Why this guide exists
Property managers compare elevator service contracts on monthly rate. Asset managers compare them on annual spend. Both of those are the wrong units.
The unit that matters is cost per hour of downtime — because 6 hours of unexpected outage in a hotel, medical office, or senior-housing property can cost more than an entire year of the monthly contract rate. And the provider whose contract looks 15% cheaper on paper can cost 5× more in the year if their response is slower.
This guide gives you the math to see that clearly — so the next time you're comparing contracts, you're comparing the right numbers.
The 4 costs of a broken elevator
Cost #1 — Direct lost revenue (most visible, usually smallest)
Revenue that evaporates because tenants or guests can't use the building. Easy to measure. Usually the smallest number.
| Building type | Direct lost revenue per day of outage (per elevator) |
|---|---|
| Hotel (single-elevator, full occupancy) | $1,200 – $4,500 |
| Class A office (single high-traffic car) | $200 – $600 |
| Medical office (specialty, high-value visits) | $3,000 – $8,000 |
| Senior housing (resident displacement) | $150 – $500 (vouchers, accommodation) |
| Retail center (upper-floor tenants only) | $400 – $1,500 |
Cost #2 — Tenant concessions / penalties (rarely booked, often the biggest)
Contract-driven obligations to tenants for building service failures. This is where the real money is, and it's the one asset managers track most closely when evaluating vendor performance.
| Building type | Typical concession exposure per 24hr outage |
|---|---|
| Class A office (commercial lease) | 1/365 of annual rent per affected tenant |
| Hospital MOB | $5,000+ in patient accommodation costs |
| Hotel | Full-night room credit per impacted guest |
| Multifamily (state / city minimums) | $200–$500 per resident (varies by jurisdiction) |
For any property with high-value commercial tenants (legal, medical, financial), plan on tenant-concession exposure of $2,000–$8,000 per 24-hour outage on a primary passenger elevator.
Cost #3 — Staff and management time (always underestimated)
Every hour of elevator downtime eats staff time.
- Property manager: fielding tenant calls, coordinating with vendor, writing updates. Typical: 2–4 hours per emergency event.
- Front desk / concierge: apologies, escort logistics. Typical: 0.5 hour per affected guest/tenant.
- Maintenance staff: on-site coordination. Typical: 2 hours per event.
At loaded-cost rates ($50/hour PM, $30/hour staff), a single 24-hour outage on a busy property represents $400–$900 of staff time alone.
Cost #4 — Reputation and future revenue (largest, least measurable)
The review that says "elevator was broken for 3 days, the hotel didn't tell us." The tenant who doesn't renew. The asset manager who quietly rotates out the PM because "we keep having the same issues." Not in the monthly PO — but the biggest number over time.
For hospitality, a single "broken elevator" mention in a TripAdvisor or Google review has been quantified by the industry at $50–$150 of lost future revenue per review, amplified when the review sits on top of the search result for months.
For commercial office, tenant retention rates measurably decline in buildings with repeat elevator issues — on average, 1–2 percentage points per major event.
The downtime cost formula
For a single broken-elevator event, total cost =
(Direct revenue loss × hours of outage) + (Tenant concession exposure × [1 if >24hr, 0.3 if 4–24hr]) + ($400–$900 staff time) + (Reputation long-tail, est. $1,000–$3,000)
Worked example — 100-room Houston airport hotel
Single passenger elevator fails Friday 9pm, repaired Saturday 3pm (18 hours of outage):
- Direct revenue loss: $0 (rooms already booked, just guest inconvenience)
- Tenant concession exposure: ~$50/room × 40 affected rooms = $2,000
- Staff time: PM + front desk + maintenance = $700
- Reputation: 3–5 negative reviews likely = $300 – $750 long-tail
Total cost of a single 18-hour outage: $3,000 – $3,450.
Compare that to a $220/elevator/month Premium maintenance contract — which at this hotel would probably run $220 × 2 elevators × 12 months = $5,280/year for full coverage. Two 18-hour outages per year and the Premium contract is paying for itself in avoided exposure alone.
Now consider: a Standard contract with a slow-response provider might save $1,680/year on the monthly rate ($150 vs $220 × 2 elevators × 12 months) — but each extra hour of response time across 3 annual outages costs the building $140–$180 per hour in direct + concession + staff exposure. A provider that responds 6 hours slower costs the building ~$3,000/year in downtime — nearly 2× the contract-rate savings.
The 2 most common myths
Myth #1 — "Our elevator only broke twice last year, so we don't need a premium contract."
The reality: "Broke twice" is the visible data. The invisible data is: how long were the outages? Did they happen at your worst possible time? What was the cost per hour? Two 30-minute outages during a quiet week are trivial. Two 8-hour outages on a Saturday night are $10k+ of exposure.
What to track: For every outage, log (1) time of day started, (2) duration until on-site arrival, (3) duration until repair complete, (4) impact on guests/tenants. Share this data with your vendor at renewal. It's the single most powerful contract-negotiation lever you have.
Myth #2 — "All elevator companies respond about the same — it's not worth paying more."
The reality: Response time variance between providers is larger than most PMs realize. Industry-published response-time data (what providers commit to in writing) ranges from 15 minutes callback / 2 hours on-site at the fastest end to 24 hours callback / 72 hours on-site at the slowest — for the same monthly rate range. The spread is where the real total-cost-of-ownership difference lives.
What to ask: Every provider should answer these three questions in writing before you sign:
- What is the committed callback SLA?
- What is the committed on-site SLA?
- What remedy is available if you miss those SLAs?
If the provider won't answer #1 and #2 in writing, that's your answer for #3.
Response-time benchmarks (what's actually fair in 2026)
Callback SLA (time from your call to a technician's voice)
| Tier | Benchmark | What it means |
|---|---|---|
| Best-in-class | Under 15 minutes, 24/7 | Live human dispatch |
| Good | Under 30 min business / 60 min after-hours | Answering service → tech callback |
| Average | Under 2 hours | Voicemail → tech callback next morning |
| Below average | Over 4 hours | What drives PMs to switch |
On-site SLA (time from your call to physical arrival)
| Tier | Benchmark | What it means |
|---|---|---|
| Best-in-class | Under 1 hour Zone 1 emergency | Local operator with real dispatch |
| Good | Under 2 hours Zone 1 emergency | Competent regional operator |
| Average | Under 4 hours | Standard contract performance |
| Below average | Same-day, no ETA | What drives PMs to switch |
Premium: 15-minute callback SLA in writing, 24/7. Average on-site under 60 minutes inside the Beltway.
Standard: Same-business-day response. Average on-site 1–2 hours Zone 2.
Non-contract emergency: Accepted 24/7. Served after contract customers.
How to use this guide
- Log your outages. Start now. Every event: time started, time first contact with vendor, time callback received, time on-site arrival, time repair complete, impact.
- Apply the formula. For each outage, compute direct loss + concession exposure + staff time + reputation estimate. That's your real downtime cost.
- Sum for the year. Total downtime cost / (downtime cost + annual contract spend) = your real total cost of ownership.
- At renewal, compare on TCO. Not monthly rate. Use the real number.
Want to see your specific exposure?
Send us your last 12 months of outage logs and we'll quantify your real downtime cost — for free, in writing, no switch required. Or run our 90-second health check to score your overall elevator program against industry benchmarks.