If you’ve ever stood in a waiting area, watching an elevator door glide open and shut smoothly, you might not have given much thought to the small, complex parts working behind the scenes to make that happen. As someone who’s spent the last 12 years as an elevator door system supplier—first troubleshooting faulty doors for small commercial buildings, then designing custom solutions for high-rise residential towers and mixed-use complexes—I’ve seen how much has changed in this industry. The question I get most often from building managers, architects, and fellow technicians is: What’s next for elevator door systems? After speaking with engineers, attending industry conferences, and testing prototypes in our own facility, I’m ready to break down the trends shaping where this technology is headed. Elevator Door System
First, let’s start with the problem we’re all trying to solve, because every big shift in elevator door design comes down to making buildings work better for people. For decades, elevator doors were designed to be durable, which they are—but that often meant they were rigid, loud, and inflexible. If you had a stroller, a wheelchair, or even a bulky moving box, squeezing through a standard 36-inch door felt like a battle. For people with sensory processing disorders, the sharp clank of a steel door slamming shut could be downright stressful. And for building owners, outdated door systems often led to unexpected downtime: a sensor that glitches, a pulley that wears out, a misaligned door that gets stuck between floors, costing thousands in lost revenue from stalled elevators and frustrated tenants. That’s why the first big trend I see is focused on accessibility and adaptability—two areas that have been overlooked for too long.
I’m not just talking about making doors a few inches wider. New adaptive door systems use sensor technology that’s already common in self-driving cars, but adapted for elevator use. Our team started testing a prototype last year that uses LiDAR and 3D cameras, not just the basic infrared sensors most doors rely on today. Here’s how it works: when a person approaches the elevator, the camera scans for their height, the size of any mobility aid they’re using, and even how many people are waiting. If someone in a wheelchair is standing 10 feet away, the door doesn’t open just a crack and slam shut before they reach it—it holds open long enough for them to approach, and then adjusts its width slightly if a wheelchair needs more space. Last month, we tested this system at a 12-story assisted living facility, and the facility manager told us that in the first two weeks, they’d already had three fewer service calls related to door obstructions. That’s a big deal because those service calls aren’t just inconvenient—for assisted living residents, a stuck elevator door can mean a resident is trapped alone for hours.
The second trend is all about energy efficiency, and it’s not as flashy as adaptive doors, but it’s going to change how we design elevator systems for new buildings. Right now, elevator door motors usually run on AC power, even though the rest of the elevator uses more efficient DC power. That might not sound like a big difference, but when you have a high-rise building with 20 elevators running 24/7, that extra power adds up. Our engineers recently calculated that switching to brushless DC motors for door systems could cut door-related energy use by 30 to 40 percent over a year. That’s not just good for the environment—building owners can recoup the cost of upgrading door systems in less than five years from energy savings alone. We’re also working on door seals that are better at preventing air leakage. In older buildings, elevator shafts act like chimneys, pulling in cold air in the winter and hot air in the summer. A tighter door seal can reduce that airflow, which means the building’s HVAC system doesn’t have to work as hard to maintain a comfortable temperature. Last year, we installed these seals in a 25-story office building in downtown Chicago, and the building’s energy manager reported a 7 percent drop in their HVAC’s energy bill within six months.
Wait, but what about the parts that keep doors running long-term? That’s where predictive maintenance comes in, and it’s going to completely change how we service elevator door systems. For years, elevator technicians would drive to a building every few months to check doors, even if nothing was wrong. That’s called reactive or preventive maintenance, and it’s costly. Predictive maintenance uses sensors built into the door system to track things like motor vibration, pulley wear, and door alignment in real time. If a pulley is starting to wear out, the sensor will pick up a tiny change in vibration long before the door starts making noise or gets stuck. We’ve been testing a predictive maintenance system for two years now, and we’re rolling it out to our largest clients this year. Last quarter, one of our test clients—a 30-story apartment building in Dallas—had a pulley fail in one of their doors. The sensor picked up the issue three days before it would have caused a downtime event. We were able to ship a replacement part overnight, and the technician installed it during off-hours, so the tenants never even knew there was a problem. That’s the kind of service that’s going to set companies apart in the future—no more emergency 2 a.m. service calls, no more frustrated tenants waiting for an elevator that’s out of service.
Another trend that’s been growing slower than the others, but is starting to gain traction, is smart door integration with building management systems. Right now, most elevator doors are separate from a building’s access control system. If you work on the 10th floor, you have to swipe your keycard at the elevator bank to call an elevator, and then swipe it again inside the elevator to get to your floor. That’s redundant, and it’s slow for people in busy buildings. New smart door systems can connect directly to the building’s access control system. So if you swipe your keycard at the elevator bank, the door automatically calls the elevator for you, and only lets it go to the floors you’re authorized to access. For hotels, that means guests can go straight to their floor without stopping at staff-only floors, which adds a layer of security. For office buildings, it cuts down on wait times because the elevator is already on its way when you reach the bank. We installed this system at a 15-story tech office in Austin last year, and the office manager told us that elevator wait times dropped by 25 percent in the first month. That’s a huge deal for productivity—no one wants to stand around waiting for an elevator when they have a meeting in 10 minutes.
But of course, with new technology comes challenges, and the biggest one right now is cybersecurity. When doors are connected to building networks and the internet, they become a potential target for hackers. I know that sounds like something out of a sci-fi movie, but it’s not. A few years ago, a group of researchers showed that they could hack into a connected elevator system and make the doors open or close at will. That’s a serious security risk, especially for high-security buildings like hospitals, banks, or government offices. That’s why our team has been working on end-to-end encryption for all connected door systems, and we test every new system against cybersecurity standards set by elevator industry groups. We also design our systems to be offline-capable, so even if the network goes down, the doors still work perfectly—no stuck elevators, no safety risks. It’s a balance between being smart and connected, and keeping the people using the building safe.
Now, let’s talk about what this means for the future, not just in the next five years, but in the next 10 to 20. I think we’re going to see elevator doors that are even more adaptable. Imagine a building where elevator doors can adjust their size based on what’s being transported—if a moving truck arrives, the main lobby elevator doors can widen automatically to let a moving dolly through, without the driver having to press a special button. Or in a hospital, if a stretcher needs to get to the emergency room, the doors can hold open longer and adjust their speed to be more gentle, so the patient doesn’t get jostled.
We’re also going to see more sustainable materials in door construction. Right now, most elevator doors are made of steel, which is durable but heavy. That extra weight means the elevator has to work harder to move, which uses more energy. New materials like carbon fiber reinforced polymer (CFRP) are lighter, just as strong, and can be molded into custom shapes. Last year, we tested a CFRP door for a small residential elevator, and it cut the elevator’s total energy use by 12 percent. As the cost of these materials comes down, we’re going to see them become standard for elevator door systems, especially in high-rise buildings where every pound counts.
Another thing I’m excited about is accessibility beyond just wheelchairs. The Americans with Disabilities Act (ADA) has set standards for elevator access, but there’s still a lot of room to improve for people with invisible disabilities, like hearing loss or autism. New door systems can have adaptive audio alerts—instead of the same ding every time, if a hard-of-hearing person is waiting, the audio alert can be louder and have a different frequency. For autistic people who are sensitive to loud noise, the system can turn off audio alerts entirely, using only visual lights to indicate the elevator is arriving. We tested this at a school for students with disabilities in Seattle last year, and the teachers told us that it made the hallway a much calmer, less overwhelming place.
But here’s the thing: all this technology doesn’t mean we’re forgetting the basics. Elevator doors have to be safe, first and foremost. We still do thousands of safety tests on every new door system we design, testing how it works in extreme temperatures, how it responds to a child’s hand getting caught, how it holds up after 10 years of daily use. No matter how smart or connected a door is, if it doesn’t protect the people using it, it’s worthless. That’s why we always balance new technology with reliability—we don’t put a prototype in a high-rise building until it’s been tested in our lab for at least two years.
As someone who’s worked in this industry for over a decade, I’ve seen how much elevator door systems have evolved, and I’m excited to see where we go next. The trends I’ve talked about—adaptive accessibility, energy efficiency, predictive maintenance, smart integration, cybersecurity—aren’t just fads. They’re responses to real needs: buildings that have to work better for more people, lower operating costs for building owners, and safer, more comfortable experiences for everyone who uses an elevator.
If you’re a building manager, architect, or technician who’s looking to upgrade your elevator door system, or if you have questions about how these trends could work for your building, we’d love to connect. Our team has worked on projects for everything from small 5-story office buildings to 50-story residential towers, and we can customize a solution that fits your needs and budget.
Elevator Guide System References
- Elevator Industry, Inc. (2023). "Global Trends in Elevator Technology: Door System Innovations." Annual Industry Report.
- International Code Council. (2022). "Accessibility Standards for Vertical Transportation in Commercial Buildings." Code Report.
- U.S. Department of Energy. (2023). "Energy Efficiency Opportunities in Elevator Systems." Building Technologies Office Report.
- Li, M., et al. (2022). "Adaptive Sensor Systems for Intelligent Elevator Doors." Journal of Building Engineering.
- National Fire Protection Association. (2021). "Cybersecurity Guidelines for Connected Building Systems." NFPA 70E Report.
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