How Do Extended-Stay Hotels Change Your Design Approach?

Extended-stay hotels need hybrid residential-hospitality engineering: in-room kitchen loads, constant laundry demand, and residential living patterns at hotel density. Confirm the code occupancy classification early — it drives fire protection and MEP requirements. The building looks like a hotel but lives like an apartment complex. Guests cook, do laundry, and run the air conditioning around the clock. Engineering for that reality — rather than copying a transient hotel's systems — is what keeps operating costs and complaints down.

Whether rooms get full kitchens or limited cooking facilities is the single biggest MEP decision in extended-stay design. Full kitchens trigger exhaust, makeup air, and fire suppression requirements that ripple through the ventilation design, the shaft layout, and the electrical service. I push owners to lock the kitchen program before schematic design ends. Changing it later means re-engineering the ventilation strategy for the entire building — and in a stacked hotel floor plate, that touches every room.

Design for residents, not tourists. The systems will run harder and longer than a transient hotel's, and durability pays for itself in maintenance savings. My extended-stay priorities:

• Lock the kitchen program early: exhaust and suppression decisions drive ventilation design
• Size laundry capacity honestly: guest plus housekeeping loads run daily
• Design for odor control: cooking smells between units are the top complaint risk
• Confirm occupancy classification with the building department before design
• Specify durable systems: everything runs more hours than in a transient hotel