TACO Metals 12 ft Clear Anodized Aluminum Rub Rail, 1 in x 1/2 in

This is a 12 foot length of TACO Metals aluminum rub rail, standing 1 inch tall with a 1/2 inch thickness and finished in clear anodizing. It's a solid aluminum profile built to take the hits your hull's edge shouldn't. Dock pilings, piers, the neighbor's boat at the fuel dock. The rub rail is the part that gets sacrificed so your gelcoat doesn't.

Aluminum makes sense here for a few reasons. It's stiff, it won't rot or go brittle in the sun the way some materials do, and the clear anodized finish gives it a bright, clean look that suits center consoles, workboats, and utility hulls. The anodizing is a protective layer that keeps the metal from oxidizing under normal use. Handle it with a little care during the install and it'll hold that finish for a long time.

At 1 inch high and 1/2 inch thick, this is a substantial extrusion, not a flimsy trim strip. That mass is what absorbs impact. Boaters have also used a length like this as a stiffener behind flush-mounted electronics or as an edge guard on trailers and equipment, so it's got some flexibility beyond the gunwale. On boats in the 28 to 35 foot range the extra section adds real rigidity where you bolt it down, though it does add a bit of weight, so plan your fastener spacing accordingly. Tighten the spacing near the ends and around high-impact spots, and the rail won't flex loose over a few seasons of hard use.

Bedding matters more than anything else on a rub rail install. Don't set aluminum straight against fiberglass. Trapped moisture between the two pits the anodizing and starts corrosion where you can't see it. Lay down a continuous bead of polyurethane marine sealant or a run of butyl tape behind the rail before you fasten it. That gives you a watertight, cushioned seat and lets you snug everything down without metal grinding on gelcoat.

For fasteners, reach for stainless steel. Number 10 or 1/4 inch stainless self-tapping screws hold well in this kind of aluminum section. Skip aluminum rivets on planing hulls, they tend to fail in shear when the boat's pounding through chop. Drill your pilot holes with cobalt bits and a little cutting fluid. Standard bits wander and tear the hole in aluminum, and a clean hole is what keeps the fastener seated and the rail from working loose.

One thing to plan before you start: a single 12 foot piece won't wrap an entire hull side on a bigger boat. On hulls over 30 feet you'll need a butt or scarf splice between lengths, so order enough to cover your run with a little overlap and think about where the joint lands so it stays tidy. This profile bends cleanly along gentle curves, but tight radii under about 4 feet want heat or a roller to avoid kinking the metal. Deburr and radius the cut ends too. Sharp corners left raw can crack under vibration around outboard brackets and transom corners.

The last piece is corrosion protection at the fasteners. Aluminum and stainless in salt water want to react, and crevice corrosion under a fastener head is the usual failure. A dab of marine anti-seize compound on each screw isolates the two metals and keeps the joint sound for seasons. Do that once, up front, and you won't be chasing weeping fasteners later.

So who's this for? Anyone rebuilding or upgrading a rub rail who wants aluminum's stiffness and a clean anodized finish rather than a soft vinyl insert. It's a straightforward, honest piece of gear. Measure your run, order your lengths, bed it right, and it'll protect your hull's edge for a long time on the water.