Elevator Industry Statistics 2025: Key Data, Trends & Compliance Figures

By the Carolina Elevator Service Team

Understanding the state of the elevator industry in 2025 helps building owners, facility managers, and property developers make informed decisions about installation, maintenance, and compliance. This authority page compiles sourced regulatory data, qualitative trend analysis, and expert context to give you the clearest picture of where the industry stands today.

What Are the Most Important Elevator Industry Statistics for 2025?

The elevator and escalator sector in the United States is one of the most tightly regulated segments of the built environment. Several forces shape the industry’s current state:

• Regulatory complexity: Elevators must comply with federal accessibility standards under the Americans with Disabilities Act (ADA), OSHA workplace safety rules enforced by OSHA, and the ASME A17.1 Safety Code for Elevators and Escalators — the national model code adopted by most U.S. states.
• Aging infrastructure: A significant share of commercial and residential elevators in service were installed decades ago, creating sustained demand for modernization and replacement.
• New construction: Multi-family housing growth, healthcare expansion, and commercial development continue to drive new elevator installations.
• Workforce and supply chain pressures: Skilled elevator mechanic labor remains in high demand, and lead times for components can affect modernization project timelines.

Carolina Elevator Service monitors these dynamics closely to help clients in the Carolinas plan maintenance schedules, budget for upgrades, and stay ahead of code requirements.

What Does ASME A17.1 Require for Elevator Inspections in 2025?

The ASME A17.1 Safety Code for Elevators and Escalators is the foundational technical standard governing elevator design, installation, operation, testing, and inspection across North America. Most U.S. states adopt ASME A17.1 (or a version of it) into their state elevator codes, which means compliance is not optional — it is a legal requirement for building owners.

Key ASME A17.1 inspection requirements include:

• Periodic inspections: Elevators must undergo routine inspections by a qualified elevator inspector on a schedule determined by the state authority having jurisdiction (AHJ). The code establishes inspection intervals and the specific tests that must be performed.
• Periodic tests: In addition to visual inspections, certain safety components — such as safeties, governors, and buffers — require periodic load tests. The code specifies test frequencies for different device types.
• Category testing: ASME A17.1 categorizes tests (Category 1, Category 3, Category 5) based on the systems involved and the frequency at which they must be performed, helping inspectors and maintenance contractors structure their service programs.
• Maintenance requirements: The code requires that a maintenance control program (MCP) be established for every elevator. This program documents maintenance tasks, intervals, and records — a requirement that has become increasingly important in jurisdictions that audit maintenance documentation.

Building owners who allow inspection certifications to lapse face potential fines, forced shutdowns, and liability exposure. Carolina Elevator Service works with building managers to track inspection due dates and maintain code-compliant documentation.

What Are the ADA Requirements for Elevators in 2025?

The Americans with Disabilities Act (ADA) sets clear accessibility standards for elevators in buildings that are required to have them. Under ADA Standards for Accessible Design, elevators serving multiple floors must meet requirements covering:

• Minimum car dimensions to accommodate wheelchair users
• Door width, timing, and reopening device requirements
• Control button height, Braille markings, and visual floor indicators
• Audible floor announcements and visible signals
• Emergency communication systems accessible to individuals with hearing impairments

The ADA applies to new construction and alterations. When a building undergoes renovation or when an elevator is modernized, the scope of required ADA upgrades depends on the nature and extent of the work. Building owners should consult with a licensed elevator contractor and their legal counsel to understand exactly what alterations trigger full ADA path-of-travel obligations.

Non-compliance with ADA elevator requirements exposes building owners to federal complaints, civil litigation, and reputational harm. Carolina Elevator Service evaluates existing elevator equipment against current ADA requirements as part of its assessment process.

What OSHA Standards Apply to Elevator Work in 2025?

OSHA regulations directly govern the safety of workers who install, maintain, repair, and inspect elevators. Relevant OSHA standards include:

• General Industry Standards (29 CFR 1910): Covering lockout/tagout (LOTO) procedures when elevator mechanics service equipment with stored energy — a critical safety protocol for preventing unexpected machinery activation.
• Construction Standards (29 CFR 1926): Applying when elevators are being newly installed in a construction setting, including fall protection, hoisting safety, and electrical work rules.
• Electrical Standards: Elevator machine rooms and control spaces must comply with OSHA electrical safety standards, including proper guarding of energized components.

Building owners have a duty to ensure that contractors performing elevator work in their facilities are following OSHA protocols. Hiring qualified, safety-oriented elevator service companies reduces the risk of worksite incidents and associated liability.

What Is Driving Elevator Modernization Demand in 2025–2026?

Several converging forces are accelerating elevator modernization activity across commercial, residential, and institutional sectors:

• Aging equipment: Many elevators installed in the 1970s, 1980s, and 1990s are reaching or have surpassed the end of their engineered service life. Obsolete components become difficult to source, driving up maintenance costs and downtime.
• Energy efficiency: Modern elevator systems with regenerative drives and LED lighting consume significantly less energy than older hydraulic or relay-logic traction systems. Building owners seeking LEED certification or lower utility costs view modernization as an investment, not just a repair.
• Destination dispatch and smart controls: New control technologies improve traffic efficiency in high-rise buildings, reducing wait times and improving tenant satisfaction.
• Code-mandated upgrades: As states adopt newer editions of ASME A17.1, some existing installations must be retrofitted to meet updated safety requirements — particularly around door detection, firefighter service, and seismic standards in applicable regions.
• Insurance and liability management: Insurers increasingly scrutinize elevator maintenance records and equipment age when underwriting commercial property policies. Modern, well-documented equipment carries lower risk profiles.

For building owners in North and South Carolina, understanding which modernization investments are code-required versus discretionary is essential for accurate capital planning. Carolina Elevator Service provides data-driven assessments that separate mandatory upgrades from optional improvements.

What Are the Main Types of Elevator Systems in Use in 2025?

The U.S. elevator market encompasses several primary system types, each with distinct maintenance profiles, typical applications, and modernization considerations:

• Hydraulic elevators: Common in low-rise buildings (typically up to five or six floors). Older single-bottom hydraulic units present environmental concerns due to underground cylinder corrosion and potential oil leaks. Many jurisdictions now require or incentivize conversion to above-ground hydraulic systems or alternative technologies.
• Geared traction elevators: Used in mid-rise applications, these systems use a gearbox driven by an AC or DC motor. They are reliable but can be energy-intensive and may require significant modernization to meet current code.
• Gearless traction elevators: Standard in high-rise construction, gearless traction systems offer efficiency and ride quality advantages. Modern gearless systems increasingly use permanent magnet motors (MRL — machine room-less) that eliminate the need for a dedicated machine room.
• Machine Room-Less (MRL) elevators: A growing segment in mid-rise residential and commercial projects, MRL systems reduce construction costs and building footprint while meeting current energy and performance standards.
• Limited-Use/Limited-Application (LULA) elevators: Regulated under ASME A17.1 and used in settings where a full commercial elevator is not practical, LULA lifts are common in historic buildings, churches, and smaller commercial spaces seeking ADA compliance.
• Vertical Platform Lifts (VPLs): Governed by ASME A18.1 rather than A17.1, VPLs provide accessibility solutions in residential and light commercial settings.

How Does Elevator Maintenance Frequency Affect Safety and Compliance?

Maintenance frequency is one of the most consequential decisions a building owner makes regarding elevator operations. The ASME A17.1 Safety Code for Elevators and Escalators requires that a Maintenance Control Program (MCP) be in place for every elevator, specifying what tasks must be performed, how often, and by whom.

Factors that influence appropriate maintenance intervals include:

• Ride volume (trips per day): A high-rise office elevator making hundreds of trips daily wears components faster than a low-traffic residential unit. Maintenance programs should be calibrated to actual use, not just calendar time.
• Equipment age and condition: Older equipment with worn components benefits from more frequent preventive attention to avoid unplanned breakdowns.
• Environmental conditions: Coastal environments, humid climates, and buildings with significant temperature variations (common in the Carolinas) accelerate corrosion and wear on certain components.
• State inspection requirements: Inspection schedules set by the AHJ establish minimum check-in points, but proactive maintenance between inspections is what keeps equipment safe and available.

Deferred maintenance is the leading driver of both safety incidents and costly emergency repairs. Building owners who treat elevator maintenance as an ongoing program rather than a reactive expense consistently achieve lower lifetime equipment costs.

What Should Building Owners Do When an Elevator Fails a Safety Inspection?

1. Take the elevator out of service immediately. Operating an elevator that has failed a safety inspection is a code violation and a liability risk. Post “Out of Service” notices and restrict access to the car.
2. Contact a qualified elevator service contractor. Obtain a detailed scope of work addressing every item cited in the inspection report. Do not attempt repairs through general maintenance staff — elevator work requires licensed mechanics.
3. Request a written deficiency report. The inspector’s written findings should itemize each violation with reference to the specific code section. This document drives the repair scope and re-inspection checklist.
4. Prioritize life-safety deficiencies. Items involving safety circuits, door interlocks, brakes, and emergency lighting are highest priority. Cosmetic or administrative items can follow.
5. Notify your insurer. Many commercial property policies require prompt notification of known safety conditions. Failure to report can affect coverage.
6. Schedule a re-inspection. After repairs are completed, coordinate a re-inspection with the AHJ. Keep records of all work performed, parts replaced, and test results.
7. Update your Maintenance Control Program. If the failure stemmed from a maintenance gap, revise your MCP to close that gap going forward.

How Long Does an Elevator Modernization Project Typically Take?

Modernization timelines vary considerably based on system type, project scope, building logistics, and component availability. Several qualitative factors influence duration:

• Scope of work: A controls-only modernization (replacing the controller and fixtures while retaining the mechanical equipment) is typically faster than a full modernization that also includes new doors, car enclosure, machine, and ropes.
• Component lead times: Custom cab interiors, proprietary control systems, and certain drive components can have extended lead times, particularly when supply chains are under pressure. Early procurement planning reduces project delays.
• Permitting: Most jurisdictions require permits before modernization work begins. Permit approval timelines vary by state and local authority.
• Building access and scheduling: In occupied buildings, modernization work may be phased to maintain at least partial elevator service, which extends the overall project timeline but reduces disruption to occupants.
• Number of units: Buildings with multiple elevators may be able to modernize cars sequentially while keeping others in service.

Building owners should begin planning modernization projects well in advance of anticipated completion needs — particularly for projects tied to lease renewals, refinancing inspections, or code compliance deadlines.

What Are the Key Cost Drivers for Elevator Service and Modernization in 2025?

Because pricing for elevator service varies significantly by project type, equipment condition, and geographic market, publishing specific figures without a current, binding quote would be misleading. Instead, the factors that most directly drive cost include:

• Equipment type and age: Older, obsolete equipment may require custom fabrication or discontinued parts, which carry premium costs.
• Labor market conditions: Elevator mechanics are licensed tradespeople whose wages reflect both skill level and local market demand. In tight labor markets, labor costs rise accordingly.
• Scope of compliance upgrades: When modernization triggers ADA path-of-travel requirements or code-mandated safety retrofits, scope expands beyond the core mechanical work.
• Building access complexity: Machine room location, pit depth, overhead clearance, and shaft conditions all affect installation difficulty and labor hours.
• Energy efficiency upgrades: Regenerative drives, LED lighting, and standby mode systems add upfront cost but reduce long-term operating expense.

Carolina Elevator Service provides detailed, line-item assessments that give building owners transparent cost visibility before any work begins.

How Do Elevator Requirements Differ Between North Carolina and South Carolina?

Both North Carolina and South Carolina have adopted versions of the ASME A17.1 Safety Code for Elevators and Escalators as the basis for their state elevator codes, but each state administers its own inspection program, permitting process, and enforcement structure.

Key differences building owners should understand include:

• Inspection authority: Each state designates an AHJ responsible for elevator inspections. The AHJ may be a state agency, a county authority, or — in some jurisdictions — a licensed third-party inspection firm authorized by the state.
• Certificate of operation: Both states require elevators to hold a current certificate of operation, which is issued or renewed following a satisfactory periodic inspection. Operating without a valid certificate is a violation.
• Code edition: States adopt ASME A17.1 on their own cycle, which may lag the most current edition. The edition in force in your jurisdiction determines which specific requirements apply to your equipment.
• Local amendments: Some municipalities within both states may have adopted local amendments to the state elevator code. Building owners in cities like Charlotte, Raleigh, Columbia, or Charleston should confirm whether local amendments apply.

Carolina Elevator Service operates across both states and maintains current knowledge of jurisdiction-specific requirements to keep clients compliant regardless of which side of the state line their building sits on.

What Elevator Technology Trends Are Shaping 2025 and 2026?

The elevator industry is undergoing a meaningful technology transition that will shape purchasing and maintenance decisions through 2026 and beyond:

• Remote monitoring and predictive maintenance: Internet-connected elevator controllers now allow service contractors to monitor equipment health in real time, identify developing faults before they cause failures, and dispatch technicians proactively. This shift from reactive to predictive maintenance is one of the most significant operational changes in the industry.
• Machine Room-Less (MRL) expansion: MRL systems continue to gain market share in new mid-rise construction, reducing building cost and complexity while meeting current energy codes.
• Regenerative drive adoption: As energy codes tighten and ESG reporting becomes standard for commercial real estate, regenerative drives that return braking energy to the building’s electrical grid are increasingly specified in both new installations and modernizations.
• Destination dispatch systems: Originally limited to high-rise corporate towers, destination dispatch technology is moving into mid-rise multifamily and mixed-use buildings as costs decrease and tenant experience expectations rise.
• Cybersecurity awareness: As elevators become networked devices, the industry is beginning to grapple with cybersecurity protocols for elevator control systems — an emerging area that building owners and facility managers will need to monitor.
• Sustainability and green building integration: Elevator manufacturers and service providers are increasingly required to document equipment energy consumption as part of whole-building energy audits and LEED or ENERGY STAR certification processes.

How Can Building Owners Evaluate Elevator Service Providers?

Selecting an elevator service provider is a significant decision that affects safety, compliance, tenant experience, and long-term capital costs. Key evaluation criteria include:

• Licensing and compliance: Verify that the contractor holds all required state licenses for elevator work in your jurisdiction. Both North Carolina and South Carolina require elevator contractors to be licensed.
• Knowledge of local code: A contractor who understands the specific edition of ASME A17.1 in force in your jurisdiction, and any local amendments, will keep you compliant more reliably than one operating on general knowledge.
• Transparency in documentation: Quality service providers deliver written maintenance records, test results, and code compliance documentation — not just verbal assurances.
• Scope of services: Confirm whether the provider handles inspections, routine maintenance, emergency repairs, modernization, and code compliance upgrades — or only a subset.
• Independent vs. OEM: Independent elevator service companies are not contractually tied to a single manufacturer, giving building owners access to a broader range of component options and pricing.
• References and track record: Ask for references from buildings similar to yours in type, size, and equipment age.

Carolina Elevator Service operates as a data-driven service provider, giving clients detailed documentation of equipment condition, code compliance status, and maintenance history — the foundation for informed capital planning decisions.

Sourced Data Table: Key Regulatory Standards for U.S. Elevators

Summary: What Building Owners Need to Know About the Elevator Industry in 2025

The elevator industry in 2025 is defined by regulatory rigor, aging infrastructure, and accelerating technology adoption. Building owners face a landscape where compliance requirements are non-negotiable, deferred maintenance carries significant financial and safety risk, and modernization investments are increasingly driven by both code mandates and energy efficiency goals.

The ASME A17.1 Safety Code for Elevators and Escalators, ADA accessibility requirements, and OSHA worker safety standards form the non-negotiable compliance floor. Above that floor, smart building owners are investing in predictive maintenance technology, energy-efficient equipment, and documented maintenance programs that protect asset value and reduce liability.

Carolina Elevator Service brings a data-driven approach to every client relationship — beginning with a thorough assessment of existing equipment, compliance status, and maintenance history, and continuing with transparent documentation throughout the service relationship.