The Float Test

Drop your sunglasses on concrete and you can pick them up.

Drop them off a boat and you've got a different problem.

Most people don't think about whether their shades float until they're staring at them sinking through six feet of water.

By then, the test is over.

Most Sunglasses Have One Setting: Sink

Regular sunglasses aren't built with buoyancy in mind.

Frames, lenses, hinges, and hardware all add weight. If the finished pair is heavier than the water it displaces, down it goes.

That's not usually a big deal walking around town.

Around boats, docks, marinas, bridges, pools, or waterside jobsites, it's a pretty stupid weak point.

You're buying outdoor gear that can disappear because you leaned over at the wrong time.

Floating Isn't Just a Marketing Word

For eyewear to float, something in the construction has to provide enough buoyancy to keep the whole pair at the surface.

That's where material choice matters.

Lightweight materials can help, but simply making a frame lighter isn't the only way to solve the problem. Adding a buoyant material to the eyewear can give the glasses enough lift to stay up instead of heading straight for the bottom.

And no, attaching a giant foam brick to your temples isn't exactly the goal.

The useful version needs to float without making the glasses bulky, awkward, or annoying to wear all day.

The Material Makes the Difference

One material that works well for this job is EVA foam.

EVA is lightweight, flexible, and buoyant. It's used in plenty of products where cushioning and low weight matter.

Put it in the right place on a pair of sunglasses, and it can do more than add comfort.

It can help keep the glasses on the surface when they hit the water.

That's a small feature right up until you need it.

Boats Aren't the Only Place It Matters

Fishing is the obvious one.

You're tying a line, grabbing gear, leaning over the side, wiping sweat off your face, and suddenly your glasses are airborne.

But water isn't limited to weekends on the boat.

Plenty of crews work around docks, bridges, pools, irrigation, offshore equipment, marinas, and other places where dropping something can mean losing it for good.

Then there's the beach.

One wave catches you wrong, your shades come off, and now you're doing that half-blind shuffle through the water trying to find them with your feet.

If they stay on the surface, the whole problem gets a lot simpler.

Bomber Built the Float Into the Glasses

This is where Bomber does things differently.

Bomber uses a patented Soft-Fit lining made from high-quality, non-toxic EVA foam. That foam is built into the eyewear to provide buoyancy while also giving the glasses a snug, grippy fit.

Bomber has been using patented flotation technology for more than 20 years.

The idea isn't to turn sunglasses into pool toys.

It's to make sure that when your glasses leave your face around water, you've still got a decent shot at getting them back.

The EVA foam also helps the glasses grip instead of sliding around, so it's working before the shades ever hit the water.

Some Bomber styles add jobsite protection too, with safety models that meet ANSI Z87+ impact standards.

So whether you're leaning over a gunwale, working next to the water, or getting knocked around in the surf, you're not relying on luck to keep your shades.

There's an easy test for eyewear made for life around water.

Drop it in.

If your first thought is "Well, there goes $80," you bought the wrong pair.