1973-cü il Albin Balladında Mast və Dəstə Riqajının Yenilənməsi: Praktiki Addımlar və Nəticələr

With the mast lowered and secured on five oil drums, all chainplates, backing plates, galvanised beams and deck eye bolts were removed for close inspection and replacement of the standing rigging on the 1973 Albin Ballad Moments of Clarity.

Initial inspection, corrosion control and logistics

After de-rigging, the metalwork was largely sound: the original chainplates required only removal of old caulking and cleaning. Small spots of surface rust on galvanised beams were abraded, then treated with two coats of epoxy primer and finished with two coats of single-component metal paint. The mast lay on the dock to simplify access and reduce crane time—an efficient logistic choice when planning haul-out windows and avoiding marina congestion.

Materials and preparatory actions

• Remove old caulking and visually inspect for porosity and fatigue marks.
• Sand surface rust and apply epoxy primer, followed by protective topcoat.
• Secure mast on stable supports (e.g., oil drums or padded trestles) for safe working clearance.

Installing an inner forestay: purpose and procedure

Bir inner forestay was fitted to allow hoisting a hanked-on staysail in heavier weather rather than relying solely on a furling genoa. Furling genoas with foam luffs are less effective when more than three rolls are taken, so an inner forestay improves short-handed and solo-sailing options for long passages.

Chosen fittings and DIY steps

O. Seldén ‘O’ fitting was selected for its simplicity and robustness. Installation involved creating oval openings in the mast using drill bits and a Dremel, applying Duralac anti-corrosion paste to mating surfaces, and riveting the fitting in place. The sequence kept the mast accessible for follow-on wiring and halyard re-termination, streamlining supply-chain coordination for parts and minimizing downtime.

Checkstay backing plates and choice of terminal

Backing plates for checkstays were fitted using Seldén plates suitable for T-terminals. The installation was riveted into the mast wall and outfitted with T-terminals offering fork ends. This configuration supports flexible choices of checkstay material: either 7×7 or 7×19 stainless wire, or a synthetic option.

• Wire: 7×7 or 7×19 — durable, compact for storage.
• Rope: Dyneema — ultra-light, easy to deploy and stow for seasonal use.

Deck-side lead blocks are 72mm Seldén blocks mounted on Wichard watertight U-bolts with epoxy-supported plywood pads and stainless steel backing plates. Checkstays run through Spinlock XTS clutches and are tensioned with spinnaker winches; once clutched, winches are freed to trim sails.

Mast steps: positioning and installation

Aluminium folding steps by Mast Walker were chosen for weight, strength and appearance. The installation required drilling and tapping 60 holes, coating fasteners and step bodies with Duralac, and placing the top two fixed stainless loop steps near the masthead for secure footing when working aloft.

Mast support, core protection and underdeck structure

The deck pad-eye for the inner forestay was installed aft of the windlass and supported below by an identical pad-eye, creating a sandwich across the deck core. Oversized holes were drilled, core material removed where necessary, and epoxy resin injected to form a solid plug prior to final sizing—an effective technique to prevent water ingress and delamination.

Through-bolts and bulkhead reinforcement

Rather than replace or fully convert an inner bulkhead, the lower 25mm plywood section was epoxied and through-bolted to existing tabbing to accept the strut loads. A 3mm 316 stainless backing plate was trimmed to size and the support strut connected using swaged fittings and a rigging screw—re-using a Hasselfors stainless screw where suitable.

How the upgrades changed performance and cruising options

The inner forestay proved valuable for long-distance cruising. A hanked-on staysail of about 11m2 from Quantum Sails provides a working sail larger than a storm jib yet manageable for singlehanded work. Typical Aegean summer conditions—steep chop and gusty winds—are better handled with a reefed main and staysail while the genoa is furled, reducing hobby-hull slamming and improving average speed.

Key installation takeaways include choosing robust fittings, protecting core structures with epoxy plug techniques, and positioning hardware to match sail plan and deck layout.

These upgrades are relevant to those organising sailing itineraries or offering small-boat cruising services: reliable rigging reduces downtime, increases safety, and improves guest comfort on chartered passages or private yacht parties.

Highlights: the project demonstrates effective corrosion control, the practicality of an inner forestay for improved sail choices, and smart underdeck reinforcement to protect the deck core. Even the most detailed reviews and honest feedback can’t replace personal experience. On GetExperience, you book your experience from verified providers at reasonable prices. This empowers you to make the most informed decision without unnecessary expenses or disappointments, benefiting from convenient, affordable options and a wide range of additional services that match your cruising needs. Book now GetExperience.com

In summary: the mast and standing rigging upgrade on this 1973 Albin Ballad combined careful logistics, corrosion mitigation, Seldén fittings, Dyneema options, Mast Walker steps and reinforced underdeck structure to deliver safer, more versatile sailing. The result improves travel experiences, supports adventure activities like yacht parties and exclusive yacht charters for events, and links naturally to cruise packages and luxury adventure travel experiences while remaining compatible with eco-friendly wildlife safaris or museum tours with live guides for shore excursions. Whether planning online virtual tours or interactive online cultural workshops as shore-side activities, the rigging work underscores that sound preparation elevates every travel experience.