
A hotel that never really sleeps
Guests arrive at all hours, and some sleep during the day. An airport hotel is expected to be quiet and comfortable anyway. That makes sound control, blackout details and reliable mechanical systems especially important.
Construction also needs to respect operations. Work in occupied areas is planned around check-in times, shuttle schedules and guest sleep, with noisy tasks timed carefully.
Sound and comfort
Aircraft noise is a real concern near an airport. Walls, windows, ceilings and mechanical systems all affect how quiet a room feels. Our interior systems team builds assemblies designed to reduce sound transfer between rooms and corridors.
Our mechanical crew installs HVAC and plumbing that keep rooms comfortable with windows closed. Good ventilation matters for a sealed envelope, and quiet equipment matters as much as capacity.
Electrical, low voltage and safety
Our electrical team, led by a Master Electrician, handles guest room power, corridor and exterior lighting, and controls. Our low voltage group installs access control, surveillance, networks and AV for lobbies and meeting rooms.
Back-up planning is part of any hotel. We coordinate emergency lighting, fire alarm and life safety systems with the approved design and local authorities.
- Quiet wall and ceiling assemblies
- Reliable HVAC and hot water
- Access control and surveillance
- Emergency and life safety coordination
Planning with the operator
Airport hotels depend on airline crews, travelers and meeting groups. We work with the operator to phase floors, hold rooms offline for short periods and keep the front desk functional.
Our team answers calls and email 24/7/365, which suits a property that never closes. After turnover, building maintenance support is available.
Having our own electrical and mechanical crews also helps with after-hours work. We can send the same people who built a system to adjust it, which shortens fault-finding and protects guest comfort.
Questions we hear
Can you build quieter guest rooms?
We can build wall, ceiling and mechanical assemblies that reduce noise transfer. The results depend on the existing building and design.