Latest / The Operations Podcast with Fexingo: Process, People, and Profit in Modern Business / How a Hotel Chain Saved $2 Million With Overnight Renovations
Transcript
- Lucas: If you've ever stayed in a hotel that was clearly mid-renovation — plastic sheeting, a faint smell of paint, the elevator blocked off — you probably also noticed your room was discounted. Maybe 20 percent off. The hotel is basically paying you to tolerate the mess. Luna: Right, because they can't afford to close the floor entirely. They need that revenue. So they do the work during the day, guests complain, reviews drop, and they still lose money. Lucas: Exactly. And that trade-off — revenue today versus a better product tomorrow — has haunted hotel operations forever. But one chain figured out a way around it. They moved every single renovation task to the overnight shift. Not just painting. Full gut jobs. New bathrooms. New HVAC. And they did it while rooms were occupied just hours before. Luna: Wait — guests are sleeping in the room next door? While you're ripping out a toilet? Lucas: Yes. And that's the part that sounds insane until you see the numbers. The chain saved about two million dollars per property per renovation cycle. And they did it by treating the constraint — sleeping guests — as a design parameter, not a problem to work around. Luna: So how do you actually pull that off without waking people up every night? Lucas: Let's start with the schedule. The standard daytime renovation model looks like this: you close a wing — maybe 30 rooms — for six to eight weeks. You lose all that potential revenue. You relocate guests. You've got dust and noise from 8 a.m. to 5 p.m. Then you stop. Crews leave. The next morning you start again. It's slow, expensive, and disruptive. Lucas: Overnight operations flips that entirely. You keep the rooms rented during the day. Guests check out at 11 a.m. At 2 p.m., a prep crew comes in — they do a quick walkthrough, protect the furniture, cover the floor. Then at 9 p.m., the main crew starts. They work until 5 a.m. By 7 a.m., the room is clean, dry, and ready for a new guest. The whole cycle is 12 hours, but only 8 of those are actual construction. Luna: So you're turning a room from occupied to gutted to occupied again in less than a day. That's a turnaround time that would impress a Formula 1 pit crew. Lucas: It's exactly that kind of thinking. And the key is precision. You cannot have a crew of 20 people all doing different things at once, because they'd trip over each other and make too much noise. So they broke the work into three overlapping trades. First, the demolition crew — two people, very quiet tools. They remove the vanity, the toilet, the bathtub surround. That takes about 90 minutes. Luna: What about pipes? Aren't you worried about water damage? Lucas: They pre-shut off water to that room only. The hotel has a valve system that isolates individual rooms. So no flooding. Then the second crew comes in — the prefab team. This is where the real innovation lives. The bathroom is essentially a pod built off-site. It arrives on a wheeled cart, already tiled, plumbed, wired. They slide it into the bathroom shell, connect four quick-connect fittings — water, drain, electric, vent — and it's done. That takes about two hours. Luna: So the bathroom is a module. Like a Lego piece. That must cut down on skilled labor, too. You don't need a master plumber on site every night. Lucas: Exactly. The third crew does the finishes — painting, new carpet, bedding, TV mount. By 5 a.m., the room looks brand new. The final hour is quality inspection and ventilation. They run industrial air scrubbers to clear any dust or solvent smell. By 7 a.m., the front desk can sell the room. Luna: But that's a huge logistical lift. How do you coordinate the crews so they don't overlap and create noise peaks? Lucas: They used a system called 'takt time' — borrowed from automotive manufacturing. Each room has a 480-minute window. The demolition crew gets 90 minutes of that. The prefab crew gets 120. The finishes crew gets 150. The final hour is buffer. If one crew runs over, they eat into the buffer, but the next crew doesn't start until the previous one is done. They tested it on a pilot floor at a Hilton in Philadelphia. After 30 rooms, they had the timing down to within 10 minutes per room. Luna: And the noise? I assume you can't use a jackhammer at 2 a.m. Lucas: They banned anything that creates impact noise — no hammers, no saws that vibrate through walls. All cutting is done with a special low-vibration oscillating tool. The prefab pod is designed so that all connections are push-fit, not torqued. Even the toilet is a pressure-assisted model that doesn't require traditional bolting. The crew wears soft-soled shoes and communicates via vibration headsets, not walkie-talkies. Luna: So you're basically running a silent construction site inside an operating hotel. What about the guests in adjacent rooms? Do they get a discount? Lucas: They actually don't. And that's the surprising part. In the pilot, guest satisfaction scores for rooms adjacent to renovation zones dropped by only 3 percent. Compare that to daytime renovation, where scores typically drop 15 to 20 percent. The reason is simple — at night, guests are asleep. If you're quiet enough, they don't notice. Daytime renovation interrupts meetings, naps, work. Night work interrupts nothing if done right. Luna: Let's talk cost. You said two million dollars saved per property. How does that break down? Lucas: The biggest savings is revenue. In the traditional model, you lose about 60 room-nights per renovation — 30 rooms, two weeks of downtime. At an average rate of $200 a night, that's $12,000 per room, or $360,000 per wing. Under the overnight model, you lose zero. You also save on labor because overnight wages are often lower than daytime union rates, believe it or not. And the prefab pods cost about 15 percent less than site-built bathrooms because of factory efficiency. Luna: But you have to pay for the prefab logistics, the air scrubbers, the specialized tools. That must eat into savings. Lucas: It does. But the chain calculated total renovation cost per room at about $18,000 overnight versus $30,000 daytime. That's a 40 percent reduction. When you multiply that by 800 rooms per year across their portfolio, you're looking at nine point six million dollars in annual savings. The two million figure was per property averaged over a three-year renovation cycle. Luna: And the guest doesn't even know it happened. That's the holy grail in hospitality operations — improve the product without the guest ever feeling the improvement process. Lucas: Exactly. And it's not just hotels. Think about any business where you have to upgrade an asset that generates revenue 24/7. Data centers. Hospitals. Rental car lots. If you can do the work during the low-utilization period, you're essentially getting free capacity. The hotel chain is now licensing their overnight renovation methodology to other hospitality groups. Luna: That's a whole new revenue stream. From operations IP. Lucas: Right. And it started because someone asked, 'what if we just did this at night?' Which sounds obvious in retrospect, but everyone in the industry was so stuck on the daytime model that they never questioned it. The constraint — sleeping guests — actually forced them to be more creative. They couldn't just throw more labor at the problem. They had to design a system that was inherently quiet, fast, and precise. Luna: It reminds me of something we talked about a few episodes ago — how constraints drive better design. The overnight shift is a constraint, but it also forces you to eliminate waste in a way that daytime work never does. Lucas: And that's worth remembering for any operations person listening. If you have a process that feels chronically inefficient, ask yourself: what would happen if I cut the available time in half? Or moved it to a completely different time window? The answer might be counterintuitive. You might find that the constraint is actually the path to a better system. Luna: I want to touch on something else that came up during my research for this episode. I was reading about a hospital in Cleveland that applied this same principle to their MRI machine maintenance. They used to take it offline for a full day every quarter. Now they do it overnight in four-hour windows, and patient throughput hasn't dropped at all. Lucas: That's a great parallel. And it shows the pattern is transferable. The hospital had to design a maintenance kit that could be wheeled in, connected, and removed quickly. They also trained a dedicated night crew. The upfront investment was real, but the payback was under a year. Lucas: Look, these conversations we have on the show — they're free, they're ad-free, and they're built on a lot of research. If they've helped you think differently about your own work, or given you a concrete idea you've actually used, there's a simple way to support what we do. Buy me a coffee dot com slash fexingo. That's buy me a coffee dot com slash fexingo. Luna: Yeah, we keep it that way intentionally. A couple of dollars a month genuinely helps cover the research time, the editing, the hosting. And it means we don't have to run ads or chase sponsors. Lucas: Exactly. And we're really grateful to the people who do. It makes a real difference. Anyway — back to hotels. The overnight model is now being tested for full lobby renovations, which is a whole other beast. Lobbies have 24-hour foot traffic, so you can't even block off a section for a full night. You have to work in two-hour bursts. But the same principles apply: prefab, quiet tools, precise scheduling. Luna: I look forward to seeing those results. For now, I think the takeaway is clear: if you can do the work when nobody's watching, you can often do it better, faster, and cheaper. Lucas: And that's the kind of operations thinking that turns a cost center into a competitive advantage. Thanks for listening.