
Amazon Riverjet
Swim Spa • 24 Jets • 2 Seats

See It in Action
About the Amazon Riverjet
The Amazon Riverjet is built for swimming-first performance, offering a wide, open swim area powered by a Riverjet counter-current system that supports fitness training, endurance swimming, and active family use. Its streamlined layout prioritizes movement and flow, while two ergonomic seats provide a place to rest, stretch, or recover between sessions.
Designed as an accessible entry into the SwimLife lineup, the Amazon Riverjet balances performance and practicality with features like Crystal Clean water care, LIFE Scandinavian insulation, and a semi-inground cabinet design that simplifies installation. It’s an ideal choice for fitness-focused households looking for a reliable swim spa that supports daily training without the complexity or cost of a dual-zone system.
Why People Choose the Amazon Riverjet
- 🏊Wide swim area optimized for Riverjet swimming and training
- 💪Simple, swim-first design ideal for fitness-focused users
- 🪑Two ergonomic seats for rest and recovery between sessions
- 🧱Semi-inground cabinet design simplifies installation
- ⚖️Efficient SwimLife performance without flagship pricing
Core Features

Central Spa Lighting
Central underwater light providing soft illumination for evening use.
LIFE Scandinavian Insulation
Gap-free insulating boards combined with internal heat mirror foil reflect operational heat back into the water for improved energy efficiency.
Crystal Clean System
Three-zone circulation system that lifts debris from the bottom and directs floating particles toward the filters for consistently clear water.

AquaSoul™ Pro 4.1 Sound System
Integrated 4.1 sound system with round flat speakers for immersive audio during workouts or relaxation.
Energy-saving W-EC Circulation Pump
Low energy consumption pump designed for quiet operation and long service life.

Illuminated Laminar Fountain Jets
Decorative laminar fountain jets with integrated lighting that enhance ambiance while maintaining a calm water surface.