Whitening Under the Finish — Why Champagne Is Going to a Boatbuilder

The Winter Boat Shed — Repair, Improve and Prepare for Next Season

Sometimes the most useful tool in the workshop is knowing whom to call.

The whitish marks towards the front of Champagne were on my winter maintenance list for a reason. They interrupted the appearance of the varnished wood, but the more important question was what lay beneath them.

Was this something confined to the finish? Would removing it reveal timber that needed attention? How much work was I about to uncover?

At that stage, I had questions rather than a diagnosis. A pale patch tells you where to look. It does not, by itself, tell you what has happened.

Then Richard Stent watched me starting work on Champagne.

Richard is an experienced cabinet maker and restorer. After examining the boat carefully, he recommended taking the old varnish off, returning to bare wood and assessing what was actually there before deciding whether any further treatment was necessary.

That advice changed the job. The old varnish has now been removed, revealing undamaged teak plywood. Richard has glued down the areas that had lifted and prepared the boat for refinishing.

The fresh finish is still to come. Already, though, this has become one of the most useful lessons of our winter work.

A Whitish Mark Is an Observation, Not a Diagnosis

When you care about a boat, an unfamiliar mark can start an uncomfortable train of thought. You notice a change in colour, look more closely and begin wondering how far the problem extends.

There is a temptation to move straight from appearance to explanation. Something looks cloudy, so it must be damp. Something has lifted, so perhaps the plywood is failing. Before long, the imagined repair can become much larger than the evidence supports.

For Champagne, the starting point was simpler: whitish marks were visible towards the front, and the varnished timber needed examining.

I do not have a confirmed explanation for the whitening to report. What I do have is the result of Richard’s examination and the stripping work. Keeping those two things separate matters.

The finding that the exposed teak plywood was undamaged is reassuring. It does not retrospectively prove precisely why the old finish looked white.

Richard’s Advice: Take the Old Finish Out of the Equation

After looking carefully at Champagne, Richard’s recommendation was to use varnish remover to strip the old coating back to bare wood.

Only then would it be possible to see whether individual areas needed further treatment. He thought that additional treatment would probably prove unnecessary, but the important point was that the decision would follow exposure of the wood.

There is a useful sequence here:

1. Record what is visible.
2. Have the affected area examined.
3. Remove the finish using an appropriate method.
4. Assess the exposed material.
5. Complete any necessary repairs before applying the new finish.

For this job, stripping was part of finding out what needed doing. Applying another coat over the marks would have left the central question unanswered.

That is something I want to remember elsewhere on the boat. A new surface can look satisfying, but preparation needs to address what is underneath it.

What the Stripping Actually Revealed

Richard was able to obtain and use professional stripping products that I could not readily obtain myself. In his hands, the varnish came away readily and the teak plywood beneath it was revealed.

The wood was undamaged.

That is the central finding of this stage of the restoration. The worrying appearance of the old finish had not translated into damaged teak plywood in the areas exposed by the work.

There were, however, lifted areas to deal with. Richard glued those down and has brought the work to the point where Champagne is ready to be refinished.

I am deliberately leaving the exact adhesive, stripping product and construction detail out of this account because I have not recorded them here. There would be little value in filling those gaps with an impressive-sounding repair recipe.

The useful record is what happened: careful examination, removal of the old coating, sound plywood revealed, lifted areas secured and preparation completed.

Why a Cabinet Maker’s Experience Mattered

Although this article began as a question about taking Champagne to a boatbuilder, the person who has carried out this work is Richard, an experienced cabinet maker and restorer.

That distinction deserves making. His experience with timber, old finishes and restoration was directly useful to the work in front of us. I am grateful for the care and judgement he brought to it.

The value was visible in more than the speed at which the old varnish disappeared. He examined the boat before recommending a method. He anticipated that the exposed wood might need little further treatment. He dealt with the lifted areas before the new finish was applied.

Watching someone experienced work is a reminder that having the tool is only part of the job. Knowing what the material can tolerate, what to leave alone and when the preparation is complete takes practice.

I enjoy doing maintenance myself. Bringing in help for a particular task is also a way of looking after Champagne properly and learning more about her.

Professional Stripping Products: The Method Needs to Suit the Boat

It would be easy to tell this story as a discovery of a particularly effective chemical. That would miss much of what made the work successful.

Richard selected and handled the products as part of his restoration work. I have not identified the chemicals here, and their availability to a professional does not establish their suitability for another owner’s boat.

For anyone facing a similar job, a useful question for the person doing the work is: how will this method affect the timber, glue lines, adjacent finishes and surrounding materials?

The preparation afterwards matters too. Any cleaning, residue removal and drying requirements need to follow the chosen product’s instructions before a new coating is considered.

This is particularly relevant to Champagne because the timber being refinished is part of a boat with a GRP hull. The account should not be read as stripping a solid wooden hull. The material and its location both matter when choosing a repair method.

D1 and D2 — Understanding the Proposed Finish

Richard suggested finishing with Deks Olje D1 and D2. During the discussion, he mentioned that perhaps 30 coats might do.

That certainly conveyed the scale of the finishing work ahead. However, I have not established exactly how that figure was divided between applications or stages, so I am recording it as part of our conversation, not as a specification for readers to follow.

There is an important distinction between the two products:

• D1 is a penetrating, saturating wood oil. Owatrol’s UK guidance describes repeated wet-on-wet applications until the timber is saturated, with the number depending on the wood.
• D2 provides the gloss finish over prepared, D1-treated wood. The UK application guidance specifies six coats, with at least 12 hours between them.

Repeated applications of D1 during saturation are therefore different from building up separate dried coats of D2. “Thirty coats” on its own does not describe an application schedule.

Before finishing begins, the practical task is to agree the exact system and suitable surfaces with Richard, using the current product instructions. Owatrol warns that D2 can be slippery and is unsuitable for walking surfaces. That matters when deciding which parts of a sailing boat should receive gloss.

For Champagne, the aim is an appropriate protective finish, applied under suitable conditions, with enough time for each stage. The number of applications follows that plan.

Winter Provides Time — But Conditions Still Matter

One advantage of tackling the job during lay-up is that we can give preparation and finishing their own space in the calendar.

There is less temptation to squeeze another coat into a narrow gap before sailing. It is an opportunity to work steadily and keep a record of what has been applied.

A sheltered workspace helps, but I should still check the actual conditions against the coating instructions. Cold, damp weather and condensation are relevant even when rain is not falling directly on the boat.

For the next stage, a simple notebook entry will be useful: product, area treated, date, application stage and any observations about conditions or drying. If a question arises later, that record will be more helpful than trying to remember which afternoon we applied which coat.

The finish is not yet complete, so I cannot show a final result or report how it has performed afloat. That will be the next chapter.

Photograph the Evidence While You Can See It

This job also connects neatly with an earlier Winter Boat Shed lesson: photograph it before you take it apart.

The most useful photographic sequence for a finish problem is straightforward:

1. An overall view showing the location on the boat.
2. A close-up of the original whitening.
3. The same area after the old finish has been removed.
4. Any lifted areas and the completed repair, where photographs are available.
5. The prepared surface before refinishing.
6. The finished surface once the work is complete.

Matching the angle and lighting as closely as possible makes comparisons more informative. A reflection in gloss can obscure the very patch you are trying to record.

Where a stage has not been photographed, I would rather leave a gap and explain it than substitute an illustration that appears to document work it does not show.

What I Would Ask Before a Similar Repair

For another owner looking at a cloudy or whitish patch, Champagne’s experience offers useful questions rather than a diagnosis:

• What can we establish from examination before removing anything?
• Is local work sufficient, or is wider stripping justified?
• What will the chosen removal method expose, and what materials need protecting?
• What would cause the repair plan to change once the wood is visible?
• What needs completing before the replacement finish can begin?
• Which coating is suitable for each surface, and how will it be maintained?

Those questions make it easier to understand the proposed work and agree its scope. They also leave room for the evidence to change the plan.

Champagne’s result is encouraging, but another boat with a similar-looking mark may reveal something different. The examination and preparation are what allow the repair to fit the boat.

Ready for the Next Layer of Champagne’s Story

The whitish marks began as an uncertain item on my winter list. They have now led to a much clearer account of the condition beneath the varnish.

Richard examined Champagne, recommended stripping the old finish and revealed undamaged teak plywood. He secured the lifted areas and has prepared her for refinishing. There is still careful work ahead, but it will begin on a surface we can now see and understand much better.

For me, that is the real value of calling on experience. I have gained a prepared boat and a better understanding of the job.

Champagne has many more races, experiments and lessons ahead of her. Looking after her through the winter is part of making those possible.

Sometimes the most useful tool in the workshop really is knowing whom to call — and then taking the time to watch, listen and learn.

 

Three Boats, Different Materials — Why One Repair Method Will Not Suit Everything

The Winter Boat Shed — Repair, Improve and Prepare for Next Season

The repair that works beautifully on one boat may barely stick to another.

Looking after Champagne, our RS Toura and Whaly Coyote means keeping three rather different maintenance lists. There are ropes, fittings and covers to check on all three. But once we start looking at hulls, decks and damaged surfaces, the similarities become less useful.

Champagne brings together a GRP hull, timber, paint and varnish. The Toura has a moulded polyethylene hull. Coyote, our Whaly 455R electric camera boat, is also built from polyethylene, but with its own construction and fittings.

It would be convenient if one repair kit dealt with everything. Unfortunately, a product being described as “marine” does not tell us whether it belongs on a particular surface.

Before asking, “What shall I repair this with?”, we need to ask, “What exactly am I repairing?”

Start With the Material Beneath the Finish

A blue surface might be paint, gelcoat or coloured plastic. A glossy surface might be varnished timber or a resin coating. From a few feet away, they can look surprisingly similar.

Their repair requirements can be completely different.

There are three separate things to identify:

1. The structure: the material carrying the load, such as GRP, timber or polyethylene.
2. The finish: paint, varnish, gelcoat or the exposed moulded material itself.
3. The fault: a surface scuff, failed coating, loose fitting, split, separation between layers or damaged structure.

A finish can fail while the material underneath remains sound. Equally, an attractive surface can conceal a problem beneath it.

That distinction matters more than finding an exact colour match.

Our Three Boats: A Useful Comparison

Boat or area	Material and finish	What this means for maintenance
Champagne’s hull	GRP, with a painted exterior	Establish whether damage affects paint, an underlying surface layer or the glass-reinforced structure before choosing a repair.
Champagne’s timber areas	Timber and plywood with protective varnish	Check coating condition, edges, joints, moisture entry and whether the wood or its bonded layers remain sound.
RS Toura hull	RS Comptec PE3 rotomoulded polyethylene	Conventional GRP patching and gelcoat repairs cannot simply be transferred to this hull. Obtain advice specific to the model and damage.
Whaly Coyote hull	Whaly 455R rotomoulded polyethylene, with double-walled construction and an internal foam layer in the R version	Assess the affected skin, location and loading; use a repair route appropriate to Whaly’s construction.

RS identifies the Toura’s hull as Comptec PE3 polyethylene. Whaly’s published information describes the 455/455R as double-walled rotomoulded polyethylene and identifies the additional foam layer in the R version. These descriptions establish the materials; they do not make the two boats interchangeable repair projects. [1–3]

Champagne: One Boat, Several Different Jobs

Champagne is a useful reminder that identifying the boat is only the beginning. We also need to identify the particular part.

Her GRP hull and varnished timber areas call for different treatments. Her published history records a wooden deck, later deck work and varnished plywood, alongside a painted blue exterior. [4]

A paint defect is not automatically a structural defect

Suppose we find a small scrape on a painted section of the hull.

The first task is to establish how deep it goes. Has it marked the paint? Has it exposed a layer underneath? Are there damaged glass fibres, a crack or movement around a fitting?

Those observations determine whether we are planning local refinishing or something more substantial. Filling the visible depression and painting over it would not restore damaged reinforcement.

Before repainting, I also want to know what coating is already there and which preparation and overcoating system is compatible with it. “Blue boat paint” is not a sufficiently precise specification.

Timber needs more than a fresh shine

With varnished timber, the questions change. Is the coating lifting? Are edges exposed? Has water entered beside a fastening? Is a darkened area merely stained, or has the wood deteriorated?

Our small bow repair provides a useful example. Water had entered beneath the varnish, and a local area of timber veneer had lifted. The job involved securing that separated layer and then restoring the protective finish. It was a timber-layer repair, rather than a generic example of repairing GRP delamination. [5]

That distinction is easy to lose when we use the same word — “delamination” — for several different failures.

For me, the lesson is to describe what has separated from what. “The veneer has lifted from the board underneath” gives a much clearer starting point than “the hull needs some glue”.

The whitish marks deserve a diagnosis

The whitish marks towards the front of Champagne are something we plan to have assessed by a professional boatbuilder.

There is little value in confidently choosing a treatment before we know the cause. A mark in a coating and deterioration beneath that coating can look similar in a photograph.

I would rather understand the problem once than repeatedly improve its appearance.

The RS Toura: Polyethylene Changes the Repair Question

RS specifies the Toura’s hull construction as Comptec PE3 rotomoulded polyethylene. [1]

That is a different material system from Champagne’s GRP hull. GRP contains glass reinforcement held in cured resin. Polyethylene is a thermoplastic. Its surface and its response to heat and adhesives are different.

Polyethylene is also a challenging bonding surface. Ordinary resin or filler may harden into an impressive-looking patch while achieving a poor bond to the hull beneath it.

The crucial question is not whether the patch becomes hard. It is whether the complete repair remains attached and performs under the movement and loading it will encounter.

“Epoxy never sticks” is too simple as well

Specialist adhesive systems and carefully specified preparation can bond some polyethylene applications. WEST SYSTEM’s published G/flex testing demonstrates how strongly preparation affects adhesion to polyethylene, and explains why joint design matters too. [6]

That does not establish approval for a particular Toura repair.

Before choosing a method, send RS or a repairer familiar with the model photographs showing the damage, its position and the wider area. Ask whether the appropriate route is monitoring, component replacement, a specified bonded repair or specialist plastic repair.

Where plastic welding is proposed, material compatibility, access, temperature control and the construction of the affected area all matter. It is a job to specify properly, rather than an invitation to experiment with a heat gun.

Our seat repair needs its own investigation

The Toura’s seat is already on our winter list, and the fact that it needs attention again is useful information.

I want to establish exactly which component has failed and what it is made from. The hull specification alone does not identify every seat component, insert or attachment.

Has the seat itself split? Is a fixing loose? Has movement developed at a support? Is the previous repair sound while an adjacent area has failed?

For a useful enquiry to RS, I would include:

• The boat’s identification details and the exact component location.
• An overall photograph and close-ups with a scale.
• Details of the previous repair and products used.
• The movement or failure observed in normal use.

If the seat carries a person’s weight, making the crack disappear is not an adequate test of success. We need to understand how that weight reaches the supports and whether the proposed repair restores that function.

Whaly Coyote: Similar Polymer, Different Construction

Coyote belongs on the polyethylene side of the comparison. Our Whaly 455R has a double-walled rotomoulded hull, and Whaly describes the R version as including an internal foam layer. [2,3]

It would still be a mistake to assume that an approved repair on the Toura could automatically be repeated on Coyote.

Wall arrangement, foam, access and local loads all influence what can be done. A scrape on an exposed surface presents a different question from damage near a transom carrying an electric outboard.

Distinguish a mark from a loss of function

For a minor surface scuff, I would begin by cleaning with a manufacturer-compatible method, photographing it and checking whether there is any deeper damage. There may be no useful reason to fill or refinish an otherwise serviceable moulded surface.

A split, significant deformation, water appearing somewhere unexpected or movement around a loaded attachment requires a different response: establish the cause and obtain model-specific advice before returning the boat to service.

“Low maintenance” still leaves us with inspections to do.

Camera mounts deserve structural thought

Coyote’s filming role makes extra mounts and brackets tempting. A small camera does not weigh much, but a projecting pole or bracket increases the leverage at its attachment, especially if someone catches it while moving around the boat.

Before drilling, I want to know what is behind the proposed hole, how the load will be spread and whether the attachment method is suitable for that part of the hull. A large washer is not automatically a complete solution for a hollow moulding.

The hull material is only one part of the installation. The fitting, support, fastener and any sealant must work together.

Three Similar-Looking Problems, Three Different Decisions

1. A superficial scrape

On Champagne’s painted GRP hull, the work may be compatible paint preparation and touch-up after confirming the underlying structure is sound.

On the Toura or Coyote, the same visual mark may be in the moulded polyethylene itself. Reaching for gelcoat filler would start with the wrong material assumption.

2. A lifted surface layer

On Champagne’s timber, this could be separated veneer requiring assessment of the wood, moisture route and bond.

On GRP, separation between reinforced layers would be a different structural problem. On either polyethylene boat, the construction needs identifying before interpreting an apparent separation.

The word “layer” does not tell us which repair to use.

3. A moving fitting

On any boat, tightening a screw may leave the real cause untouched. The fixing may be loose, its hole damaged, its backing inadequate or the supporting material compromised.

The useful question is: what should be carrying the load, and why is it moving?

A Winter Repair Record That Helps in Spring

For each job, I would record:

• Boat, component and exact location.
• Confirmed material and existing finish; any uncertainty clearly marked.
• Photographs before cleaning, after cleaning and during work.
• Observed damage and advice received.
• Specified products, preparation and application conditions.
• Completion date and any inspection needed before use.

Winter conditions belong in that record. A repairer’s or product manufacturer’s requirements for temperature, dryness, humidity and curing still apply inside a boat shed. A coating feeling dry does not necessarily mean it is ready for service.

The record also gives us something more valuable than memory when a repair needs revisiting next year.

Repair the Material You Have

There is satisfaction in learning to maintain your own boat. With three boats, there is plenty of opportunity to learn.

But the most useful workshop skill is sometimes pausing before opening the tin.

Champagne asks us to distinguish GRP, timber and their finishes. The Toura reminds us that polyethylene needs its own approach. Coyote shows that even boats made from the same family of plastic can require different repair decisions.

Our winter aim is to make each boat ready for its next job: Champagne racing on the Thames, the Toura taking us sailing and Coyote carrying the cameras.

Identify the material. Understand the damage. Then choose the repair.

That habit may save more time, money and frustration than any supposedly universal repair kit.

 

Blocks, Cleats and Shackles — Small Fittings, Surprisingly Big Problems

The Winter Boat Shed — Repair, Improve and Prepare for Next Season

The rope still moves. The cleat still grips. The shackle is still attached. So why has sailing become such hard work?

Some boat problems announce themselves immediately. Others creep into our sailing so gradually that we adapt without noticing.

We pull harder on a halyard. Give a sheet an extra tug. Reach forward to persuade a rope into its cleat. Someone develops a special technique for releasing a control, and eventually we teach that technique to the next crew member.

“It has always been a bit awkward.”

That sentence deserves a place at the top of the winter maintenance list.

With Champagne, the tall mast and large sails naturally attract attention. But winter is also an opportunity to follow the ropes down to the small fittings that make those sails manageable. A tired block or badly aligned cleat may be easy to overlook beside a hull repair, yet it can affect every outing.

Still working is only the first question

A block is a pulley assembly; its rotating wheel is the sheave. The rope should run through the intended groove, with the block correctly aligned to carry its load.

A fitting can remain usable while introducing considerable resistance. A sheave may turn unevenly, a rope may rub against a sideplate, or a cleat may require an awkward pull before it engages.

Think about an ordinary tack. The crew releases one jib sheet and brings in the other. If the old sheet hangs up while the new one needs repeated hauling, a straightforward manoeuvre becomes a struggle.

The boat loses speed. The crew loses time. Attention moves away from the wind and surrounding boats.

Aboard an A-Rater such as Champagne, coordination already matters enormously. I want the winter work to include a simple question: are the fittings helping the crew do their jobs?

That is a useful question on the Toura too. Equipment that operates predictably makes learning and family sailing more enjoyable.

Follow one rope from sail to hand

Choose a control that felt troublesome last season. Photograph its route before removing anything, then trace the entire system.

Where does the rope start? Which blocks does it pass through? Where does it change direction? How does it enter the cleat? Where does the unused tail go?

Look at the system from the crew’s normal working position. A rope lead that appears reasonable from beside the boat may be difficult to use while sitting out or moving across the cockpit.

Include both directions of travel. A sheet that pulls in reasonably well but will not run out freely still needs attention.

Work with the boat secure and the system unloaded. Do not release a loaded shackle or dismantle a fitting supporting the rig. A light hand check is useful for finding problems; it does not certify a fitting’s strength or prove its behaviour at sailing loads.

Blocks: look beyond a quick spin

With the rope slack or removed, turn the sheave slowly. Look for roughness, sticking, wobble and contact with the sideplates. Inspect the groove, visible bearing area, axle and attachment.

Useful questions include:

• Is the sheave cracked, chipped or badly worn?
• Can the rope become trapped beside it?
• Are there rubbing marks on the cheeks?
• Is there grit around the bearing?
• Does the attachment allow the block to align properly?
• Is the rope within the manufacturer’s specified diameter range?

Some movement may be normal for a particular design. Different bearing systems also feel different when unloaded, so the longest free spin is not a reliable competition for the healthiest block.

Ratchet blocks need particular care in interpretation: resistance in one direction may be intentional. Check the operating mode and the model’s instructions before diagnosing a fault.

Harken’s block service guidance identifies distorted bearings or sideplates and damaged attachments as inspection concerns. It also makes clear that serviceable components vary between block families. Identify the model before deciding what can be dismantled or repaired. [1]

A practical example: the halyard that needs another heave

Imagine a sail that becomes increasingly difficult to hoist.

A stiff masthead sheave is one possibility. So are a crossed halyard, a rubbing exit, a poor lead at the mast foot, or resistance in the sail track.

Buying a new block before tracing the route may leave the real problem untouched.

Record where the resistance begins and whether it changes as the sail rises. Leave inaccessible masthead inspection to a properly planned job; hauling harder is not a diagnosis.

Bearings: cleaning has limits

River sailing brings its own dirt: silt, dust, plant debris and grit. A boat need not visit the sea for its fittings to need cleaning.

For the blocks covered by its quick-service sheet, Harken recommends fresh-water flushing and periodic cleaning with mild detergent, followed by rinsing while turning the sheaves. [1]

Use the instructions for your own fittings. Do not assume every bearing needs oil or grease, and do not spray the whole boat with a general-purpose lubricant. Some products require specific lubrication; others mainly need to be kept clean.

Clean first, then reassess. Persistent grinding, damaged bearing components or obvious deformation need investigation and appropriate repair or replacement.

A spray cannot restore missing material or reverse structural damage.

Cleats: gripping is only half the job

A useful cleat must hold when required and release when the sailor needs it to.

For a cam cleat, inspect the jaws, springs, visible wear and mounting. Do the cams move smoothly and return properly? Is the rope the correct size? Does it enter at an appropriate angle?

Harken’s guidance for its Cam-Matic and Carbo-Cam cleats links poor return action to spring faults and line escape to an unfair lead. It also warns that overtightened mounting screws can make the pawls bind. [2]

That last point is worth remembering: more tightening is not always the answer.

A practical example: the cleat that only works if you lean forward

Suppose a control stays secure only when the crew lifts the rope sharply and pulls from a particular position.

The crew may have learnt to compensate for an unsuitable lead or mounting angle.

Check the rope specification and the manufacturer’s installation guidance. An approved wedge, riser or fairlead may help, but the finished arrangement must also allow prompt release from the normal sailing position.

Check horn and clam-style cleats for wear, sharp edges, secure mounting and rope compatibility too. Their different mechanisms need different inspection and operating techniques.

Shackles: inspect the whole connection

A shackle may look reassuringly solid. Look closer at the bow or body, the pin, its threads and the surfaces touching the neighbouring fitting.

Check for distortion, cracks, significant corrosion, worn contact areas and damaged threads. Ask whether the connection can articulate as intended, without forcing the shackle into an unsuitable sideways load.

Harken calls for immediate replacement of cracked, corroded or elongated shackles in its block service guidance. Such damage may also signal a problem with the loading or the surrounding assembly. [1]

Do not simply install a shinier copy and close the job.

A replacement needs to suit the application, dimensions, material and specified working load. Keep the correct pin with its shackle, and follow the manufacturer’s securing method. Mousing is appropriate for some connections, but there is no universal arrangement for every shackle and release mechanism.

If there is a soft attachment, inspect its chafe points and follow the specified attachment method. Changing from metal to rope requires more thought than matching the hole size.

Sharp edges: let the rope point you towards the fault

A small patch of damaged rope can be evidence about something else.

If a cover becomes fuzzy repeatedly in the same place, inspect the fitting it meets. Possible causes include a damaged sheave groove, a burr, an exposed thread or a rope running across an edge.

Use good lighting and inspect before touching. Do not sweep bare fingers along a potentially sharp surface.

Replacing the rope without finding the cause can damage the replacement too. Photograph the worn section in its working position, then trace what it contacts throughout the control’s movement.

Tape may keep a sound pin end from snagging clothing. It does not repair a cracked fitting or make a damaged load-bearing edge acceptable. Avoid filing or reshaping hardware unless the manufacturer permits the work.

Loose fastenings: look underneath as well

A moving cleat or deck eye may have a loose fastening. It may also have damaged backing or a problem in the structure beneath it.

Look for movement at the base, cracks, staining, enlarged holes, missing nuts or washers and deterioration around the mounting. Where accessible, examine the underside.

The temptation is to reach for a screwdriver. First establish what has moved and why.

Harken’s general installation guidance includes fasteners, backing arrangements and mounting surfaces in its inspection requirements. A sound fitting depends on the structure receiving its load. [3]

Use the specified fasteners, installation method and torque where provided. Where the deck or underlying timber or laminate is damaged, obtain an appropriate repair assessment before returning the fitting to service.

Awkward leads: a healthy fitting in the wrong arrangement

A rope lead is “fair” when the rope follows its intended path without unwanted rubbing or forcing fittings out of alignment.

Watch for a block lying against another fitting, a sheet rubbing the cockpit edge, a control crossing another line, or a bulky splice approaching a sheave.

Consider the full range of movement. The route can change as the boom swings, a traveller moves or a crew member changes position.

Before moving a fitting, establish the load direction and the strength of the proposed mounting. A convenient empty patch of deck is not automatically a suitable attachment point.

This is where photographs and short videos are useful. With the boat securely supported and the controls handled gently, one person can operate a line while another records where it rubs or changes angle.

More purchase can bring more friction

Adding another block may reduce the ideal pulling force, but it also adds rope travel, another bend and another component to maintain.

For a simple ideal example:

Ideal pulling force = load / purchase ratio

With a 400 N load and an ideal 4:1 purchase:

Ideal pulling force = 400 / 4 = 100 N

Friction increases the effort needed to haul compared with that ideal. In a simple 4:1 arrangement, moving the load 1 metre also requires approximately 4 metres of hauling rope.

Those numbers illustrate the principle; they are not a specification for Champagne’s controls.

Before adding purchase, investigate avoidable resistance. Equally, do not reduce purchase without checking the loads and crew requirements. The useful result is a control that the crew can haul, hold and ease reliably.

Make the winter list specific

“Check blocks” is easy to postpone. A description of a fault gives the next visit a purpose.

Observation	Next action
Sheave catches at one point	Identify model; clean and inspect; investigate persistent roughness
Cam does not return fully	Check for dirt and model-specific spring or bearing faults
Rope rubs a sideplate	Check alignment, rope size and attachment geometry
Shackle distorted or cracked	Remove from service; assess the load and specify a suitable replacement
Cleat moves at its base	Inspect fasteners, backing and supporting structure
Rope wears repeatedly in one place	Find the contact point before fitting a replacement line

Record the fitting’s location, make, model, rope diameter, photographs and required action. Mark inaccessible parts as “not inspected”, so they remain open jobs.

For Champagne, I would also ask the crew which controls needed persuasion last season. The person using a sheet repeatedly may have noticed something that is invisible during a quick walk round.

A better boat can start with a smaller job

The most satisfying winter improvement may be a control that simply becomes easier to use.

A sheet runs out cleanly. A cleat engages from the proper position. A block aligns without rubbing. The crew completes a manoeuvre without pausing to wrestle with the equipment.

That is a useful ambition for Champagne: fewer distractions between deciding what to do and making the boat respond.

Choose one troublesome rope this winter. Follow it from sail to hand. Inspect every fitting it meets, record what needs attention and finish the job before sailing again.

Small fittings deserve attention because they shape so many of the things we ask a boat to do.

Spread the Sails Out — What Can You Learn Before Spring?

The Winter Boat Shed — Repair, Improve and Prepare for Next Season

Some of the most useful sail inspections happen nowhere near the water.

During the season, we usually look at our sails from underneath. We watch the telltales, adjust the sheets and try to work out whether we could point a little higher or find a little more speed.

Once ashore, the sail often disappears into its bag. There is a boat to secure, equipment to put away and perhaps a cup of tea waiting in the clubhouse.

Winter gives us an opportunity to look properly.

Spread a sail out somewhere clean and dry, and the questions change. Where is that loose thread leading? What is rubbing against that patch? Has the old repair started lifting?

For me, looking after Champagne means thinking about the whole boat: hull, ropes, rigging, fittings and sails. Her tall rig naturally attracts attention, but the cloth deserves a maintenance session of its own. The Toura’s sails belong on the list too. A boat used for learning and family sailing still needs dependable equipment.

The aim is to finish with useful observations, photographs and decisions.

Make Space Before Opening the Bag

Find a clean, dry area with good light. A suitable clubhouse floor, hall or workshop may work, with permission. Check for grit, sharp objects and anything oily before laying down the sail.

With a sail as large as Champagne’s, finding enough space may be the first task. If you cannot open the whole sail, work through it in manageable sections, keeping the rest supported. A sail loft is another option.

Have a notebook, phone or camera, tape measure and a few loose labels ready. Keep labels beside the cloth for photographs rather than sticking unsuitable tape onto it.

Record which sail you are inspecting. “Champagne mainsail, inspection date” is more useful than a folder called “boat pictures”.

Photograph the sail before cleaning or altering anything. That gives you a record of what you found.

Start With What You Remember From Sailing

Before inspecting the cloth, write down anything that troubled you during the season.

Perhaps a batten kept moving. Perhaps the jib caught during a hoist. Perhaps a flutter appeared that you could not settle with the usual adjustments.

These are clues, rather than diagnoses.

For Champagne, I would want the crew involved in this conversation. The person handling the jib may have noticed something that never reached the helm. A brief discussion now could save a great deal of head scratching later.

Make each note specific:

“The jib caught twice during hoisting near the end of the season.”

That gives you something to investigate and something useful to tell the sailmaker.

Follow a Route Around the Sail

Start at the head, the top corner. Follow the luff, the leading edge, down towards the tack, the lower forward corner. Continue along the foot to the clew, the lower aft corner, then up the leech, the trailing edge.

After checking the perimeter, work across the panels and seams. Inspect both sides where accessible.

This makes the job repeatable. It also reduces the chance of spending twenty minutes studying one interesting mark while missing a damaged area elsewhere.

Stitching: Follow the Seam Beyond the Loose Thread

Look for missing stitches, open seams and thread that appears worn or broken. Photograph the length of the affected area, including where apparently sound stitching resumes.

Leave loose threads in place until you understand what they belong to. Pulling one is a poor substitute for an assessment.

A useful record might say:

“Broken stitching beside the lower leech; photograph includes ruler and surrounding panel.”

Corners and Attachment Points: Look Beyond the Metal Ring

At the head, tack and clew, inspect the surrounding reinforcement, stitching and webbing as well as the fitting itself. Look for fraying, distortion, lifting layers or movement around an attachment.

Include reef attachments where fitted. North Sails includes corners, webbing, hardware and hand stitching in its professional inspection checklist. [1]

If something appears to be pulling away, make that a priority for the sailmaker before using the sail again.

Batten Pockets: Check the Ends and Closures

Look closely at pocket ends, stitching and whatever retains each batten. Check the battens themselves for visible damage when removal is appropriate for the sail’s design. Elvstrøm specifically includes battens, pocket latches and luff fittings in its preparation checks. [2]

Before removing anything, photograph the arrangement and record each batten’s position and orientation. Follow the maker’s instructions rather than forcing an unfamiliar closure.

Imagine discovering wear at the end of one pocket. The useful question is not simply, “Can this be stitched?” It is also, “Why is this particular pocket wearing?”

Luff, Leech and Foot: Check the Working Edges

Inspect the luff tape or bolt rope and any slides, hanks or other attachments fitted to that sail. Look for abrasion and damaged stitching. Check accessible leech and foot line arrangements without forcing seized or unfamiliar parts.

Inspect windows, telltales and their attachments too. North Sails includes these details, along with the sail body and seams, in its winter checklist. [1]

If the Toura’s spinnaker is in its bag, include it in the session. Elvstrøm advises unpacking stored downwind sails to check their condition before the season. [2]

Chafe Is a Clue About the Boat

A worn patch should prompt a second inspection: the place on the boat that may be causing it.

Sanders identifies contact with fittings, shrouds and spreaders as common sources of sail chafe. A protective patch may be appropriate, but the contact point also deserves attention. [3]

For example, suppose you find a narrow worn area in the jib. Photograph it, record its position and look for a corresponding contact point on the boat. Ask the sailmaker whether the pattern suggests a particular cause.

Simply repairing the cloth may leave the next season’s damage waiting to happen.

This is where the winter jobs connect. The sail inspection may add an item to the fittings list; the fittings inspection may explain the mark on the sail.

Previous Repairs Deserve Another Look

An old repair becomes a useful reference point.

Check whether its edges are lifting, whether stitching has opened and whether wear is developing beside it. Photograph both sides where possible.

Ask yourself what you know about its history. Was it a temporary repair during an event? Was it completed professionally? Did the original cause receive attention?

If you do not know, record that uncertainty.

“Sail repaired before our ownership; repair history unknown” is a perfectly useful note. There is no need to invent an explanation.

With Champagne, I would rather build a clear history from this winter onwards than pretend to know every earlier chapter.

Photograph the Problem So Someone Else Can Find It

My photography interests are particularly useful here. The most attractive photograph is not necessarily the most informative one.

For each concern, take three pictures:

1. An overview: enough of the sail to establish its identity and orientation.
2. A location view: the affected panel, corner or pocket, with nearby features visible.
3. A close-up: sharp detail, with a ruler beside the area where useful.

Keep the ruler in the same plane as the cloth, avoid covering the damage and check focus before packing away. Photograph the reverse if it adds information.

Use matching references in the notebook and filenames:

“C-M-01 — Champagne mainsail, lower batten pocket.”

A simple record could look like this:

Reference	Observation	Photographs	Next action
C-M-01	Wear at lower batten pocket end	Overview, location, close-up	Ask sailmaker about repair and cause
C-J-02	Stitching opening beside an older patch	Both sides and close-up	Arrange assessment before use
T-M-01	Telltale missing	Location photograph	Confirm suitable replacement

These are examples, not findings from our boats.

A short video can add context if a fitting moves, but do not pull hard on weakened cloth to demonstrate the problem.

What a Floor Inspection Cannot Tell You

A sail can look tidy ashore while leaving questions about its shape and performance under load.

North Sails recommends keeping a sail log and taking photographs regularly to support discussions about the sail inventory. [4]

For Champagne, I would combine winter detail photographs with suitable sailing photographs or video from the season. I would ask the sailmaker which views would help and what information to record about wind, course and settings.

A flat photograph of a seam answers a different question from a photograph of the sail drawing on a beat.

Nor would I blame a disappointing race result on the sails alone. On the Thames, wind shifts, current, starts, tactics and crew coordination give us plenty of other possibilities to consider.

The useful question is: “What evidence would help us understand this?”

Give the Sailmaker a Clear Brief

Instead of sending twelve unexplained close-ups, send a short introduction and an organised set of observations.

For example:

“Hello, I am planning winter maintenance for Champagne, our A-Rater. I have recorded wear at a batten pocket and opening stitching beside an older repair. The photographs are labelled to match the notes. Could you assess the sail, advise on the likely causes and separate the work needed before use from any optional improvements?”

Add the sail’s maker, approximate age and material if known, plus how you use the boat and when you hope to sail again.

Useful questions include:

• Does the surrounding cloth support a durable repair?
• Is the damage localised, or does it suggest wider deterioration?
• Could something on the boat be causing it?
• Would repair meet our needs, or should we discuss replacement?
• What cleaning and storage method suits this particular sail?
• When should the sail reach the loft?

Photographs help start the conversation. They may not provide enough information for a firm diagnosis or quotation.

Finish With Decisions, Then Store With Care

Put each observation into the maintenance plan:

Before the next sail: unresolved concerns about damaged seams, attachments, pockets or cloth that need professional assessment.

Useful winter work: agreed repairs, suitable protective work and replacement of minor accessories.

Record and review: changes the sailmaker considers suitable to monitor, with dated photographs for comparison.

Keep cosmetic marks separate from questions about condition. A stain and an opening seam should not automatically receive the same priority.

For storage, follow the sailmaker’s instructions for the sail’s construction. Sanders stresses dry, ventilated storage and cleaning appropriate to the cloth; harsh treatment can introduce another problem. [3] North Sails also advises storing sails clean and dry, away from excessive heat and potential vermin. [1]

Label the bag clearly. Keep your inspection notes somewhere you can find them without opening every sail bag in the shed.

Give Spring Sailing a Better Starting Point

There is something satisfying about a winter job that ends with fewer unanswered questions.

With Champagne, the appeal will always include that remarkable rig and the pleasure of sailing her well. Looking after the sails is part of earning more of those days. For the Toura, the reward is equally practical: equipment ready when we want to get afloat.

We cannot predict every failure or settle every performance question on a clubhouse floor. We can notice things, record them properly and ask for advice while there is time to act.

Before putting the sails away again, aim to answer three questions:

What have we found? What needs a decision? Who will deal with it?

Some of the most valuable preparation for next season begins with opening a bag.

 

The Small Parts Holding Up a Very Tall Mast The Winter Boat Shed — Repair, Improve and Prepare for Next Season

 

The Small Parts Holding Up a Very Tall Mast

The Winter Boat Shed — Repair, Improve and Prepare for Next Season

Champagne’s mast draws the eye upwards. This winter, some of the most important checks begin with the fittings small enough to hold in your hand.

Stand beside Champagne and it is difficult not to look up. An A-Rater’s tall rig is a large part of her appeal: elegant, unmistakable and wonderfully suited to a sailing photograph.

Yet a photograph of the whole boat tells us very little about the condition of the connections supporting that rig.

A wire ends in a terminal. A terminal connects through a pin. An adjuster sets the length. A toggle allows movement. A chainplate transfers the load into the boat. At the other end, an attachment connects the wire to the mast.

Each deserves attention.

The damaged wire already identified on Champagne gives us a reason to look beyond the replacement wire itself. Ordering the correct length matters, but so does understanding everything attached to either end.

The winter job is to follow the whole connection, rather than stop at the most obvious defect.

Start with a route through the rig

For an owner’s inspection, I would begin with a notebook, a torch and a camera. Choose a time when access is safe and there is enough light to see properly.

Work around the boat in a consistent order. Give each stay or shroud a clear name, photograph its lower connection, then record what can and cannot be examined at its upper end.

A useful question at every stage is: “Where does the load go next?”

The answer eventually leads into the hull structure. It also leads back to the mast and its support. A collection of sound-looking wires is only part of the picture.

This article describes observations an owner can record. It is not a procedure for dismantling a loaded rig. Do not remove pins, release stays or undo adjusters supporting a stepped mast without an agreed support and unloading plan. Arrange specialist access for anything beyond a safe working position.

Terminals: look closely where the wire ends

The terminal is the fitting at the end of the wire. Depending on the installation, it may be machine-swaged or a mechanical terminal assembled according to its manufacturer’s instructions.

Look for broken strands at the wire entry, cracks, distortion and unusual staining. Seldén’s maintenance guidance specifically includes checking terminals and associated fittings for wear, distortion and cracking.

On Champagne, the useful photograph is more than a close-up of the damaged wire: include the terminal and the next connection too. Take one wider view to identify the location, followed by a sharp detail photograph.

Do not run bare fingers along suspect wire. Photograph a broken strand without bending it back into place or disguising the defect.

Example: if a strand has failed beside a terminal, the question for the rigger is not simply, “Can you supply another wire?” Ask what else should be inspected and whether related components should be renewed.

Pins and retainers: different jobs, equal attention

A clevis pin connects components and carries load through the joint. Its split pin or specified retaining ring keeps it from working out.

That small retainer has an easily overlooked job. It belongs on the inspection list in its own right.

Record any missing or damaged retainer, a pin that appears to be migrating, or visible wear and distortion. Where a joint cannot be examined without dismantling, mark it as uninspected rather than assuming it is satisfactory.

Seldén also stresses matching pins with the correct retainers. A spare that happens to fit through a hole is not enough evidence that it is suitable.

Practical example: an apparently incomplete retaining ring is a reason to stop and resolve that connection before sailing. Tape around it would conceal the question rather than answer it.

Toggles: movement is part of the design

A toggle allows articulation at a connection. Seldén explains that its purpose includes allowing the rigging to move correctly where it meets the mast or chainplate.

When looking at a connection, record whether it appears twisted, distorted or obstructed by neighbouring hardware. Do not force a loaded fitting to see whether it moves.

This is particularly relevant when replacing wire on an older boat. New parts need to form a compatible assembly with the existing installation.

Champagne’s 9.5-metre wire problem makes it tempting to think mainly about gaining the missing length. But adding a convenient piece of hardware changes the assembly. The rigger needs to establish the correct finished length, end fittings, articulation and adjustment range together.

The useful question is: “What complete arrangement is appropriate for this boat?”

Adjusters: record the setting, then ask what it means

Rigging screws, often called bottlescrews or turnbuckles, provide adjustment. Some boats use other arrangements, so identify the actual fitting rather than assuming every boat follows the same pattern.

Photograph the adjuster and its locking method before any authorised work. Note visible distortion, corrosion, damaged threads or an arrangement that differs unexpectedly from its counterpart.

Leave thread engagement, lubrication requirements and suitability to the relevant instructions and the rigger’s assessment. Avoid copying a generic internet setting onto Champagne’s rig.

If an adjuster has seized, do not treat a longer spanner as the next inspection tool. Record it and ask how it should be dealt with safely.

A previous setting is useful evidence for reassembly and discussion. It does not prove that the setting was correct.

Mast attachments: remember the end you cannot reach

Lower fittings are easier to notice because they are close to eye level. The upper connections deserve an explicit place in the work plan.

Ask for inspection of the relevant mast attachments, spreader fittings and surrounding spar material. Surveyors report defects including cracked tang welds, fractured spreaders and deterioration around fittings.

Binoculars or a long-lens photograph can help identify something worth investigating. They cannot establish the condition of a concealed contact face.

For Champagne, the height of the rig makes this particularly clear: a deck-level inspection has limits. Record those limits. Discuss whether proper access requires the mast to be lowered and how that operation will be organised.

“Could not inspect” is a useful maintenance entry. An unexplained tick is not.

Chainplates: follow the fitting into the boat

The chainplate connects the standing rigging to the boat’s structure. Inspecting its visible top is only the beginning.

Where access permits, look at its fastening and surrounding structure. Record staining, leaks, cracking, movement or deterioration for assessment. A rigger may need a boatbuilder or surveyor to examine the structural side of the problem.

BoatUS describes how stainless steel can deteriorate in concealed, oxygen-depleted areas, including where a chainplate passes through a deck. A polished exposed surface therefore cannot clear the hidden section.

Practical example: a brown streak near a chainplate does not, by itself, establish how much damage exists. Photograph it before cleaning, identify where it originates and ask for an assessment. Equally, an absence of staining is no guarantee that hidden metal is sound.

On an older boat, I would want the notebook to distinguish between “visible surface examined” and “attachment assessed”. Those are different achievements.

Include the mast’s support

Following the loads also brings the inspection back to the mast heel, step and supporting structure, as applicable to the boat.

Surveyors identify deterioration and compression in mast-support arrangements as concerns alongside standing-rigging defects. Record any visible change and obtain advice rather than treating it as a cosmetic job.

For Champagne, this belongs in the same winter conversation as the wires and fittings. The boat needs a coherent assessment, with responsibility clear wherever rigging work meets structural work.

Three ways to turn observations into useful action

These are illustrative situations, not additional defects reported on Champagne.

A crack-like line in a terminal: photograph it, identify the fitting and obtain a rigger’s assessment before using the rig. Do not file or polish it away to see whether it disappears.

An inaccessible mast attachment: enter it as uninspected and arrange access. A photograph from below can accompany the request, but should not close the job.

A replacement wire with an awkward connection: pause the installation and have the complete assembly checked. Do not improvise a combination of links simply to make the ends meet.

If a load-bearing connection is visibly damaged, insecure or otherwise suspect, keep the boat out of use until it has been assessed and made safe. If the stepped mast’s stability is in doubt, keep people clear and get immediate professional help with securing it.

Make a record the rigger can use

A short, accurate record is more useful than a folder of unidentified close-ups.

Record	What to include
Location	Boat, side and named stay or shroud
Photographs	Whole connection plus clear detail views
Observation	What is visible, without guessing a diagnosis
Access limit	Hidden surfaces and upper fittings not examined
History	Known replacement dates, invoices and previous work
Question	What needs assessment, measurement or replacement?
Outcome	Advice received, work completed and any outstanding restriction

Before an appointment, send the rigger a concise list. Ask whether the quote covers wires alone or also terminals, connecting hardware, mast attachments and chainplate concerns. Agree who will deal with any structural findings, and who will set up and check the completed rig before sailing.

Unknown history is worth recording honestly. Sta-Lok notes that rigging life depends on factors including use, environment and maintenance; a universal replacement date cannot establish the condition of this particular installation.

What Champagne’s tall mast teaches me

The striking parts of a boat naturally attract attention. Sails, varnish and the mast itself make good photographs and satisfying winter projects.

The connections are less glamorous. They also prompt better questions.

Can I identify this fitting? Do I know when it was last examined? Have I looked at both ends? What remains hidden? Who is qualified to assess it?

Those questions do not require me to pretend to be a professional rigger. They help me become a better-informed owner and give the professional a clearer starting point.

With Champagne, finding a damaged wire should lead to more than a shopping list. It is an opportunity to understand the system supporting that very tall mast.

Before spring, look at what holds the view together

Next season, people will look up at Champagne’s rig again. I hope we will be thinking about the breeze, the next mark and how well we are sailing.

Winter is the time to give the small connections their attention.

Choose one stay or shroud, identify every accessible connection and record what needs further examination. Then arrange the assessment and work needed to close those questions before sailing.

A very tall mast deserves careful attention to some very small parts.

Champagne Needs 9.5 Metres — What If the Catalogue Stops at Nine?

 

The Winter Boat Shed — Repair, Improve and Prepare for Next Season

Champagne Needs 9.5 Metres — What If the Catalogue Stops at Nine?

The boat needs nine and a half metres. The catalogue offers nine. What happens next?

Some winter maintenance jobs begin with something obvious: a frayed sheet, a reluctant pulley or a patch of varnish that has seen better days.

This one begins with a number.

As part of the winter work on Champagne, our A-Rater, we have been looking at replacement wire rigging. The wires we need are around 9.5 metres long. The catalogue options we have found appear to stop at nine.

That immediately raises a practical question: can we buy the wire and fit the ends ourselves, or should someone make the complete assemblies for us?

It is a useful problem to explore because plenty of boat owners eventually discover that their boat does not fit neatly into a supplier’s drop-down menu.

The first step is to turn “I need a longer wire” into a clear description of the assembly the boat actually needs.

The Catalogue Is a Starting Point

An online listing tells us what that particular supplier offers through that particular page. It does not establish the longest wire a rigging workshop can make.

Made-to-measure rigging is an established service. A rigger can discuss the required wire, end fittings and finished dimensions, and may be able to use the old assembly as a pattern. Sailspar, for example, offers this option, with the position of the bottlescrews marked. sailspar.co.uk

For Champagne, that changes the next step. Rather than spending another evening searching for a product labelled “9.5 metres”, I would prepare photographs and measurements for a rigging enquiry.

Winter maintenance often becomes easier at the point where we start describing the actual job clearly.

First Ask: What Does 9.5 Metres Include?

“Length” sounds unambiguous until you put the parts on a bench.

There is the wire itself. There are the terminals at its ends. There may also be toggles, a bottlescrew or another adjustment arrangement.

The complete distance between the boat’s attachment points is different from the cut length of the bare wire.

For this project, 9.5 metres is our starting description. Before ordering anything, we need to confirm exactly what that figure includes.

A measurement of 9,500 mm is only useful when both parties agree where it starts and finishes.

A supplier may require pin-centre to pin-centre, bearing-surface to bearing-surface, or another dimension shown on its drawing. These references must not be treated as interchangeable. Sta-Lok and Essex Rigging publish their own measuring conventions. stalok.com

Nor should we simply order 9.5 metres of loose wire and expect the finished assembly to have that same length once the terminals are fitted.

The practical question to ask is:

“Please show me the two points between which you want the finished assembly measured.”

That one exchange can prevent an expensive misunderstanding.

Photograph, Label and Record Before Dismantling

This connects directly with an earlier Winter Boat Shed theme: photograph it before you take it apart.

Before any rigging is removed, I would want:

• A photograph showing where each wire belongs.
• Close-ups of the upper and lower connections.
• A record of any adjuster settings.
• Labels identifying port, starboard and the particular wire.
• Notes about anything that did not fit or adjust properly during the season.

Rigging should only be disconnected with the mast lowered or properly supported under an agreed procedure. Removing a stay to make measuring convenient can remove essential mast support.

Photography is particularly useful here. A written note saying “fork fitting” may be incomplete; a clear photograph with dimensions can reveal the orientation and surrounding clearance as well.

Keep each assembly and its associated parts together. Two wires that look alike in a coil should not have to be identified from memory several months later.

Measure the Assembly the Supplier Wants

Ask for the supplier’s measuring instructions before beginning.

Where an old assembly is being measured off the boat, lay it out straight in a suitable clear space, remove slack without stretching it, and use the specified reference points. Avoid measuring around a loose coil.

For a wire approaching ten metres, a second person can make the job much easier: one holds the starting point while the other reads and records the far end.

Repeat the measurement. Photograph the endpoints and note the units.

A simple record can prevent later confusion:

Item	What to record
Identity	Boat, wire position and side
Finished length	Millimetres, using the supplier’s stated reference points
Included parts	Terminals, toggles and adjuster, as applicable
Adjuster position	The precise setting used when measuring
Wire	Diameter and confirmed construction
Connections	Fitting types and dimensions, supported by photographs
Existing concerns	Damage, poor adjustment range or doubtful alignment

Unknown information should be marked “to confirm”.

There is no advantage in turning a guess into a specification just to fill every box.

The Bottlescrew Setting Can Change the Order

A bottlescrew, or turnbuckle, alters the effective length of the assembly. Its setting therefore matters when measurements are supplied.

There is no universal ordering convention. Sta-Lok describes assemblies supplied at the midpoint of adjustment as standard. Essex Rigging specifies fully closed screws for its general standing-rigging orders, with a different convention for certain class-specific products. stalok.com

Both can work when the instructions are understood. Mixing their conventions can produce the wrong result.

For Champagne, I would record the existing sailing setting before changing anything, then follow the chosen supplier’s instructions for the order measurement.

The new assembly must leave the adjustment needed for the boat’s rig setup while meeting the hardware manufacturer’s thread-engagement requirements.

A half-metre shortfall is a reason to revisit the specification. It is not a reason to wind an adjuster beyond its permitted range.

“The Same Diameter” Is Only Part of the Answer

Wire rope comes in different constructions. Labels such as 1x19, 7x7 and 7x19 describe different arrangements of strands.

Those labels are specifications, not interchangeable shopping descriptions. The replacement wire and its termination must be appropriate for each other and for the rig.

For Champagne, the existing diameter and construction need to be identified and checked against the boat’s requirements. I would also draw on the experience of a rigger familiar with performance dinghies and, where useful, other A-Rater owners.

That experience helps frame the enquiry. It does not replace measuring our own boat.

Likewise, changing to a thicker wire or a different material is a design decision to discuss, rather than an automatic upgrade.

My aim would be a correctly specified replacement with a clear record of what was fitted.

End Fittings: Check the Complete Connection

An eye, fork or threaded terminal has to match the component it connects to.

Relevant details include pin diameter, fork clearance, thread size and handedness, orientation and the ability of the connection to move as intended. A fitting that looks similar in a photograph may still be unsuitable.

For example, if a fork will not accept the existing attachment plate properly, forcing it into place does not resolve the mismatch.

The rigger should also assess associated pins, toggles and attachment points. Fresh wire cannot compensate for a damaged component elsewhere in the assembly. Manufacturer guidance stresses compatibility and alignment throughout the connection. blog.hayn.com

This is where detailed photographs and a labelled old assembly can be more helpful than a long description over the telephone.

Can We Make Our Own?

It is a fair question, especially in a winter workshop where learning practical skills is part of the enjoyment.

There are two important routes to distinguish.

Professionally swaged assemblies

Swaged terminals are secured using equipment and tooling appropriate to the wire and fitting system.

For Champagne, commissioning complete assemblies would put component selection and manufacture into one agreed job, using confirmed measurements.

It would also give us a clear specification to retain for future replacements.

Purpose-designed mechanical terminals

Some mechanical, or swageless, terminals are designed for assembly using hand tools. Sta-Lok is one example.

That makes owner assembly possible in suitable applications, but the exact terminal, wire and internal components must match. Sta-Lok specifies different wedges for different wire constructions and requires a new wedge when its terminals are reused. stalok.com

Choosing this route would mean following the current instructions for the exact product and having the proposed arrangement assessed for Champagne.

The availability of a self-fit terminal does not, by itself, establish that it is suitable for this boat.

Learning a technique is worthwhile. Deciding whether that technique belongs in a particular load-bearing assembly is a separate part of the job.

Why “Add Another Half Metre” Needs Careful Thought

The obvious arithmetic is straightforward:

9.5 m - 9.0 m = 0.5 m

But that calculation only compares two lengths. It says nothing about suitable fittings, loads or geometry.

I would not buy a short assembly on the assumption that a collection of extra shackles, links or adaptors would make up the difference.

A purpose-designed extension can be legitimate where a rigger specifies it. An improvised chain of fittings introduces questions that the original shopping problem did not answer.

For Champagne, a quotation for the correct complete assembly is the sensible starting point.

Send an Enquiry Someone Can Answer

A useful initial enquiry could read:

We are replacing wire rigging on our A-Rater, Champagne. Our initial length estimate is approximately 9.5 metres, but we need to confirm the finished assembly measurement and exactly which fittings it includes.

Can you supply suitable made-to-measure assemblies? We can provide labelled photographs, measurements and the existing assemblies as patterns if required.

Please confirm your measuring reference points, required adjuster setting and the information you need to identify compatible wire and end fittings. We would also like advice on which associated components should be renewed.

This is an enquiry, not a final manufacturing instruction.

Before work begins, the quotation and drawing should make the specification clear enough for both sides to check.

When comparing quotations, check what each includes: hardware, assembly, inspection, delivery and any fitting or setup work. A length of loose wire and a finished replacement are different purchases.

Keep a Record for Next Winter

Once the replacements have been specified and fitted, I would keep the final drawing, supplier details, installation date and photographs together in Champagne’s maintenance record.

Before sailing, the complete installation needs checking and the rig needs setting up appropriately. Matching the old assembly’s length is only one part of that process.

The old wire is useful evidence, but an arrangement that fitted poorly or had inadequate adjustment should not simply be copied without review.

That is one benefit of tackling the job during winter: there is time to investigate before the first race day.

The Extra Half Metre Is an Invitation to Understand the Rig

Champagne’s replacement-wire problem begins with an irritating gap in a catalogue.

It leads to much better questions.

What exactly are we measuring? Which parts are included? What wire is required? How do the connections fit? Where should the adjusters sit? Who will make and check the assembly?

For me, this is part of the satisfaction of winter boat work. A job that first appears to be a purchase becomes an opportunity to understand the boat more thoroughly.

We need an agreed specification for the assembly Champagne requires.

The catalogue may stop at nine metres. Our next step is to measure, document and speak to the people who can make the right rigging.