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The 90-year history of the binoculars bolted to scenic overlooks

Tower Optical’s coin-operated binocular viewers have stood at American overlooks since the 1930s, built by a company almost nobody can name. For the first time, it’s selling some of them off.

Coin-operated binocular viewer facing toward a mountain landscape at sunset, with trees and the Half Dome rock formation in the background.Tower Optical

If you’ve ever stood on an observation platform at Niagara Falls, at the edge of the Grand Canyon, or overlooking the Golden Gate Bridge, chances are pretty good you’ve seen a Tower Optical binocular viewer, and maybe even dropped a quarter into one, even if you’ve never heard of the company that made it.

These heavy, chrome-plated viewers are bolted to observation decks and overlooks across the US and Canada. But somewhere along the way, the viewers themselves became icons. And, for the first time in its history, the company is selling a small number of them to private buyers.

Tower Optical began in a Norwalk, Connecticut, machine shop in 1933, and remained in the same family until 2025. Between the 1930s and 1980s, it manufactured roughly 2,000 of the machines, with every component hand-assembled in the company’s factory in Norwalk, where the original machinery from the 1930s and 40s still stands. Today, the company has about 1,800 machines spread across roughly 400 locations in North America.

Coin-operated binocular viewer with a metallic finish mounted on a wooden deck, facing a marsh with tall brown grass, water, and green trees beneath a cloudy sky.
Tower Optics binocular viewfinders have been deployed to all corners of North America, in all types of environments.
Tower Optical

In many places, these viewers have become part of the landscape as much as a means of viewing it. As someone with an interest in optics, what’s always fascinated me are the conditions these devices endure: freezing winters, blistering summers, rain, snow, ice, sand and every other environmental hazard you can throw at them. Yet the 10×42 binoculars inside keep delivering a sharp image, decade after decade.

Adam Rice, one of the company’s current owners, says the location and history of every viewer has been meticulously tracked by hand, decade after decade, as they moved around the continent.

Cluttered desk with scattered papers and photos beneath a large, pinned map of the United States in a molded frame with small pins representing the locations of Tower Optical binocular viewfinders; a sign above the map displays the phrase "It is what it is."
For decades, Tower Optical used a pair of push-pin maps at its headquarters — color-coded by site — to monitor where each viewer was deployed.
Tower Optical / Adam Rice

“There are two push-pin maps at headquarters that are pretty outdated now, but they were used to track all the different sites, color-coded by location. Beyond that, we have a physical card for every single machine detailing its maintenance and whereabouts. I scanned thousands of these cards with a high-speed scanner to digitize the company’s historical records.”

Looking at one of these cards can be like a walk through history, Rice tells us. “If someone’s interested in the history of a machine, we’ll look at the maintenance cards… For example, machine #507 was manufactured in the 1950s. Our records show it went to the Staten Island Ferry in 1961, Battery Park in New York City in the ’80s, the North Carolina Zoo in the ’90s, and, most recently, Coit Tower in San Francisco.”

Vintage cream-colored index card with green lines, featuring handwritten dates, locations, and numbers in blue and black ink for recording dates and locations where Tower Optical binocular viewers were deployed. Holes are punched along the left edge.
The company maintained physical index cards for every machine, detailing its maintenance history and locations over the decades. This viewer appears to have spent a portion of the ’90s at the Empire State Building in New York.
Tower Optical

One thing the company isn’t doing today is building new units, and the original manufacturing process may be lost to time.

“I’ve tried to understand the original manufacturing process, but no one is really left who knows how they were originally made. In our warehouse, there’s about 5,000 square feet of space filled with lathes and grinders from the ’30s and ’40s with overhead shafts to operate the pulleys. Our machinist estimated that if you had to make one of these domestically today, it would probably cost $15,000 to $20,000. The viewer heads are cast bronze and chrome-plated, and the rest of the components are iron.”

The glass inside has a pedigree of its own. “Interestingly, the metal plates on the viewers used to say ‘Bausch & Lomb Optical Viewer,'” he continues, “because the internal binoculars were manufactured by Bausch & Lomb. Many units still have the original Bausch & Lomb optics inside. At one point, they had a partnership where if binoculars needed to be serviced or replaced, we would send them directly to Bausch & Lomb, and they would fix them.”

Not much has changed over the years. The price crept up from a nickel, and the coin mechanisms were revised and hardened against people who tried sawing or drilling their way to the quarters inside.

Rows of shiny metal binocular optical viewers are arranged in a dimly lit, cluttered storage room with wooden shelves and assorted industrial equipment.
Tower Optical assembled every machine by hand at its Norwalk factory, which still houses the original manufacturing equipment from the 1930s and ’40s.
Tower Optical

The biggest challenge the company faces today is one the founders probably never saw coming: “No one carries quarters anymore, but people still love using these machines, so our goal from day one was to retrofit them with tap-to-pay,” says Rice.

“Another challenge was that every machine was built by hand, so the dimensions aren’t exact CAD measurements. The engineering firm we worked with did an outstanding job engineering retrofit brackets that fit regardless of slight variations in screw hole placement between a machine built in the ’30s versus one built in the ’50s.”

What the company was unwilling to change was the viewers’ nostalgic appearance.

“Our mandate to the engineering firm from day one was that we did not want the look of the machines to change beyond the payment terminal itself. The terminal is very minimal, just a small black box, and we’re even considering putting a chrome foil on it to blend in further. The only other physical modification was drilling a small hole in the top shell for a cellular antenna,” Rice explains.

While many have encountered Tower viewers in their travels, it’s never been possible to own one. Tower Optical’s viewers are placed through revenue-share arrangements with host venues, but for the first time, the company has decided to sell a small number of the historic units.

Multiple coin-operated binocular viewers with metallic finish are installed along a waterfront promenade, facing blue water and distant land beneath a partly cloudy sky.
Tower Optical currently has about 1,800 machines operating across roughly 400 locations in North America.
Tower Optical

“It allows us to finance the engineering work and expand our network, since retrofitting and deploying machines isn’t cheap. We receive a ton of inbound interest from people who want to own one. It makes sense to pull the lever on sales for units we can’t retrofit,” says Rice.

“In an ideal world, we probably don’t want to sell more than 50 to 100 of them.”

Owning a piece of history won’t be cheap. According to the company’s website, they start at around $9500. “That includes full refurbishment, the original historical maintenance card, and a new pair of optics,” Rice tells us. “We work with OM Digital to supply those binoculars. Prices may carry a premium for units originating from iconic locations like the Empire State Building, Rockefeller Center, or the Statue of Liberty.”

So next time you’re at a scenic overlook in the US or Canada, look out for a Tower viewer. Rice envisions a future in which they might even get more upgrades than its founders could have imagined.

“Moving forward, we’re exploring ways to layer in digital experiences, like augmented reality at high-traffic sites like Rockefeller Center, while keeping the core viewing experience intact.”

About the Author: Dale Baskin is a professional photographer, writer, and filmmaker based in the Pacific Northwest. He is the Managing Editor of DPReview.com.

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Google’s Pixel 11 Pro XL is here – unboxed, and open for your questions

We’re testing the new Pixel 11 Pro XL. Watch the unboxing, then tell us what questions you have.

Close-up of a green smartphone's rear camera, showing its lens detail; the branded box is visible in the background on a wooden surface.DPReview Staff

We recently got our hands on the new Google Pixel 11 Pro XL smartphone, and it’s time to do some testing.

In addition to shooting a sample gallery to test the new cameras, we’re also planning to test two new features Google rolled out alongside the Pixel 11 series: Camera Looks, which let you customize how your photos look at the moment of capture, including presets Google claims will look “less processed,” and Magic Capture, a mode that captures photo and video simultaneously and uses AI to automatically select the best shots and a highlight clip once you’re done.

But before we dive in too far, we wanted to know what questions you have about Google’s newest Pixel Pro smartphones. Let us know in the comments, and if there’s something you’d like to see us test, let us know that too.

About the Author: Dale Baskin is a professional photographer, writer, and filmmaker based in the Pacific Northwest. He is the Managing Editor of DPReview.com.

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Skylum popularized AI sky replacement. Now it says AI shouldn’t overshadow photographers

Luminar’s latest update brings performance gains and a redesigned UI, but Skylum’s “creative vision first” pitch sits awkwardly next to a toolset built on AI sky replacement and Body AI.

City skyline at dusk seen from above, featuring tall skyscrapers, a winding river, and dramatic clouds; the photo is open in editing software with visible editing tools on the right side of the interface.Skylum

Skylum has announced an update to Luminar – its photo editing suite that became synonymous with AI sky replacement – which arrives under the pitch of protecting human talent and creative vision.

According to Skylum, the update is arriving in two phases. Phase 1 shipped on August 5 as version 1.28.0, and includes user interface and performance improvements. The Catalog and Edit modes have been merged into a single workspace, with Presets, Tools and Edits gathered into one reorganized panel on the right. Skylum claims exports are now up to 27% faster, preset previews up to 3.8 times faster, and masking uses up to 33% less memory.

The release also adds camera support for the Leica SL3-P and M11-P, the Panasonic Lumix DC-L10 and the Sony a7R VI, plus compressed Raw support for the a7 V. Additionally, the company says it has rebuilt its generative model to produce results that blend more naturally into the original photograph.

A dune buggy with off-road tires jumps over a sandy hill in a desert, leaving a trail of dust. Editing software interface frames the scene.
Skylum released Luminar version 1.28.0 on August 5, bringing UI and performance improvements as the first of two update phases.
Skylum

We also noticed a quiet change: “Neo” appears to be going away. Skylum’s August release notes are headed “Luminar 1.28.0” whereas June’s were headed “Luminar Neo 1.27.1,” and the press materials don’t mention the word. Skylum’s own website hasn’t caught up, and still refers to the app both ways.

Phase 2 is slated to arrive this fall and will focus more on feature improvements. The company says a revised Crop tool will evaluate an image and propose several finished compositions, weighing subject, balance, leading lines and visual weight, and the Atmosphere Fog tool is being rebuilt to respond to a scene’s light, color and depth rather than laying a flat layer over the top. An improved Enhance tool is designed to reduce the risk of overprocessing, and the AI Assistant is being updated to take a description of the look you’re after and apply a combination of Luminar tools to deliver the result you want.

Finally, Skylum says it’s introducing a new web editor to support cross-platform editing.

Computer screen displaying a photo catalog with eight images arranged in a grid, featuring landscapes and action shots: mountains, an individual in a yoga pose, hot air balloons, motorbikes, and a yellow car.
Phase 1 of Luminar’s new release is focused on user interface and performance enhancements.
Skylum

Skylum’s earlier marketing leaned heavily into AI as a selling point, through Luminar AI’s launch and Luminar Neo’s debut. This announcement reads a bit differently: Skylum says the update arrives as the industry grapples with fears that AI might “overshadow human talent” and bring an end to what it calls a nearly 200-year-old craft, with CEO Ivan Kutanin adding, “Creative vision comes first; technology is here only to let it shine.” 

That’s an interesting position from the company that popularized one-click sky replacement, but Skylum seems to be drawing a distinction between craft and documentary photography; effects that prove convincing in a scene versus ones that look pasted in. (The fact that the software also lets you reshape a subject’s body in a portrait makes that a tougher sell.)

Price and availability

Luminar is available as a one-time purchase in three versions. A desktop-only version for Mac and Windows sells for $129. The All Platforms version adds support for iOS, Android and ChromeOS apps, cross-device editing and access to Luminar on the web when it arrives this fall; it retails for $259, but is on sale for $159 through August 31. The Max version adds a year of the company’s Luminar Prime service and retails for $399, but is on sale for $199 through August 31.

About the Author: Dale Baskin is a professional photographer, writer, and filmmaker based in the Pacific Northwest. He is the Managing Editor of DPReview.com.

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