Best Sailing Gear for Your Boat: Complete Buying Guide

Choosing the right sailing gear can mean the difference between a smooth passage and a frustrating, even dangerous, day on the water. Whether you're upgrading an aging rig, fitting out a new bluewater cruiser, or fine-tuning a performance racer, the components you select — winches, shackles, blocks, and hardware — directly affect safety, efficiency, and enjoyment. This guide breaks down the most important categories of sailing equipment, what to look for in each, and which products are worth the investment.

Why Sailing Hardware Quality Matters

Sailboat hardware lives in one of the most demanding environments on earth. Salt air, UV exposure, constant mechanical stress, and the unpredictability of offshore conditions conspire to degrade inferior components quickly. Marine-grade stainless steel, high-strength polymers, and precision engineering aren't marketing buzzwords — they are the baseline for gear that won't fail you 200 miles offshore.

Beyond durability, the right hardware improves sail trim precision, reduces crew fatigue, and can dramatically cut the time and effort required to execute maneuvers. Upgrading from an undersized or worn winch to a properly rated self-tailing model, for example, is one of the highest-impact improvements most cruising sailors can make.

Browse the full range of sailing hardware and accessories to see everything from winches and blocks to cleats and standing rigging components.

Winches: The Heart of Your Deck Hardware

Winches are arguably the single most important pieces of hardware on a sailing yacht. They provide the mechanical advantage needed to control headsails, mainsheets, halyards, and spinnaker lines — especially in heavy air. Choosing the right winch involves balancing power ratio, construction material, self-tailing capability, and whether manual or electric drive suits your needs.

Manual vs. Electric Winches: Which Is Right for You?

Manual winches are the traditional choice. They are reliable, require no electrical infrastructure, and are perfectly adequate for most day sailing and coastal cruising applications. A well-engineered two-speed manual winch gives an experienced crew all the control they need.

Electric winches, on the other hand, have transformed passage-making and shorthanded sailing. A single crew member can trim a large genoa in seconds, reduce load on aging bodies, and execute sail changes without calling anyone up from below. For offshore cruisers, performance sailors, or anyone managing a large boat with a small crew, electric winches are increasingly considered essential rather than optional.

Top Manual Winch Pick

For sailors who prefer the tactile feedback and mechanical simplicity of manual operation, the ANDERSEN 46 ST FS 2-Speed Self-Tailing Manual Winch in Full Stainless Steel represents the pinnacle of manual winch engineering. At $1,885.99, this winch features a full stainless steel construction for corrosion resistance in the harshest marine environments, a two-speed drum ratio for power-to-speed versatility, and ANDERSEN's industry-leading self-tailing system that locks line securely without requiring a dedicated crew member to tail. The size 46 power ratio makes it ideal for headsail sheets on mid-size cruising yachts ranging from roughly 35 to 45 feet.

Top Electric Winch Pick

For shorthanded sailors or larger vessels, the ANDERSEN 40ST Compact Below Deck Electric FS Winch Variable Speed 12V is a category-defining product. Priced at $6,444.99, this is a serious investment — but one that pays dividends every time you're sailing shorthanded in 25 knots of breeze. The below-deck motor keeps the deck profile clean and protects the drive mechanism from exposure, while the variable speed control lets you ease or trim with precision that fixed-speed motors simply can't match. The 40ST designation provides ample power for headsail sheets and halyards on yachts up to approximately 50 feet.

Electric Conversion: Upgrade Your Existing Winches

Already own ANDERSEN manual winches and want to electrify them without replacing the drums? Conversion kits are the cost-effective path forward. The ANDERSEN Below Deck Variable Speed Compact Motor Electric Conversion Kit 12V for 40ST Winch ($5,359.99) retrofits your existing 40ST winch drum with the same variable speed below-deck drive system found in the complete electric unit.

For smaller yachts running 34ST winches, the ANDERSEN Below Deck Variable Speed Compact Motor Electric Conversion Kit 12V for 34ST Winch ($4,858.99) delivers the same upgrade path. These kits are a smart choice for sailors who already trust their ANDERSEN drum systems and want to preserve that investment while gaining electric functionality.

Winch Size Guide: Matching Power to Your Boat

Winch sizing is determined by the loads your sheets and halyards generate, which depends on sail area, displacement, and your typical sailing conditions. The table below provides a general sizing guide based on boat length — always cross-reference with a load calculation for your specific rig.

Boat LOA	Recommended Winch Size	Application	Electric Option?
Up to 32 ft	Size 16–28	Jib sheets, mainsheet	Optional
32–42 ft	Size 34–40	Genoa sheets, halyards	Recommended
42–52 ft	Size 40–48	All primary applications	Strongly Recommended
52 ft+	Size 50+	Primary sheets, code sails	Essential

Shackles: Small Hardware With a Critical Role

No piece of sailing hardware is more overlooked — or more consequential when it fails — than the shackle. Shackles connect halyards to sails, anchor rodes to chain, and blocks to deck fittings. A shackle failure at the wrong moment can drop a sail on a busy watch or compromise an anchor system in a blow.

High-Load Shackle Selection

For critical applications including forestay attachments, spinnaker halyard blocks, and high-load running rigging, the Wichard HR Bow Shackle 24mm Diameter (15/16") at $1,049.99 is a premium choice for serious applications. Wichard's HR (High Resistance) range is manufactured from high-tensile stainless steel with working load limits that exceed standard marine shackles by a meaningful margin. The 24mm bow diameter provides ample clearance for large-diameter line and chain, and the precision pin closure resists accidental opening under shock loads. When load ratings matter — offshore passages, racing, or anchor systems on larger vessels — this is the shackle to reach for.

Shackle Types and When to Use Each

• Bow (Omega) Shackles: Best for multi-directional loads, anchor chains, and high-load blocks. The curved body distributes load evenly.
• D-Shackles (Chain Shackles): Ideal for in-line loads where the pull is directly along the axis. Common on standing rigging and turnbuckles.
• Snap Shackles: Used for spinnaker halyards and sheets where quick release under load is required. Never use as a permanent load-bearing connection.
• Twist Shackles: Designed to prevent line twist when connecting blocks or blocks to deck eyes.

Blocks and Turning Hardware

Blocks define how efficiently your control lines run from sail to cockpit. Low-friction blocks reduce the load on your winches and hands, improve trim sensitivity, and extend the life of your running rigging. When selecting blocks, consider:

• Sheave diameter: Larger sheaves reduce wear on rope fibers and decrease friction.
• Working load limit: Match the block's rated WLL to the maximum load on that line — with a safety margin.
• Attachment type: Becket blocks, swivel blocks, and fixed blocks each suit different applications.
• Becket capacity: If you're running a purchase system, ensure the block is rated for the accumulated load.

Standing Rigging Considerations

Standing rigging — shrouds, stays, and their associated terminals — is the structural framework that keeps your mast up. While this guide focuses primarily on deck hardware, it's worth emphasizing that all deck hardware decisions exist in relationship to your rig. Oversized halyards and sheets won't compensate for a poorly tensioned forestay, and an undersized chainplate shackle can be the weakest link in an otherwise solid system.

When upgrading deck hardware, always audit your chainplate connections, turnbuckle condition, and forestay attachment points. High-load shackles like the Wichard HR series are often the right choice at these interfaces.

How to Prioritize Your Sailing Hardware Budget

Not every upgrade is created equal. Here's a prioritization framework for sailors working with a defined budget:

1. Safety-critical hardware first: Shackles, chainplates, clevis pins, and standing rigging connections. These items fail silently and catastrophically.
2. Load-bearing deck hardware second: Winches, clutches, and cleats that handle primary sailing loads daily.
3. Efficiency hardware third: High-quality blocks, lead cars, and travelers that improve trim without being immediately safety-critical.
4. Comfort and convenience last: Electric winch upgrades, cockpit organization, and convenience items that enhance the experience once the foundation is solid.

Boat Supply Store carries the full spectrum from safety-critical shackles to premium electric winch systems, making it straightforward to work through this prioritization with a single trusted supplier.

Installation Tips for New Sailing Hardware

Winch Installation Best Practices

• Always bed winch bases with a marine sealant (polysulfide or polyurethane) to prevent deck delamination from water intrusion.
• Use backing plates below deck to distribute load across a larger area of the deck structure.
• For electric winch and conversion kit installations, size your wiring to the manufacturer's specifications — undersized wire creates voltage drop that reduces motor performance and generates heat.
• Run cable through dedicated conduit wherever possible to protect against chafe.

Shackle Installation Tips

• Always mouse (seize) shackle pins on critical connections using seizing wire or safety line through the pin hole to prevent the pin from working loose under cyclic loads.
• Apply a small amount of anti-seize compound or Teflon-based lubricant to the pin threads to prevent galvanic corrosion from locking the pin permanently.
• Inspect shackle pins at every season haul-out and before any offshore passage.

Frequently Asked Questions About Sailing Hardware

How do I know what size winch I need for my sailboat?

Winch sizing is based on the maximum sheet or halyard load for your largest sail, which depends on sail area, hoist height, and typical wind conditions. Most manufacturers publish load calculation guidelines. As a starting point, measure your sailboat's length and reference the winch size table above, then verify against the manufacturer's load charts. When in doubt, size up — an oversized winch is simply easier to use, while an undersized one will be strained constantly.

What is the advantage of a below-deck electric winch motor versus a deck-mounted motor?

Below-deck motors keep all electrical components protected from UV, salt spray, and mechanical damage. They also maintain a cleaner, safer deck without protrusions that crew members can trip over. The tradeoff is a more complex installation requiring access to the space below each winch position. For most cruising yachts with standard deck construction, below-deck installation is entirely feasible and is generally preferred for offshore use.

Can I convert my existing manual winches to electric without replacing the drums?

Yes — if you're running ANDERSEN winches, the electric conversion kit program allows you to retain your existing drum while installing a below-deck variable speed motor. This is significantly more cost-effective than replacing the entire winch assembly and is ideal for sailors who are satisfied with their current drum size and want to add electric functionality. The 40ST and 34ST conversion kits available at Boat Supply Store are purpose-built for this upgrade path.

What working load limit should I look for in a critical application shackle?

For critical applications — forestay attachment, anchor rode connection, or primary halyard blocks — you want a working load limit (WLL) that is at least 4-6 times the expected maximum load, with the absolute maximum load being no more than the shackle's listed WLL. Always obtain the manufacturer's published load specifications rather than estimating based on shackle size alone, as construction quality varies significantly between manufacturers. The Wichard HR series provides independently verified WLL ratings for this reason.

How often should sailing hardware be inspected and replaced?

Stainless steel hardware should be visually inspected at each annual haul-out for crevice corrosion, stress cracking, and wear. Shackle pins and threads should be checked for galling and proper function. Winch internals — pawls, springs, and bearings — should be cleaned, inspected, and re-greased at least annually (or more frequently in heavy-use cruising). Any hardware showing cracking, pitting, or deformation should be replaced immediately regardless of age. High-load items like forestay shackles and chainplate connections are worth professional inspection every 3-5 years even if they appear sound.

Ready to Upgrade Your Sailing Setup?

The right sailing hardware transforms how your boat performs and how much you enjoy being on the water. From the confidence of a properly rated shackle on your forestay to the effortless trimming of a variable speed electric winch in a building breeze, quality gear pays for itself in reliability, safety, and sheer sailing pleasure.

Whether you're outfitting a new vessel or upgrading piece by piece, explore the complete range of sailing hardware and accessories at Boat Supply Store to find the right components for your boat, your budget, and the sailing you love to do.