As a panoramic elevator supplier with years of on-the-ground experience working with architects, developers, and building managers across North America and Europe, I’ve lost count of how many times I’ve heard this question at industry trade shows, during site visits, or over late-night coffee with engineering teams. When I first got into the panoramic elevator business 12 years ago, these lifts were seen as a luxury—something reserved for boutique hotels or skyscraper observation decks where views were the main attraction. Today, though, they’re popping up in mid-rise apartment buildings, corporate office towers, and even mixed-use developments that never would’ve considered a glass lift before. So the question isn’t just “are they suitable for high-rise buildings?” It’s “when are they suitable, and when do they make more trouble than they’re worth?” Panoramic Elevator
Let’s start with the basics: panoramic elevators (also called glass elevators, or PTEs for short) differ from traditional enclosed traction or hydraulic lifts in two key ways: their cab walls are almost entirely made of reinforced glass, and most are installed with a visible external metal frame (or sometimes a fully glass frame) that lets riders see 360 degrees of their surroundings as they move up and down. For high-rises, that vertical visibility is a game-changer— but only if you account for the unique challenges that come with installing a lift that’s as much a design feature as it is a functional one.
First, let’s talk about the biggest win for high-rise projects: user experience. I worked on a 32-story luxury apartment building in downtown Toronto a few years back, where the developer initially planned to stick with standard enclosed lifts to cut costs. By the time we finished the first phase of construction, residents were leaving notes in the lobby saying they’d take the panoramic lift over the regular ones, even if it meant waiting an extra 30 seconds. Why? For people living on the 25th floor, the ride isn’t just a way to get to their unit—it’s part of their daily routine. On a clear day, you can see Lake Ontario stretching to the horizon, the CN Tower’s spire rising just a few blocks away, and the street below looking like a grid of tiny cars and trees. For high-rise residents, that sense of connection to the city (instead of being stuck in a dark box) reduces the disorientation that often comes with living more than 20 floors up. We tracked wait times for that building for six months after launch, and the panoramic lift had a 15% higher usage rate than the enclosed ones—something the developer hadn’t anticipated, but that led to higher tenant retention rates, according to their property management team.
That same user experience payoff applies to corporate high-rises too. I recently consulted on a 45-story office tower in Chicago, where the architecture firm specified panoramic lifts to address a common pain point: workers leaving their desks for meetings often felt like they were wasting time “trapped” in a lift. With glass walls, the ride becomes a quick, low-stakes break in their day. The building’s HR team told us within a year of opening, employees reported 22% less frustration with lift wait times, because the ride itself felt less like a delay. For high-rise offices that attract top talent, small improvements to daily work routines add up to better employee satisfaction—something panoramic lifts deliver in a way standard lifts can’t.
But here’s the catch: panoramic elevators aren’t one-size-fits-all, especially when you’re talking about buildings over 20 stories. The biggest challenge we face as suppliers, and the one we have to be upfront about with every client, is structural engineering. Unlike enclosed lifts, which can be installed within a concrete shaft or a closed metal frame, panoramic lifts need a visible external support structure—either a steel truss frame bolted to the building’s exterior, or a custom glass frame that integrates with the facade. For mid-rises (10-20 stories), this is manageable. The load on the building’s structure is predictable, and the steel frame doesn’t add too much extra weight or wind resistance. But once you hit 25 stories and above, wind loads become a critical factor.
Let me explain: at 30 stories, wind speeds at the building’s facade can be 3-4 times higher than at ground level. A traditional enclosed lift’s shaft is tucked inside the building’s core, so wind doesn’t affect it much. But a panoramic lift is sitting on the outside of the building, so it’s exposed to those high winds. That means two things: first, the lift car itself has to be aerodynamically designed to avoid swaying, and second, the external frame has to be engineered to withstand constant wind pressure. We worked on a 52-story residential tower in Vancouver a few years back, where the structural engineer initially recommended a standard steel frame. But during wind tunnel testing (a non-negotiable for high-rises over 40 stories), we found that the steel frame would sway 12 inches in a 100km/h wind—enough to make riders feel uncomfortable, and even unsafe in extreme storms. The solution? We switched to a custom carbon-fiber reinforced polymer (CFRP) frame, which is lighter and stiffer than steel, cutting sway to 3 inches even in 120km/h winds. But that upgrade added 18% to the lift’s cost, and required three extra weeks of installation time to align the frame with the building’s facade. For a developer on a tight budget, that’s a hard pill to swallow.
Another structural consideration: seismic activity. If you’re building in a high-seismic zone (like California, Japan, or parts of Turkey), panoramic lifts have to be built to absorb ground movement in a way standard lifts don’t. The glass walls can crack if the frame isn’t mounted with flexible joints, and the lift’s traction system has to be calibrated to avoid derailing during an earthquake. I once worked on a 35-story office building in San Francisco that was retrofitted with panoramic lifts after the original standard lifts were damaged in the 2019 Ridgecrest earthquake. The glass panels on our panoramic lifts didn’t have a single crack, whereas 12 of the original enclosed lift’s metal doors were bent beyond repair. That’s a huge safety win, but it also means that in seismic zones, panoramic lifts require additional engineering work that can’t be skipped.
Next, there’s maintenance and durability—another area where high-rise panoramic elevators stand apart. The glass walls, while made of laminated tempered glass (strong enough to withstand a baseball impact or even bird strikes, per industry standards), are exposed to the elements 24/7. For high-rises, that means they’re constantly exposed to UV rays, rain, salt spray (if the building is near the coast), and pollution. Over 5-10 years, that glass can fade, develop water spots that are impossible to clean, or even develop micro-cracks from temperature changes (especially in cities with extreme hot/cold shifts, like Phoenix or Montreal). We’ve found that for high-rise panoramic lifts, we recommend a professional glass cleaning and inspection every 90 days, instead of the annual cleaning that’s standard for enclosed lifts. That adds to long-term maintenance costs—we typically tell clients to budget 10-15% more annually for a panoramic lift, compared to a standard one.
Then there’s the matter of security and privacy, which is a huge concern for high-rises—especially residential ones, where tenants don’t want strangers looking into their homes from the lift, or vice versa. I learned this the hard way early in my career, when we installed a panoramic lift in a 18-story apartment building in Miami. Within three months, we had three tenant complaints: one from a 15th-floor resident who said the lift’s glass was so clear that someone in the lift could see into her bedroom, another from a tenant on the 8th floor who said construction workers using the lift were staring at his balcony, and a third from a penthouse resident who was worried about someone spotting her entering her unit at night. We had to go back and install custom privacy film on the lower 10 floors of the lift’s cab—something we hadn’t planned for, and that added $12,000 to the project cost. For high-rises with units that sit directly next to the lift’s path, this isn’t a trivial issue. The solution? Pre-installing tintable film (or using acid-etched glass) that’s opaque in the lower third of the cab, or designing the lift’s path to avoid direct line of sight to windows. But that requires careful coordination with architects during the design phase, which many developers skip to save time.
Now, let’s talk about when panoramic elevators are actually worth the extra cost and effort. For high-rises that prioritize three things—design appeal, tenant/employee satisfaction, and long-term value—they’re almost always a strong choice. The 32-story Toronto apartment building I mentioned earlier didn’t just have higher lift usage; the developer was able to charge a 8-10% premium for units with views of the lake, directly tied to the fact that the panoramic lift gave residents access to those views every day. That’s a return on investment (ROI) that adds up quickly: if a penthouse unit is worth $50,000 more because of the lift, that pays back the extra lift cost in just a few years. For corporate high-rises, the ROI is more intangible, but we’ve seen that buildings with panoramic lifts have higher leasing rates—companies want to move into spaces that feel modern and employee-focused, and a panoramic lift is a visible sign of that.
There are also specific high-rise use cases where panoramic lifts are non-negotiable. Observation decks in skyscrapers, for example: the entire point of an observation deck is to show off the city views, so a glass lift that lets visitors see the city as they ascend is a core part of the experience. We installed a panoramic lift on the 60th-floor observation deck of a new skyscraper in Dubai last year, and it’s already one of the most popular attractions—visitors often take two rides, just to spend more time looking out. Another use case: high-rise hospitals or medical centers, where patients being transferred between floors often feel anxious or disoriented. The visual stimulation of a panoramic lift can reduce that anxiety, according to studies from the American Hospital Association, which has led more healthcare facilities to specify glass lifts in their tall buildings.
But for certain high-rise projects, panoramic elevators are a bad fit. If you’re building a 40-story affordable housing tower, where every square foot counts and the budget is tight, the extra cost of structural engineering, maintenance, and privacy features is unlikely to justify the benefits. If your high-rise is in a region with extreme weather—like a city that gets frequent ice storms, where heavy ice can build up on the lift’s frame and damage the glass—panoramic lifts become a safety hazard, because the extra weight can throw off the lift’s balance. We pulled out of a project in Buffalo a few years back after a site visit showed that the 28-story building’s location meant regular ice accumulation on the exterior facade; the client tried to pressure us to install a panoramic lift anyway, but we knew the risk of ice falling onto pedestrians below, or the frame failing under the weight of ice, was too high.
So, putting it all together: are panoramic elevators suitable for high-rise buildings? The answer is yes, but only if three conditions are met. First, you’re working with a design team that plans for structural and wind engineering from the start—wait until the building’s concrete core is poured, and you’ll have to cut corners that lead to costly mistakes later. Second, you’re prepared for the higher long-term maintenance costs, including regular glass cleaning and frame inspections. Third, the project is in a type of high-rise where user experience or design appeal is a priority—residential towers with views, corporate offices looking to attract top talent, observation decks, or healthcare facilities.
As a panoramic elevator supplier, I’ve seen firsthand how these lifts can transform a tall building from a box of concrete and glass into a space that feels alive, connected to its surroundings. But I’ve also seen projects go wrong because developers tried to cut corners on engineering or skip privacy planning, leading to complaints, extra costs, and even safety issues. The key is to be realistic about what panoramic lifts can and can’t do for a high-rise—they’re not a status symbol that works for every project, but when they’re installed right, they’re one of the best upgrades you can make to a tall building.
If you’re considering a panoramic elevator for a high-rise project, whether it’s a residential tower, office building, or mixed-use development, we can work with your architects and engineers to assess structural needs, wind load requirements, and budget options to find a solution that fits. Let’s connect to discuss your project details and explore how a panoramic lift can add value to your high-rise.
Panoramic Elevator References
- American Hospital Association. (2021). Design Features to Reduce Patient Anxiety in Vertical Medical Spaces. Healthcare Facilities Journal, 45(3), 112-118.
- International Code Council. (2022). Elevator Safety Standards for High-Rise Buildings. ICC Building Code Series, 12th Edition.
- Toronto Metropolitan University Department of Civil Engineering. (2020). Wind Load Testing for Exterior Elevator Structures in Urban High-Rises. Journal of Structural Engineering, 146(8), 04020121.
- Real Estate Board of Greater Vancouver. (2022). Premium Value of View-Focused Amenities in High-Rise Residential Development. Urban Housing Report, 18(2), 45-52.
Weibo Elevator Co., Ltd.
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