Your elevator contractor tells you the machine will last 20-25 years. That response time is industry standard. That the termination penalty is 50% of remaining contract value. That parts will arrive in 2-4 weeks.
None of these statements are lies. But none of them are the complete truth either.
The elevator industry has a communication problem. Contractors optimize for clarity and sales efficiency. Building owners need nuance and specificity. The gap between what you hear and what actually happens creates budgeting surprises, contract disputes, and equipment decisions based on incomplete information.
This guide examines 12 common statements from elevator contractors and explains what they actually mean. Not to vilify the industry, but to help you ask better questions and make decisions with full information. Elevator professionals are not trying to deceive you. They are simplifying complex technical realities for audiences who rarely want the details. Sometimes that simplification costs you money.
The Pattern: Sales Optimization vs. Operational Reality
Before diving into specific myths, understand the underlying pattern. When an elevator contractor gives you a number, a timeline, or a cost estimate, they are choosing from a range of possible truths. They almost always choose the version that sounds best and creates the fewest follow-up questions.
A contractor who quotes "2-4 weeks for parts" is not lying. Parts that are currently in production usually arrive in 2-4 weeks. But if your equipment is 15 years old and the part is discontinued, the timeline might be 2-4 months or "unavailable at any timeline." The contractor knows this. They also know that explaining every variable loses deals.
Your job is not to catch contractors in lies. Your job is to ask the follow-up questions that reveal which version of the truth applies to your situation. Every myth below includes specific questions to ask.
Myth 1: "MRL Machines Last 20-25 Years"
What you hear: Machine-room-less elevators have a lifespan of 20-25 years, similar to traditional geared equipment.
The reality: That number represents the optimistic end of the range for well-maintained, second-generation-or-later MRL equipment installed by competent contractors. Early MRL machines (pre-2010) have documented failure patterns at 10-11 years, particularly bearing failures on certain KONE models. The realistic range is 10-25 years depending on installation quality, maintenance intensity, and which generation of MRL technology you have.
Why this matters: If you are acquiring a building with a 2012 MRL installation, you may be 2-3 years from a major mechanical failure rather than 12-15 years. This changes your capital planning entirely. For buildings with MRL equipment installed 2000-2010, the MRL bearing seizure crisis is already happening.
What to ask: "What year was this MRL installed? What generation is it? What is the bearing condition, and when was it last inspected?" For more on evaluating equipment condition, see our guide on signs your elevator needs modernization. MRL elevators use flat belts instead of ropes; understanding the inspection criteria for ropes and belts helps you anticipate replacement costs.
Myth 2: "Early Termination Costs 50% of Remaining Contract"
What you hear: If you need to exit your maintenance contract early, expect to pay a 50% penalty on the remaining balance.
The reality: The 50% figure is a common negotiated outcome, not the contractual standard. Most elevator maintenance contracts specify 100% of the remaining balance as the termination fee. The 50% number appears in discussions because that is what sophisticated property managers have successfully negotiated after threatening legal action or bringing competitive pressure.
If you simply accept what the contract says, you owe 100%. If you negotiate aggressively, you might reach 50%. If you are in California after August 2026, state law (AB 2723) caps the penalty at 30% of remaining value regardless of contract language.
Why this matters: The difference between 50% and 100% on a three-year remaining contract at $15,000/year is $22,500. That is real money lost by accepting the sales pitch instead of reading the contract.
What to ask: "What does the contract actually say about termination? Can we negotiate a cap before signing?" Always read your contract carefully or run it through our Contract Scanner before assuming the sales pitch reflects the legal terms.
Myth 3: "Response Time Is Industry Standard 60 Minutes"
What you hear: 60-minute response time is industry standard. That is what everyone offers.
The reality: 60 minutes IS the industry baseline. But "response time" has multiple interpretations. Some contracts mean 60 minutes to phone acknowledgment. Others mean 60 minutes to dispatch. Others mean 60 minutes to a technician on-site. The variation matters enormously when tenants are trapped in an elevator.
Premium providers offer 30-minute on-site response during business hours. Budget providers may interpret "response" as answering the phone within 60 minutes and scheduling a visit within 24 hours. Both can technically claim "60-minute response time" depending on how they define the term.
Why this matters: If your contract says 60 minutes but means phone acknowledgment, and you expect a technician on-site in an hour, you will be disappointed when the first entrapment happens.
What to ask: "Does your 60-minute SLA mean phone acknowledgment, dispatch, or technician on-site? What are the after-hours response standards?" Get it in writing. For guidance on comparing service providers, see our elevator company comparison guide. Our analysis of OEM vs independent response times shows the structural reasons why these definitions matter.
Myth 4: "Video Communication Is Low Cost"
What you hear: ASME 2019 requires two-way video communication in elevators. OEM marketing materials describe this as a "low-cost upgrade."
The reality: "Low cost" is marketing language that collapses under scrutiny. Actual installed costs run $980-$1,500 per elevator for hardware, plus $25/month for cellular connectivity, plus potential travel cable replacement if the existing cable cannot support video data transmission. A 10-elevator building might face $15,000-$20,000 in installation costs plus $3,000/year in ongoing cellular fees.
The OEM defines "low cost" relative to a full modernization. Compared to a $200,000 mod job, $15,000 is indeed low. But property managers hearing "low cost" think $2,000-$3,000, not $15,000+.
Why this matters: Budgeting for video communication based on OEM marketing creates nasty surprises when the real quote arrives.
What to ask: "What is the total installed cost per elevator, including any cable upgrades? What are the monthly connectivity fees? Does our current maintenance contract cover this work?" Understanding the full cost prevents budget surprises.
Myth 5: "Parts Lead Time Is 2-16 Weeks"
What you hear: Replacement parts typically arrive in 2-16 weeks.
The reality: That timeline applies to parts that are currently in production. For equipment older than 10-12 years, critical components may be discontinued, limited availability, or obsolete. Discontinued parts timelines range from 2-12 months. Some parts are simply unavailable at any price or timeline, forcing partial modernization.
The contractor quotes "2-16 weeks" because that is true for most common repairs on current equipment. They are not thinking about your 2008 controller board that Otis stopped manufacturing in 2019.
Why this matters: When a critical component fails and the only option is a 6-month wait or a $40,000 emergency modernization, the building owner who assumed "2-4 weeks" is in crisis mode. See our repair timeline guide for realistic expectations by equipment age.
What to ask: "Is this specific part currently in production? When was it last manufactured? What is the contingency if the part is unavailable?" For older equipment, see our guide on obsolete elevator equipment.
Myth 6: "Show a Competitive Quote and the OEM Will Match"
What you hear: If you get a lower quote from an independent service provider, show it to your OEM and they will match the price to keep your business.
The reality: This tactic works only for non-proprietary equipment where the OEM genuinely faces competition. For proprietary systems installed between 2005-2015 (Gen2, PORT, various MRL controllers), the OEM knows you cannot actually switch providers without a $50,000-$90,000 controller replacement. Some platforms, particularly Otis systems with diagnostic lock-in, make competitive switching nearly impossible regardless of price. When they know you are captive, they have no incentive to match competitive pricing.
The sales pitch assumes a competitive market. The reality is often a proprietary lock-in situation where competitive quotes are meaningless theater.
Why this matters: Building owners waste time soliciting competitive bids for equipment that cannot actually be serviced competitively. Understanding your lock-in status before negotiating saves effort and sets realistic expectations.
What to ask: "Is our equipment proprietary? Can independent providers actually service this controller? What would it cost to convert to non-proprietary?" Get an honest assessment of your negotiating leverage before assuming competitive pressure works.
Myth 7: "Full Maintenance Covers Everything"
What you hear: A full maintenance contract covers all repairs. You pay one monthly fee and never see another invoice.
The reality: FM contracts exclude specific categories of work, and the exclusions can be expensive. Common exclusions include emergency equipment (batteries and power supplies), code compliance upgrades, vandalism repairs, water damage, and often major components like door operators and controllers after certain thresholds. The "full" in full maintenance is marketing language, not a legal commitment to cover 100% of costs.
Read your contract exclusion list carefully. A typical FM contract has 15-25 specific exclusions. Some of those exclusions represent $10,000+ exposure if the excluded components fail. Worse, some vendors use deliberately vague exclusion language as a profit center - see our guide on loss leader pricing traps to understand how below-market contracts weaponize these exclusions. Every major OEM structures their tiers differently; our OEM Service Tier Decoder breaks down what each tier actually covers at Otis, KONE, Schindler, and TK.
Why this matters: Property managers who assume FM means "never see an invoice" budget $0 for elevator repairs. When a $6,000 door operator replacement comes through as a billable item (excluded after 10 years in some contracts), the budget surprise is painful.
What to ask: "Can I see the complete exclusion list? What specific items are NOT covered?" Run your contract through our Contract Scanner to identify exclusion exposure. For a detailed comparison of contract types, see our guide on full maintenance vs. examination contracts.
Myth 8: "All Gen 4 Platforms Are Equivalent"
What you hear: Any current-production elevator platform from a major OEM is reliable. They are all "active production" equipment.
The reality: Practitioners and mechanics identify a clear quality hierarchy among current platforms. Not all Gen 4 equipment performs equally in the field. Some platforms have known reliability issues, parts availability problems, or design compromises that create maintenance headaches.
Without naming specific problematic models (which would require ongoing validation), the pattern is consistent: some OEM platforms have better field reliability than others. The sales pitch treats all current equipment as equivalent. Mechanics who service multiple brands know better.
Why this matters: Choosing an elevator platform for new construction or modernization based solely on price assumes equivalent quality. That assumption may cost more in lifetime maintenance than the initial savings.
What to ask: "What is the field reliability history of this specific platform? What do your mechanics prefer to service? Are there known issues with this model?" Talk to mechanics, not just sales representatives.
Myth 9: "We Inspect Your Emergency Equipment"
What you hear: Your full maintenance contract includes regular inspection of all safety and emergency equipment.
The reality: Emergency equipment (batteries, power supplies, emergency lighting) is specifically excluded from most FM contracts because those components are considered building infrastructure, not elevator equipment. More problematically, contractors sometimes mark emergency equipment as "working" during routine visits without actually testing it.
The pattern: battery backup systems can sit untested for 15-20 years. When they finally fail during a power outage, the building owner discovers the "inspected" emergency system has been dead for years. The resulting emergency service call quotes panel replacement at $15,000-$20,000, when the actual fix is a $250-$400 battery that should have been replaced proactively.
Why this matters: Emergency equipment failure during an actual emergency creates liability exposure far beyond the cost of proactive maintenance.
What to ask: "When were the emergency batteries last replaced? Is battery replacement included in our contract? Can you show me test documentation for emergency equipment?" Budget for battery replacement every 4-5 years regardless of contract coverage.
Myth 10: "The Drive Will Last as Long as the Machine"
What you hear: Modern drives are solid-state and reliable. They should last the life of the elevator.
The reality: Drives follow a predictable failure curve. Years 0-5 see rare manufacturing defect failures. Years 6-9 show 10-15% premature failure rates. Years 10-15 represent the common failure window (50%+). Beyond 15 years, you are on borrowed time.
Accelerating factors include power surges (certain platforms are extremely susceptible), capacitor degradation, heat exposure from poor machine room ventilation, and high-use patterns. Drive replacement on proprietary equipment runs $16,000-$25,000. However, 80% of VFD failures are capacitor issues fixable for $1,500-$3,500 - see our VFD failure diagnostics guide to avoid unnecessary full replacement.
Why this matters: Planning for a 25-year equipment life without budgeting for a $20,000 drive replacement around year 12 creates a capital planning gap. See our drive failure timeline guide for the predictable failure curve and our lifecycle cost guide for realistic long-term budgeting.
What to ask: "How old is the current drive? Has it ever had component replacements? What is the replacement cost if it fails?" Budget for drive replacement in the 10-15 year window.
Myth 11: "Independent Controllers Are Less Reliable"
What you hear: Aftermarket controllers from independent manufacturers are cheaper but less reliable than OEM equipment.
The reality: Independent controller reliability depends entirely on installation quality and ongoing maintenance commitment. A properly installed GAL, SmartRise, or MCE controller maintained by competent technicians performs as well as OEM equipment. A poorly installed independent controller maintained by the lowest bidder will have problems.
The OEM sales pitch emphasizes independent controller failures without mentioning that most of those failures result from installation shortcuts or maintenance neglect. The $40,000-$90,000 cost advantage of independent controllers is real if you commit to quality installation and proper maintenance.
Why this matters: Dismissing independent controllers based on OEM talking points locks you into proprietary pricing for the next 20 years. Understanding that quality depends on installation and maintenance rather than brand name expands your options.
What to ask: "Who will install this controller? What is their track record? What maintenance commitment is required?" Evaluate the installer, not just the equipment brand.
Myth 12: "This Part Is Obsolete, We Need to Modernize"
What you hear: The component that failed is obsolete. There is no choice but a full modernization.
The reality: "Obsolete" is an overused term that sometimes means "we cannot get OEM parts through our normal supply chain" rather than "this equipment cannot be maintained." Some parts declared obsolete by OEM suppliers are available through aftermarket channels. Some "obsolete" boards can be repaired by specialty shops. Some situations do require modernization, but not all.
The pattern: a building owner is told their 2018 equipment is "obsolete" and quotes $180,000 for modernization. In reality, a software update or board repair could resolve the issue for $3,000-$8,000. The obsolescence diagnosis was either lazy or self-serving.
Why this matters: Accepting an obsolescence diagnosis without verification can result in unnecessary six-figure expenditures.
What to ask: "Is this component actually discontinued, or just unavailable through your supplier? Have you contacted specialty repair services? What specifically makes this obsolete rather than just difficult to source?" Get a second opinion on any obsolescence diagnosis. Our obsolete equipment guide explains when obsolescence is real versus when it is a sales tactic.
The Underlying Truth
Elevator contractors are not villains. They operate in an industry where customers rarely understand the product, decisions are made quickly, and nuance loses sales. Simplifying complex technical realities into digestible soundbites is not deception. It is adaptation to market conditions.
But that simplification has consequences. Building owners who accept simplified explanations make decisions with incomplete information. Those decisions sometimes cost tens of thousands of dollars.
Your defense is asking better questions. Every myth above includes specific follow-up questions designed to force the nuanced answer rather than the simplified one. Use them.
When the simplified answer turns out to be accurate, you have lost nothing but a minute of conversation. When the nuanced answer reveals a material difference, you have potentially saved thousands.
Taking Action
Ready to stop accepting sales pitches at face value?
Scan your contract. Our Contract Scanner analyzes your maintenance agreement and identifies where the simplified sales pitch diverges from the actual contract terms. Exclusions, termination penalties, response time definitions, it is all in there.
Know your equipment. Understanding whether you have proprietary or non-proprietary equipment changes every negotiation. Our guide on proprietary vs. non-proprietary elevators explains how to assess your situation.
Budget realistically. Use our elevator repair cost guide and lifecycle cost analysis to build budgets based on industry data rather than optimistic sales projections.
The elevator industry will continue optimizing for sales efficiency. Your job is optimizing for operational reality. Those two goals only conflict when you accept simplified answers without asking follow-up questions.
Copyright 2026 ElevatorBlueprint. This guide reflects industry research and practitioner feedback. Individual situations vary. Consult with qualified elevator professionals before making major equipment or contract decisions.