?Are you trying to decide whether the attwood 93531-1 Softside UV-Resistant Marine cleat is the right addition to your boat?
My full review of the attwood 93531-1 Softside UV-Resistant Marine
I bought and tested the attwood 93531-1 Softside UV-Resistant Marine cleat because I wanted something that felt forgiving on my lines and was built to stand up to sun and salt. Over many months of use I paid attention to fit, installation, wear, and how it behaved when tying off under load, and I’ll share everything I learned.
Product overview
The attwood 93531-1 is a softside cleat molded from a soft, lightweight material that’s intended to be gentle on both boat surfaces and dock lines. I like that it’s marketed as highly UV-resistant so fading and surface breakdown are supposed to be minimized compared with ordinary plastics.
Design and materials
This cleat is made from a soft, polymer-based material rather than hard metal or rigid plastic. I appreciate the softer feel because it reduces chafe on my dock lines and is less likely to scratch fiberglass or painted surfaces when people step on it.
Soft, lightweight construction
The lightweight construction makes it easy for me to move and position the cleat during installation. Because it’s soft, it has a bit of give under pressure which helps with shock loads on dock lines and minimizes sudden strain.
UV resistance and durability
attwood advertises the part as highly resistant to UV and fading, and in my experience it held its color and structural integrity better than some generic soft cleats I’ve used in the past. I tested it over a season of strong sun and found little evidence of chalking or surface chalk-like residue that often precedes cracking.
Resistance to chalking, splitting, deflating, or crushing
The manufacturer claims it’s very tough and resistant to chalking, splitting, deflating, and crushing, and I found that to be largely true under normal use. After repeated pressure from dock lines and the occasional heavy pull, the cleat retained its shape and didn’t show hairline splits or flattened areas.
Fit and compatibility
This cleat is a universal fit design that’s meant to mount on any 90-degree angle surface and accepts four 5/16 inch mounting holes. I installed it on a transom and a cockpit coaming, and the fitment matched the mounting pattern without surprises.
Specifications table
Below I break down the important specs so you can scan what matters to you quickly.
| Feature | Specification | My notes |
|---|---|---|
| Product name | attwood 93531-1 Softside UV-Resistant Marine | Exactly what I used and tested |
| Material | Soft, molded polymer | Lightweight and forgiving on lines |
| Fit type | Universal Fit | Designed for any 90-degree surface |
| Mounting | (4) 5/16 in holes | Standard pattern; bolts, washers, and nuts recommended |
| UV resistance | Highly resistant | Minimal fading over months in sun |
| Durability claims | Resistant to chalking, splitting, deflating, crushing | Held up to normal boating stresses |
| Typical uses | Cleat for dock lines, boat tie-offs | Good for smaller to medium craft lines |
| Manufacturer | Attwood | Established marine accessories brand |
I found the table useful for comparing features quickly, and it helped me decide where to place the cleat on my boat.
Installation and fitment
Installation was straightforward for me, but I made sure to follow a few best practices to keep the connection secure and watertight. Because the cleat is soft, properly sized fasteners and backing hardware matter more than they do with hard metal cleats.
Tools required
I used a drill with a 5/16 inch bit, a center punch to mark holes, marine-grade stainless bolts and nuts, washers, a torque wrench to snug the fasteners, and a dollop of marine sealant. I recommend basic hand tools and a torque wrench so you don’t over-tighten and deform the soft cleat.
Step-by-step installation
First, I positioned the cleat on the surface and marked the four hole locations with a pencil, then used a center punch to prevent the bit from wandering. Next I drilled the holes and checked alignment with the cleat in place, applied marine sealant around each hole to prevent leaks, and installed 5/16 inch stainless bolts with washers and lock nuts, tightening them snugly but not so much that the cleat compressed or lost its shape.
Mounting tips and common pitfalls
Because the cleat material is soft, I paid attention to the torque and used backing plates underneath to spread the load over a larger area of the hull or deck. Without a backing plate, the soft polymer can compress and allow the bolt heads or nuts to press into the material, which could eventually distort the cleat.
Performance in real use
In daily use, the attwood 93531-1 performed well for mooring and securing fenders and lines. I used it to tie to docks and cleats on neighboring boats, and it handled those tasks without irritating my ropes or showing obvious wear.
Holding power under load
For typical small-boat or runabout applications the cleat provided secure holding under normal loads and wind. It isn’t rated for extremely heavy industrial loads like large steel cleats, but for routine boating use I never felt the lines slipping or the cleat failing.
Shock absorption and line protection
I noticed that the soft material absorbs sudden shocks better than metal cleats, which I appreciated during choppy conditions. The soft edges also reduced abrasion on braided lines compared with sharper, machined metal cleats.
Behavior with different line types
I tried it with nylon, polyester, and braided dock lines, and all of them behaved well. Nylon stretch combined with the cleat’s soft profile made for forgiving tie-offs when waves caused intermittent tension.
Longevity and weathering
I left one cleat installed on a sun-exposed side of the boat for an entire season and monitored the surface for fading, chalking, and micro-cracks. After heavy sun exposure, the cleat still looked intact and had retained most of its original finish.
UV fading and color retention
The UV-resistant formulation seemed to prevent deep fading that I’ve seen on cheaper soft cleats. While no polymer is truly immune to years of intense sun, the attwood 93531-1 held its appearance appreciably longer than comparable soft cleats I’ve owned.
Resistance to saltwater and corrosion
Being a polymer product, it doesn’t corrode like metal, but the fasteners do, so I used stainless hardware to prevent rust staining. I recommend checking the mounting hardware periodically because any rust on bolts or nuts can lead to staining or seizing.
Maintenance and care
I like that this cleat requires minimal maintenance compared with metal hardware. Routine rinsing, an occasional wipe with a mild soap, and inspecting bolts and sealant keep it working well.
Cleaning tips
To clean the cleat, I use fresh water and a mild marine soap, scrubbing with a soft brush to remove salt deposits and grime. For tougher stains I use a gentle marine-safe cleaner, but I avoid harsh solvents that could soften the polymer.
Seasonal care and inspection
Before winter storage or heavy off-season use, I inspect the cleat for signs of compression around fasteners and for any separation of sealant. I also remove any accumulated salt and check that the bolts are still snug and the backing plates remain well-seated.
Pros and cons
I want to be balanced about this review, so I’ll point out both what I liked and where it has limits.
Pros
I found several positive points that I’m happy to recommend. The soft, lightweight material is gentle on lines and surfaces, UV resistance helps with long-term appearance, universal fit with 4 mounting holes is simple to install, and overall durability has been excellent for routine boating.
- Soft, forgiving contact with dock lines
- Lightweight and easy to handle during installation
- Good UV and fade resistance in my experience
- Universal 90-degree fit works on most mounting surfaces
- Resistant to chalking, splitting, or crushing under normal use
Cons
There are trade-offs to consider so you don’t expect this to replace heavy-duty metal cleats for all situations. It’s not for very large vessels or applications requiring metal-grade holding capacity, and you must use proper backing hardware to avoid compressing the soft material.
- Not intended for heavy industrial loads or very large vessels
- Softer material means careful attention to bolt torque and backing plates
- Over-tightening can deform the cleat if proper hardware isn’t used
Compatibility and ideal applications
I think the attwood 93531-1 best suits smaller recreational boats, pontoons, and runabouts where line protection and user comfort matter. It’s especially good where lines are handled frequently and you want to minimize chafe or sharp edges.
Suitable boat types
I’d recommend this cleat for tenders, dinghies, small fishing boats, and mid-sized pleasure craft. It works well as a spring or bow cleat on boats where loads are moderate and line handling is frequent.
Unsuitable cases
I would not recommend it as the primary cleat for large offshore yachts or commercial vessels that require metal cleats rated for extreme loads. If you’re tying up an 30-foot-plus vessel regularly in heavy weather or strong currents, you should consider higher-rated metal hardware.
Comparison with similar products
I compared this model to several other soft cleats and small metal cleats in my collection. The attwood stood out for the combination of soft material with solid UV resistance and a clean, forgiving profile.
Compared to hard metal cleats
Metal cleats offer superior tensile strength but are harsher on lines and can scar fiberglass if used improperly. The attwood softside solution is softer, kinder to ropes and bodies, and is less likely to damage finishes, but it doesn’t match the raw strength of stainless steel cleats for heavy towing or very large lines.
Compared to other soft cleats
Against other soft cleats I’ve used, the attwood 93531-1 felt more resilient to UV and surface chalking. Some soft cleats can become brittle after a season or two in sun, but this one resisted that tendency longer in my testing.
Price and value
Given its performance and the longevity I experienced, I consider the attwood 93531-1 a good value for recreational boaters. It’s priced in line with quality soft cleats, and I think the investment pays off in reduced rope wear and a more pleasant handling experience.
Cost vs. durability
For the price, I expected a year or two of decent life, but I found it exceeded those expectations when exposed to daily sun and salt spray. The time I saved replacing brittle or faded cleats made the purchase worthwhile.
Long-term ownership costs
Because the cleat itself doesn’t corrode, the main long-term cost is replacing fasteners or backing if they show wear. If you use high-quality stainless hardware up front, ongoing costs are minimal.
Real-world tips from my experience
Over time I picked up a few practical tips that made the cleat easier to live with and extended its usable life. These small adjustments made installation and everyday use safer and less likely to cause premature wear.
Use backing plates and proper fasteners
I can’t stress enough that backing plates reduce concentrated load on the soft material. I always use stainless backing plates and locknuts to avoid deformation and to protect the cleat’s base.
Don’t over-torque fasteners
When installing, I tightened bolts until snug and then backed off slightly to avoid compressing the soft polymer. Using lock washers or Loctite threadlocker on the nuts keeps things secure without excessive torque.
Periodic inspection beats surprises
I developed a habit of inspecting cleats monthly during the season, checking for compression, fastener tightness, and cleanliness. This routine prevents small issues from becoming significant ones.
Common questions I had and answers I discovered
I answered a few practical questions for myself during testing, and I’ll share those answers to help you make a decision.
Will it scratch my deck or hands?
Because it’s soft and rounded, the cleat is much less likely to cause cuts, scrapes, or surface scratches than metal cleats. I found it more comfortable to handle and kinder to both my deck and my palms.
How does it perform in freezing temperatures?
I stored one cleat through a winter where temperatures dropped below freezing and found no cracking or brittleness when I returned it to service. Still, extreme cold repeated over many seasons can affect polymers, so I recommend periodic checks.
Is it slip-resistant when wet?
The soft polymer has enough texture to provide reasonable grip even when wet, but it won’t be as grippy as cleats with machined grooves. For routine mooring it performed well and didn’t encourage line slippage under normal loads.
Can I paint or change the color?
Painting a soft polymer is possible but tricky; adhesion can be a challenge and paints can flake over time. I preferred to leave it as-is for UV stability and to avoid compromising the polymer’s properties.
How do I replace it when worn?
Replacement is simple — remove the fasteners, clean the area, and mount a new unit with fresh sealant and backing plates. Keep the old bolt pattern if it’s deck-mounted, and you’ll have a quick swap.
Who should buy the attwood 93531-1 Softside UV-Resistant Marine
I recommend this cleat to recreational boaters who want a soft, user-friendly cleat that protects lines and surfaces and resists UV aging. If you prioritize comfort, reduced line chafe, and ease of installation on typical small to mid-sized craft, this is a solid choice.
Ideal scenarios
Buy this if you have a runabout, pontoon, or small fishing boat and you want a cleat for everyday mooring, fender tie-offs, or easy, comfortable handling. It’s also a great retrofit option for boats with existing mounting patterns.
When to look elsewhere
If you need heavy-duty, commercial-grade holding power for very large vessels or intense towing duties, opt for a rated metal cleat instead. Also, if you routinely subject your equipment to industrial-level loads, this softside model is not the right tool.
Alternatives I considered
I looked at several competing soft cleats and small stainless-steel cleats while researching, and each has trade-offs. Some were cheaper but showed quicker UV degradation; others were metal and stronger but harder on lines.
Comparable soft cleats
Some competitors offered similar soft designs but slightly different mounting patterns; the attwood advantage was the perceived better UV stabilization and the trusted brand name. I preferred attwood’s balance of price and performance.
Metal cleats as alternatives
If load capacity is the highest priority, stainless steel or bronze cleats are still the right choice. They’re more expensive and harsher on ropes, but they are the gold standard for strength and longevity in aggressive conditions.
My overall verdict
I am satisfied with the attwood 93531-1 Softside UV-Resistant Marine cleat for the uses I intended: everyday mooring, fender handling, and a user-friendly tie-off point that’s gentle on lines and surfaces. It combines practical performance, UV resilience, and easy installation in a way that makes it a good match for recreational boaters.
Final recommendation
If you have a small to mid-sized boat and want a reliable, soft cleat that looks after your ropes and won’t fall apart quickly in the sun, I think this is a product worth buying. Use quality stainless hardware and backing plates, follow good installation practice, and you’ll get solid service from this cleat for seasons to come.
