatiguing
prematurely there.
Check mechanical systems to see if the parts that should move do, and that
the parts that shouldn't move don't. If something sticks, like the tiller,
and shouldn't—it is probably an indicator of something wrong or about to
go wrong. Excessive play is often an indicator of wear and that something
may need to be repaired or replaced soon. If a cabin door or cabinet door
doesn't open or close smoothly, it may mean the hull and deck have changed
shape and causing it to bind—this can often happen if a compression post
has started to weaken.
The multimeter can be used to do some quick checks on the
electrical system. If you don't know how to use one, take a class at a
local vocational/technical school and learn—you need to know how to
trouble shoot electrical problems using one if you're going to own a boat.
Go through the boat and open every locker if at all possible. Lift settee
cushions. Look in the bilge. Photograph the
rig. Get detailed photos of the chainplates, the rudder attachment
points, the steering quadrant and other important pieces of equipment.
As for the pocket multitool... you'll figure out why I included it
in the kit... they're just too damn useful not to have one around. I carry
the Leatherman Surge with me almost 24/7, except when I know I'm going
through airport or federal building security. The blades on it are just
about long enough to qualify as a felony if carried in a federal facility.
Going Aloft
I generally won't go aloft on a boat that I'm a complete stranger to,
unless the
rig is vouched for by someone I know and trust. Also, I doubt
most owners would let you go up the
rig given the liability issues if the
rig should fail and you get injured. Finally, many boats
are on the hard when up for sale, and going aloft on the hard is a really, really bad idea IMHO.
That is why I recommend taking photos of the
rig from the ground. The amount of detail you can pull off of a
8-10 MP image nowadays is astounding, even if the camera only has a fairly
short focal length lens.
Moisture Meters
If you are in the market for a 10k+ vessel do yourself a favor and invest
in a moisture meter. It will pay for its self the first time you use it
and rule out a boat!!
Surveys run $600+ clams, moisture meters are $169 clams. If you found a
boat you really loved but the surveyor came out and found moisture your
out $600 if you do your own "checking" you can rule out many boats safely
without a survey and with each boat you rule out die to sever moisture the
meter costs less and less until it's free! When you are done simply sell
it here on Sailnet to another member or keep it which is what I'd suggest!
Please do NOT listen to the neigh Sayers like David Pascoe on this
subject. He is a surveyor who DOES NOT want you to own a meter. He uses
scare tactics and discuses how "difficult" it is to use one. That is
complete BUNK! Using a meter, to a level where you can rule out a boat
with severely wet decks, takes about a half hour to learn! More accurate
and detailed use takes more time but that is not what you are after in
this stage.
Trust me he and his cohorts WANT to survey three or four boats for you
before you find one to buy. My buddy Eric surveyed five boats before
finding one in salable condition. He spent over 2k in surveys. He could
have ruled at least four of these boats out, if not all five, with about a
half hours worth of reading and a $300 meter saving $1700.00....
I use an Electrophysics CT33 moisture meter. This is basically the SAME
EXACT meter as the $325.00 J.R. Overseas GRP33. The only difference I know
of are the graphics on the analog display. As long as you don't mind
ordering from a Canadian company you can save HUGE money. The current
price for the CT33 is $169.00 plus shipping from Canada. Oh and don't
forget to order the calibration block @ $10.00..
Specific Inspection Areas:
#1 Sails & Canvas - If the sails are on board find the UV cover or luff end of the
head sail and scratch the threads with your fingernail. If they fail or
break the sails need at a minimum re-stitching. If you can find the head
board of the main sail,it sees lots of UV as it's not folded into the sail
when flaked do the same here. Do the same for any canvas..
#2 Driveline - On inboard powered boats grab the prop and
wiggle it back and forth up and down. If there is any play the cutlass
bearing is mostly shot and will need replacement.
#3 Driveline - Inspect the strut, prop shaft (if bronze) and
prop for any signs of dezinctification. This will appear as areas of
discoloration more pinkish or coppery in color as opposed to the gold hue
of bronze. A Scotchbrite pad is a good thing to add to the inspection kit
as it will allow you to get down to bare bronze.
#4 Rudder -Grab the rudder and move it from side to side and fore
and aft. If there is significant play the bearings or bushings may be past
prime.
#5 Rudder - Move the rudder by hand from full port to full
starboard. If you feel any difference in resistance it could be a bent
shaft or steering gear issues.
#6 Steering - Inspect the entire steering gear assembly and look for
excess play or "meat hooks" on the steering cable. Make sure the
wheel brake works. A broken
wheel brake, or one that does not have adequate locking to prevent
you from turning the rudder by hand, means the rudder was allowed to move
freely at the dock or mooring. This is BAD and adds to unnecessary
premature wear and tear on the entire steering system.
#7 Steering - Inspect the rudder stuffing box. You are looking for
signs of drips or leaks. they will usually run from the top of the rudder
packing gland down and will be green in color if it has a bronze rudder
packing gland.
#8 Rudder - Look for any rust colored drips emanating from the
rudder. This is a good sign of water intrusion.
#9 Keel - Look for any signs of water seepage or discoloration
stains along the keel to hull joint. Leaking keel joints lead to crevice
corrosion of the keel bolts and can be a bad situation.
#10 Keel - Look in the bilge for any signs of un-sealed screw
holes, possibly left over from a float switch or bilge
pump, with brownish rust stains around them. This could mean the
boat has a plywood laminated keel stub that has been moisture saturated.
If the stub has wood and it's wet the keel bolts will likely be suffering
from a good deal of crevice corosion.
#11 Keel - Look at the keel bolts and make sure they are no
circular stress cracks emanating outward from the backing plates. This is
another sign of a rotting and compressing keel stub. Solid fiberglass does
not compress enough to create circular stress cracks.
#12 Bulkheads - Using a Awl (please be courteous and do this in an
inconspicuous area that can not be seen) poke the areas around the chain
plates lightly. If the wood is rotten the Awl will sink in. Do the same
around the bottoms of the bulkheads where they meet the bilge.
#13 Glassed in Bulkheads - Inspect all tabbing and make sure NONE
of it is peeling or broken free from either the hull or the bulkheads. Do
your best to look at the entire mating surface and this will usually
require the flashlight and inspection mirror. If you notice any
discoloration of the wood lightly poke at it with the Awl. Look for any
signs of the teak veneer bubbling or lifting. This is always a red flag
for moisture in the bulkheads.
#14 Screwed in Bulkheads - Many production boats used bulkheads
that are screwed in place. Make sure the screws are entering at a 90
degree angle to the wood. Screw heads that are cocked or off the 90 degree
angle, and if there are more than just the occasional one, are a good
indication the bulkhead has been over stressed and has moved. Awl same as
above and PLEASE be polite about your use of the Awl!
#15 Deck (Under-side) - Do your best to remove anything that will
get you to the backing plates of deck hardware. Please do not dismantle
the boat! This is only for areas of easy access. If you can unzip a
headliner for example, and the zipper does not stick, visually inspect
deck penetrations for any signs of "coffee drips". Any brownish drips or
brownish colored stains dripping from through-bolted hardware or any holes
on the underside of the deck are signs of a seriously deteriorating
rotting deck. If you see "coffee drips" in more than one location walk
away and find another boat..
#16 Seacocks - Visually inspect the "balls" from outside with a
flashlight and look for any signs of corrosion. If they have handles that
turn like your hose spigot at home know that they will need to be replaced
because they are gate valves. Real seacocks should have handles that turn
only vertically to be in-line with the valve and horizontally to be
in-line with the hull only. Turn the handles and visually make sure the
balls are opening and closing from outside the boat and make sure they
turn freely.
#17 Seacocks - Check for a UL Marine rated listing and
dezinctifacation (coppery pinkish coloring)
#18 Seacock Backing Blocks - Poke these with the Awl. If they are
soft they are wet and will need replacement. The Awl should not "sink in"
under light pressure.
#19 Hoses - Visually inspect hoses, including exhaust hoses, for
any signs of dry rot, cracking or reinforcement wire bleed or break
through. If you see rust spots mid hose this is a good sign that the
reinforcing wire is rusting inside the hose. Check for double hose clamps
at all bellow water fittings. Also check to make sure there is no clear,
un-reinforced hose that leads to any through hull fitting.
#20 Seacocks - Check for a UL Marine rated listing and
dezinctifacation (coppery pinkish coloring).
#21 Engine - Check the oil and make sure it was recently changed
and that it is clean and not black. An owner that puts a boat away, or
lists one for sale, with dirty oil, is also an owner that does not
maintain the vessel to a good standard!
#22 Engine - If you've checked everything else, and are a VERY SERIOUS
BUYER, remove the engine/heat exchanger zinc and make sure there actually
is one and that it is in good condition. DO NOT do this with the boat in
the water and the seacock open and do not do this if you are tire kicking
this vessel. Ideally this should be left to the surveyor but most don't do
this!
#23 Engine - Using a clean white rag run it under the engine any
where you can reach. If you find a drip record it in the notebook and jot
down it's location. Turn the rag to a clean spot and continue. Many owners
will spot clean an engine to hide oil leaks. The rag trick usually finds
them.
#24 Engine - Wiggle the engine and visually inspect the motor
mounts for dry rot or oil degradation. make sure the motor mounts are
still working and not cracked.
#25 Engine / Fuel - If the boat is equipped with a fuel/water
separator device such as a Racor. Use an empty Coke bottle to crack the
pet **** and drain off just a touch of fuel. If it is laden with sediment
or all you get is water this is a bad sign. Do NOT drain the entire bowl
just a quick crack of this pet **** will show you what you need to know
and won;t require the owner re-bleeding the engine. Be polite and clean up
ANY
fuel drip with the spray cleaner you brought. Even ONE drop is being
impolite and rude diesel stinks!!!
#26
Winches - Rotate the
winches and make sure they rotate freely and smoothly. Wiggle them
side to side, especially if they are aluminum. There should be NO play in
the drum. Any play in an aluminum winch is a good sign that the bearing
mating surfaces are worn or corroded due to dissimilar metals corrosion.
DO NOT overlook this,
winches are big $$$$$$$!
#27 Blocks Sheaves - Make sure all blocks and sheaves rotate freely
and are not frozen.
#28 Running
Rigging - Look for any signs of chafe and wear especially
halyards. Scratch the surface of the lines jacket with your fingernail and
if threads give way or break it is time for new running
rigging.
#29 Portlights - Look for any visibly signs of leaking.
#30 Lifelines - Look for rust / corrosion at the fittings and
between the white jacket of the wire and the swaged fitting.
Warning Signs:
If the boat owner doesn't want/allow you to do this... it may be that they
are hiding something.
A boat owner who is proud of how well kept and maintained
his boat is should have no problem allowing you fairly complete access to
the boat and its systems.
Walk the Docks
Once you've gone over the boat with a fine tooth comb... walk the docks
and talk to the other marina residents. They can often give you a lot of
information about the boat.
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Was it used regularly or was it a dock queen?
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Did the owner come out to check the
lines and
fenders before and after a storm?
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Did the owner have regular maintenance done to
the boat? |
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How long has it been for sale? |
All this stuff can often be discovered just by being friendly and
talking to other people at the boat's marina.
When you get home
Put everything aside for a day...and then come back and look at it... this
gives your subconscious mind a chance to process what you've seen and
things that you may have not realized on the initial trip may jump out at
you.
If
you get a hunch about some equipment or part on the boat, look at your
photos and notes about them and see if you can figure out what your
subconscious is trying to tell you.
Don't forget to do a bit of research on the various pieces of equipment
you saw on the boat to find what specific problems are common to them.
What to do next:
If you really like what you saw and didn't come across any glaring warning
signs, it is probably time to make the offer. When you make your offer,
ask for maintenance records, and make the offer subject to survey and sea
trial.
Remember, if you're married or have a significant other... GET THEIR
INPUT. If you don't, you probably will regret it in the long run.
Was it used regularly or was it a dock queen?
Not indicative of much of anything. A "dock queen" may be in more original
condition and lightly used, but a regularly used boat that is well cared
for may be better. I'd rather have one that has been used and all problems
identified and fixed.
Did the owner have regular maintenance done to the boat?
Owner may have done the maintenance themself. Just because someone paid
for work to be done doesn't mean it was done right.
How long has it been for sale?
In this market you can't tell anything by this. The boat may have been
over priced for a year before it was reduced. May have been listed with a
bad broker, etc...
If a cabin door or cabinet door doesn't open or close smoothly, it may
mean the hull and deck have changed shape and causing it to bind—this can
often happen if a compression post has started to weaken.
Or, it could be that the wood has expanded from 20+ years in a marine
environment, etc...
Keep in mind that older boats especially are going to have problems. None
are perfect. Some problems are bigger than others and some problems are
big to one owner and not important to the next. It is good to identify
problems and potential problems, but most all of them are repairable if
you're willing to spend a few $$ and a few hours.
If a boat is interesting enough to you to do all this work, in
advance of coming to the boat to begin with - have the owner's last survey
sent to you. It can be used as a checklist - and furthermore you can use
it with your surveyor (if boat passes your inspection) to verify that
previous issues have been addressed. It'll also demonstrate the level of
care the PO had with the boat.
One of the first things i do is take off the oil filler cap. if it
has water dripping from it the engine has water in the crankcase. this is
because water evaporates and then condenses in the valve covers. it will
show up here even if there is not enough to look milky on the dipstick. |