Denali
Hot Tub • 47 Jets • 7 Seats
About the Denali
The Denali is a seven-seat Bellagio hot tub with an open, all-upright layout built for groups. Its 47 jets deliver balanced hydrotherapy across the seats while keeping everyone connected and easy to host.
In a roughly 7'7" x 7'7" footprint holding about 401 gallons, the Denali offers generous seating in a backyard-friendly size, with Thermo-Retain insulation and a HeatArmor 3D cover for year-round efficiency.
Why People Choose the Denali
- 👥Seven open seats for relaxed group soaking
- 💧47 jets for balanced, full-group hydrotherapy
- 📐Generous capacity in a ~7'7" x 7'7" footprint
- 🌡️Energy-smart insulation and HeatArmor cover
- 🤝Local delivery and service from our Santa Rosa team
Core Features
Ergonomic Design
Seats engineered to follow the natural contour of your body, with strategic jet placement that delivers targeted hydrotherapy from the moment you sit down.
HeatArmor 3D Cover
A high-density, tapered insulating cover locks in heat and seals out debris, lowering running costs and protecting your spa between soaks.
PureFlow AquaGuard System
A dedicated circulation pump runs continuously through the filter to keep water warm, clear, and ready — quietly and efficiently, without the energy spikes of running a full-power jet pump.
AquaBliss HydroHeal System
Varied jet angles and an arc-shaped seating layout focus hydrotherapy on the neck, shoulders, and back, so every seat delivers its own distinct, targeted massage.
Sanitation Elements
Built-in ozone and multi-stage filtration work together to keep water sanitary with fewer chemicals — cleaner, clearer water and noticeably simpler upkeep.
ErgoSoft Touch Therapy System
Contoured seating paired with soft-tissue massage jets blends everyday comfort with genuine therapeutic relief, easing tension from head to toe.
Supplies & Ongoing Care
Filters, water care, and maintenance items designed to support this model.
Planning and Ownership Guides
Use these next steps for installation planning, ongoing care, and side-by-side model decisions.