By Eric Peterson | Branch Manager – Vancouver
While Part 1 focused on future-proofing vertical transportation systems through flexibility and technology, this conversation expands the lens — looking at how geography, culture, and building program complexity directly influence elevator design decisions around the world.
Regional Differences Shape How Buildings Actually Operate
One of the most overlooked factors in vertical transportation design is how differently people use the same elevator systems across regions.
From New York to Toronto to cities in the Middle East and Asia, the same elevator can behave very differently depending on cultural expectations around personal space and crowding. In densely populated North American cities, occupants are often accustomed to higher car loading. In contrast, other regions may prioritize more personal space, resulting in significantly lower practical elevator utilization.
This seemingly small behavioral difference has major implications in design. A system that might comfortably carry 18 passengers in one city could realistically only carry 12 in another. That reduction in efficiency — sometimes as much as one-third — must be accounted for in early-stage traffic analysis to avoid underestimating demand.
Destination Dispatch and Regional Comfort Standards
Modern destination dispatch (DD) systems are increasingly being adapted to reflect these regional and cultural differences.
Rather than relying solely on traditional load weighing systems to determine car capacity, DD can be configured to cap passenger assignments per trip. This allows designers and operators to define acceptable comfort thresholds in advance — tailoring performance to local expectations.
Interestingly, these considerations became even more visible during the COVID-19 pandemic, when occupancy limits were strictly enforced. Some systems even experimented with visual spacing markers inside cars or strict passenger caps per trip.
This evolution highlights a broader trend: elevator systems are no longer purely mechanical optimizers — they are now behavioral systems, shaped by how people feel about space, safety, and comfort.
Codes, Standards, and Global Consistency Challenges
Regional influence also extends into regulatory frameworks.
Different parts of the world operate under different code environments — from European norms to North American standards such as ASME. While most projects follow local requirements, there are notable exceptions.
Embassy buildings, for example, often adhere to the standards of their home country regardless of location. Similarly, some multinational developers choose to standardize a single global specification, even if it requires importing equipment manufactured to a different code set.
While this approach ensures consistency across portfolios, it often comes at a premium due to logistics, certification, and supply chain complexity.
The Physical Limits of Going Taller
Even with advanced technologies like destination dispatch, there remains a psychological dimension to elevator design.
Many occupants still prefer clear physical separation between user groups, even when digital systems can technically manage traffic flow. The idea of “shared intelligence” systems replacing dedicated elevator banks can raise concerns about reliability and control.
As a result, traditional solutions such as dedicated cores or sky lobbies continue to play an important role — not just for technical reasons, but for user confidence.
Designing for a Shifting Market Reality
Ultimately, the rise of mixed-use super tall buildings reflects a broader shift in how developers view risk and flexibility.
Buildings are no longer designed with a single fixed use case in mind. Instead, they are increasingly structured to adapt to changing market conditions — whether that means converting office space to residential or adjusting hotel-residential ratios over time.
This flexibility places new pressure on early-stage planning, particularly in the design of vertical transportation systems. Elevator cores must now anticipate not just current demand, but potential future scenarios that may look very different from day one.
Because in the future of super tall buildings, adaptability may be the most valuable feature of all.
Looking Ahead
As super tall buildings continue to evolve globally, vertical transportation design is being shaped by a complex mix of cultural behavior, regulatory diversity, engineering limits, and financial pragmatism.
From regional loading expectations to mixed-use core constraints and physical height boundaries, each factor adds another layer of complexity to an already intricate design challenge.
What remains consistent, however, is the need for adaptability — not just in technology, but in how buildings are conceived from the very beginning.
Still curious about vertical transportation in super tall buildings? Ask an expert your technical questions today.