How to Choose the Right Elevator System for Your High-Rise in the GCC

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The Gulf Cooperation Council (GCC) region is home to some of the world's most ambitious high-rise developments. From Saudi Arabia's Vision 2030 megaprojects to the ever-expanding skylines of Dubai, Doha, and Riyadh, the demand for well-designed vertical transportation systems has never been greater.

But choosing the right elevator system for a GCC high-rise involves considerations that go beyond standard international practice. Climate, local codes, cultural factors, and the unique operating environment of the region all influence system selection.

Here's what developers, architects, and project managers need to know.

Factor 1: Climate and Environmental Conditions

The GCC's extreme climate has direct implications for elevator system design:

Heat: Ambient temperatures exceeding 50 degrees Celsius in summer affect machine room cooling requirements. Machine-room-less (MRL) designs, where the machine sits in the hoistway, need adequate ventilation to prevent motor overheating. Traditional machine room installations require heavy-duty air conditioning — a significant energy cost.

Humidity: Coastal cities like Jeddah, Dubai, and Doha experience high humidity levels that accelerate corrosion of unprotected steel components. Specify marine-grade finishes for any exposed metalwork, and ensure electrical cabinets are sealed and climate-controlled.

Sand and dust: Fine particulate matter can infiltrate door mechanisms, guide shoe assemblies, and controller cabinets. Specify sealed door tracks, filtered ventilation, and dust-resistant electrical enclosures.

Power quality: While improving, some GCC locations experience voltage fluctuations and brief power interruptions. Specify elevator drives and controllers with adequate power conditioning, and ensure the building's emergency power system includes elevator recall and continued operation capabilities.

Factor 2: Building Height and Zoning Strategy

For buildings above 25-30 floors, a single group of elevators serving all floors becomes impractical. The system spends too much time traveling past intermediate floors, resulting in poor service.

Common zoning strategies for GCC high-rises:

Low/High Zone Split

• Low-rise group: Serves ground to mid-point
• High-rise group: Serves ground to upper floors (express past low-rise zone)
• Best for: 30-50 storey buildings

Sky Lobby Configuration

• Shuttle elevators: Express from ground to sky lobby
• Local elevators: Serve floors above the sky lobby
• Best for: 50+ storey buildings and supertall towers
• Reduces the number of elevator shafts at ground level, freeing valuable lower-floor space

Double-Deck Elevators

• Two car compartments stacked vertically, serving odd and even floors simultaneously
• Best for: Very high-traffic buildings where shaft space is at a premium
• Requires careful lobby design to separate odd/even passenger flows

The right strategy depends on building height, population distribution, and the balance between core space and leasable area. This is where traffic analysis becomes essential.

Factor 3: Elevator Speed and Technology

GCC high-rises often require high-speed elevators to minimize travel times:

Building Height	Typical Speed Range
Up to 20 floors	1.0 - 2.5 m/s
20-40 floors	2.5 - 5.0 m/s
40-60 floors	5.0 - 8.0 m/s
60+ floors	8.0 - 12.0+ m/s

High-speed elevators require:

• Aerodynamic car designs to minimize wind noise at speed
• Pressure compensation systems to protect passengers' ears
• Advanced guide rail alignment and vibration dampening
• Longer overhead clearances and deeper pits

Not every building needs the fastest elevator available. Speed should be matched to actual travel distance and traffic demands — oversizing elevator speed wastes capital without meaningful performance benefit.

Factor 4: Local Codes and Standards

The GCC does not have a single unified elevator code. Understanding which standards apply is essential:

Saudi Arabia: The Saudi Building Code (SBC) references both ASME A17.1 and EN 81 standards. Projects must comply with the SBC and any additional requirements from the municipality (Amana) or the Saudi Standards, Metrology and Quality Organization (SASO).

UAE: Each emirate may have different requirements. Dubai follows the Dubai Civil Defense code, which references EN 81 with local amendments. Abu Dhabi follows the Abu Dhabi International Building Code.

Qatar: Qatar Construction Standards (QCS) reference EN 81 with local modifications.

Bahrain, Kuwait, Oman: Generally reference EN 81 or ASME A17.1 with local authority requirements.

Key code considerations for GCC high-rises:

• Firefighters' elevator requirements vary by jurisdiction
• Accessibility requirements (wheelchair-accessible cars, audible/tactile indicators)
• Seismic requirements in some GCC locations (particularly western Saudi Arabia)
• Emergency evacuation elevator requirements for supertall buildings

Factor 5: Destination Dispatch

For GCC commercial high-rises, destination dispatch has become the standard rather than the exception. Key benefits:

• 30-40% reduction in average journey time compared to conventional systems
• Improved handling capacity during peak periods
• Enhanced security integration (access control by floor)
• Reduced number of elevators needed (in some cases)

However, destination dispatch requires:

• Adequate lobby space for dispatch terminals
• Clear user interface design (including Arabic language support)
• Integration with building access control systems
• Visitor management protocols

Factor 6: VIP and Service Considerations

Many GCC developments include premium elements that affect elevator design:

• VIP/Executive elevators: Dedicated cars serving specific floors with premium finishes, often card-access controlled
• Residential privacy: Separate elevator groups for residential floors, with no cross-access from commercial zones
• Service and goods elevators: Properly sized for FF&E (furniture, fixtures, and equipment) delivery — often underestimated during design
• Car park shuttles: Dedicated elevators from basement parking levels to the lobby, sized for peak arrival/departure patterns
• Prayer room access: Consider elevator service to prayer room floors during peak prayer times

Factor 7: Manufacturer Selection

The GCC market is served by all major international elevator manufacturers. Selection should consider:

• Local presence and service capability: Does the manufacturer have a service office in your city, or would technicians need to travel from another country?
• Spare parts availability: For high-speed and specialty equipment, local spare parts inventory is critical for minimizing downtime
• Reference installations: Has the manufacturer delivered similar systems in the GCC? Ask for specific project references
• Maintenance terms: Negotiate maintenance contract terms during the procurement phase, not after installation

An independent VT consultant can manage the competitive tender process, evaluate proposals objectively, and ensure the selected manufacturer meets all technical and commercial requirements.