Effortless Anchoring with Top Windlasses from Fisheries Supply
This page is for boaters seeking a reliable anchor windlass and expert guidance.
Key Takeaways
- Match windlass type (vertical/horizontal) and power (manual/electric/hydraulic) to boat size and ground tackle.
- Size for at least 4× the combined weight of anchor + rode; verify rope/chain compatibility.
- Plan for durability: corrosion-resistant materials, sealed motors, and easy-service gearboxes.
Top Windlass Brands We Carry
Fisheries Supply carries proven windlasses from leading manufacturers:
Windlass Basics: How It Works
A boat windlass (a.k.a. anchor winch) is a mechanical device mounted at the bow to raise and lower the anchor rode. It uses a gypsy (for rope/chain) or drum to control the rode, taking the strain off the crew and protecting the boat’s foredeck gear during retrieval, especially in rough conditions.
This article reflects manufacturer specs; always verify against your boat’s electrical system and deck layout.
Choosing the Right Windlass
Type & Orientation
- Vertical windlass: compact above deck; motor below deck; typically improved rope/chain handling.
- Horizontal windlass (includes capstan): simpler installation with all components above deck; useful where below-deck space is tight.
Power Options
- Manual: budget-friendly for smaller boats and minimal electrical capacity.
- Electric: most common; ensure adequate cabling, breakers, and battery capacity.
- Hydraulic: for larger boats and high duty cycles; integrate with onboard hydraulics.
Sizing & Compatibility
- Capacity Rule of Thumb: choose a windlass rated for = 4× the combined weight of anchor + rode.
- Rope/Chain Fit: match the gypsy to your chain size (e.g., 1/4 in, 5/16 in, 3/8 in) and rope diameter; verify manufacturer compatibility charts.
- Deck Geometry: confirm fall distance to the locker and straight lead from bow roller to gypsy.
Deep dive into our detailed articles: Selecting a Windlass and Using a Windlass.
Durability & Reliability
- Materials: marine-grade stainless steel and anodized aluminum; sealed motors and gearboxes.
- Serviceability: accessible clutches, manual override, and readily available spare parts.
Windlass and Capstan Comparison
| Product Type | Primary Use | Typical Configuration |
|---|---|---|
| Windlass | A windlass is designed mainly for anchor rode retrieval and deployment | Vertical or horizontal unit with gypsy for rope, chain, or rope-chain rode |
| Capstan | A capstan is a vertical rotating drum used for mooring and warping lines | Some horizontal windlass systems include a capstan drum |
Operation & Maintenance Essentials
- Regularly rinse with fresh water; check fasteners and electrical connections.
- Lubricate moving parts per manufacturer schedules; inspect clutches and gypsy wear.
- Test the breaker/fuse and foot switches/remote before departures.
Shop Windlasses & Accessories
Find complete systems and windlass accessories & parts at Fisheries Supply. We stock multiple brands, chain sizes, switches, circuit protection, and controllers to fit your boat.
Talk to us: Our product experts can help you spec the right windlass for your boat and anchoring style.
Frequently Asked Questions
What’s the main difference between a windlass and a capstan?
A windlass is primarily engineered with a notched gypsy wheel to grip and handle anchor chain or spliced rodes. A capstan utilizes a smooth, vertically rotating drum designed to wrap and haul high-load mooring or warping lines. Some heavy-duty windlasses include an auxiliary capstan drum on the same drive shaft.
Can one windlass handle both rope and chain?
Yes, modern hybrid gypsies are designed to transition smoothly from a matching rope diameter to a calibrated chain link (e.g., 5/16" G4). For reliable operation, you must use the exact rope type specified by the manufacturer and maintain a flexible, professional tapered rope-to-chain splice.
How do I size a windlass for my boat?
As a strict baseline benchmark, select a windlass with a maximum pull capability rated for at least three times the combined weight of your anchor and total rode length. Cross-reference this value with the manufacturer's vessel displacement chart and ensure your onboard DC electrical delivery can sustain the high amperage draw.
What electrical considerations should I plan for?
Per ABYC E-11 standards, you must use multi-strand tinned marine DC cabling to prevent internal corrosion and vibration failure. Wire gauge must be sized adequately for the total run length to maintain less than a 3% voltage drop under full load. Circuit protection must include a dedicated, manual-reset, ignition-protected marine circuit breaker matching the manufacturer’s specification.
Can I rely on the windlass to hold my boat while anchored?
No. A windlass is strictly a lifting and lowering mechanism. Leaving the anchor load directly on the windlass gypsy can deform the shaft, strip the internal gears, or cause the clutch to slip under surge loads. Once the anchor is set, always transfer the load to a dedicated chain stopper, a mooring cleat via a snubbing line, or a bridal system.
How should I maintain a windlass used in saltwater?
Thoroughly wash down the deck unit with fresh water after every use to prevent salt buildup. Periodically strip, clean, and re-grease the internal clutch cones, check the integrity of the drive shaft oil seals, and check all structural mounting fasteners for tightness.