Elevators and Cities: How Elevators Lift Cities Up

Elevators have an exciting and important relationship with cities. In this explainer, we’ll dive into the ways lifts have played a vital role — and how AVT Beckett continues that lineage!

Elevators and Cities: How Elevators Lift Cities Up

Across the globe, cities are growing at an unprecedented rate. But most of us rarely think about the role elevators have played in this boom.

Consider this: Every year, there are more elevators manufactured and installed than the year before. In 2019 alone, over one million new elevators were installed in the world!

Indeed, modern skyscrapers would not be possible without the equipment AVT Beckett provides across North America. But this isn’t just true today. For over a century, the backbone of every architectural marvel has been, at least partly, thanks to mechanized lifts. 

In the article below, we’ll take you on a quick journey spanning the entire history of these two inseparable marvels. Enjoy!

How Elevators and Cities First Began

elevators-in-ancient-greece

The original elevator is much older than you might think. In Ancient Greece, Archimedes, one of the leading scientists of antiquity, is thought to have constructed the first working lift. In the Roman Colosseum, this novel technology was used to usher lions and gladiators to the arena. Of course, these lifts were powered by people. 

In fact, for centuries, lifts required man or animal power to bring the platform from one level to another. We see this is true up into the Industrial Revolution. During that time, workers used pulleys to bring coal and other ore up from mineshafts. 

When the tallest building was five or six stories, elevators never seemed to outweigh the basic and simple alternative: the stairs. After all, this was long before elevator safety. It was also long before something like the Americans with Disabilities Act. Many citizens felt unsafe or simply couldn’t access elevators, which kept them on the fringe.

The Eureka Moment:1854

Buildings couldn’t rise very high when you had people (or mules or goats) on the other end of the rope. That all changed in the 19th century. At the Exhibition of the Industry of All Nations, inventor Elisha Graves Otis changed the way we traverse and build cities forever.

The name probably sounds familiar. That’s because Elisha is the founder of Otis Elevator. In 1854, he changed history by introducing a safety mechanism that stopped a platform from plummeting to the floor. 

His famous words “all safe, gentlemen, all safe,” originated from this first exhibit. He told his assistant to cut the main rope to the lift he stood in. Suspended above the crowds, this seemed like a one-way ticket to doom. Instead of falling to the floor, leaf-springs engaged and caught into the serrated guide rails. He was safe.

Expansion into the Skies

In the early 1900s, the proliferation of electricity inspired more efficient, mechanical elevators. Soon, it was common to have one or two lifts per building. This also allowed architects to set their sights higher. 

The financial gain of such an endeavor was profound. The floor area ratio, or how much real estate could be quantified on a given plot of land, skyrocketed. Investors saw elevators as their ticket to ever-increasing financial gain. 

Basically, the higher the building, the more money property owners could make. As building methods improved, so did the elevators. In fact, new elevator inventions can inspire architects to create designs never seen before.

Today, builders can choose from many types of elevators, including:

Going Up and Down Through the Centuries

As New Yorker columnist Nick Paumgarten noted, “Two things make tall buildings possible: the steel frame and the safety elevator.” And yet, many passengers today seldom consider the true marvel that is the mechanized lift. 

There have been some big elevator improvements over the years. Here is a quick timeline of our favorites: 

1854 Otis Safety Brake: The original leaf-spring system that paved the way for elevator adoption in New York City and beyond. 

1868 Paternoster: With this design, elevator cabs circulated continuously in a closed loop. People could hop on and off at any time. The shortcoming of this system, however, was that there were no doors. See for yourself:

1912 Gearless Elevators: Gearless elevator systems eventually surpassed steam-powered machines. They could be installed in a building of any height, which made them crucial to the growing number of skyrises in big cities. To this day they are one of the most popular lift choices. Check out AVT Beckett’s page on Gearless Elevators here

1996 MRL: Machine Room-less elevators were first invented by Kone back in the 90s. They were designed to save space in low-rise and mid-rise buildings. Instead of a machine room, the motor is installed directly in the hoistway. Nearly every MRL elevator uses gearless traction — another space-saving advantage. 

2017 MULTI System: Using the latest magnetic technology, the MULTI allows elevators to run in multiple directions — including horizontally! This is a ropeless system that has inspired architects and revolutionized building design.

The Future of Elevators and Cities Continues with AVT Beckett

At AVT Beckett, we believe the future of our cities depends on safe and reliable elevators. We’ve been in the business for 60 years and are proud to say we’ve risen to the challenges put forward by the best engineers and architects in the world. 

To learn more about our services, or to find out more about us, connect with us on LinkedIn.

Reach for the Sky: 3 Elevator Innovations that Enable More Efficient Skyscrapers

Reach for the Sky: 3 Elevator Innovations that Enable More Efficient Skyscrapers

We’re moving on up in the world — quite literally. In today’s skyscraper game, the towers adorning cityscapes are getting taller and grander. There’s a rush to get to the top of that tallest building, which means one thing: we need better, faster, stronger elevators

In the past few years, we’ve seen elevator technology change by leaps and bounds, enabling us to see the world’s fastest elevator in Guangzhou, breaking the Guinness World Record with maximum speed of 21 m/s, or the world’s tallest outdoor elevator.

Special cases aside though, worldwide there are still 183 buildings that reach over 300 metres tall! So how do we get up there? Let’s take a look at some of the innovations in elevator technology that allows us to build so high today.

Skyscraper Elevator Innovation 1: Double Deck Elevators

high rise elevator

One of the biggest moves toward space saving innovation in elevator design is the double deck elevator. These elevators are two cabs tall, stacked on top of each other, where one cab services the even numbered floors and the other services the odd numbered floors. 

Double deck elevators reduce the number of needed elevators for skyscrapers, especially when they’re paired with smart, efficient destination dispatch controls. They also can improve a building’s overall energy usage by reducing the number of stops each elevator makes.

Skyscraper Elevator Innovation 2: Destination Dispatch Systems

high rise skyscraper elevator

To manage “elevator traffic” or high volumes of passengers at specific times in tall buildings, a destination dispatch system (DDS) was developed. This skyscraper elevator innovation is implemented in scenarios where there are multi-elevator installations, which groups passengers for the same destinations into the same elevators. 

Using real-time analytics, the system analyzes input data from passengers and efficiently groups their destinations, decreasing the number of stops for every elevator ride. 

Skyscrapers that leverage DDS benefit from:

        • Lower energy consumption 
        • Shorter waiting time 
        • Less crowding and congestion in the building lobbies and hallways
        • Reduced average travel time

Skyscraper Elevator Innovation 3: Ultra High-Rise Elevator Ropes

Skyscraper elevator innovations

Maximizing an elevator’s travel distance is one of the most important challenges for skyscrapers. Yet, one of the biggest limiting factors for ultra high-rise elevators today are efficient elevator ropes and cables. Thankfully, elevator specialists have stepped up and rose to the challenge with new high-rise hoisting technology. This skyscraper elevator innovation reimagines the conventional elevator rope by designing super-strong rope.

At AVT Beckett, we use elevator rope designed specifically for demanding high-rise and high-speed applications. The ropes used have full steel core and nine-strand/Filler Wire construction. Together, these two aspects achieve minimal stretch. The ropes also boast a round cross-section, and excellent flexibility. Furthermore, the increased resistance to rope fatigue due to bending and maximized breaking strength were taken into consideration with our rope supplier.

This new technology reduces the friction, which enables skyscraper elevators to reach new heights. Not only do these ropes carry elevators for longer distances, they also eliminate the need for transfer floors.

In this race to the top, skyscraper technology is constantly elevating. At AVT Beckett, we’re constantly looking for new ways to move up and onward with our innovative elevator solutions for buildings of all sizes, tall and small. 

From a low-rise to a skyscraper, we can meet all your elevator needs and improve passenger flow in your building. Talk to our field experts today to get started.