A professionally installed bubbler water feature from Wall & Company typically costs $5,000–$8,500.
This price range is for a professionally constructed landscape water feature—not a small prefabricated fountain placed on top of the ground.
A Wall & Company water feature can include an underground reservoir, pump, plumbing, structural support, decorative stone or boulders, electrical requirements, irrigation integration and accent lighting.
The final price depends on the size and design of the feature, excavation requirements, site access, soil and rock conditions, the type and number of bubbler stones, surrounding landscaping and other features incorporated into the project.
What Is a Bubbler Water Feature?
A bubbler is typically a pondless recirculating water feature.
Rather than maintaining an exposed pond, water flows over or through a decorative stone or feature and disappears into a reservoir below the surface.
A pump then recirculates the water back through the feature.
Depending on the design, the visible portion might include:
- Basalt columns
- Decorative boulders
- Natural stone
- Multiple bubbling stones
- Decorative gravel
- Planting
- Landscape lighting
Most of the mechanical components are concealed beneath or around the finished landscape.
That allows the water itself—and the stone it’s moving across—to become the visual focus.
How Much Does a Bubbler Water Feature Cost?
For initial planning, Wall & Company’s typical price range for a professionally installed bubbler water feature is:
$5,000–$8,500
The final price can be affected by:
- Size of the feature
- Number of bubbler stones
- Type and size of stone
- Excavation
- Soil and rock conditions
- Equipment access
- Underground reservoir
- Pump size
- Plumbing
- Structural support
- Electrical requirements
- Irrigation integration
- Drainage
- Accent lighting
- Decorative stone
- Surrounding landscaping
Because many of these components are underground, two finished water features that appear similar can require different amounts of work to construct.
What Is Underneath a Pondless Water Feature?
A significant portion of a pondless water feature is hidden underground.
Depending on the design, the system can include:
- Excavated reservoir area
- Underground water-storage basin
- Structural support
- Pump
- Plumbing
- Electrical supply
- Access for pump maintenance
- Decorative stone above the reservoir
Water flows through the visible feature, disappears into the reservoir and is pumped back to the top.
The system is designed so that homeowners primarily see the water and landscape materials rather than the mechanical equipment that makes the feature operate.
How Does the Size of the Feature Affect Cost?
A single modest bubbler stone is a different project from a group of large basalt columns or boulders.
Increasing the size can mean:
- Larger stone
- More excavation
- Greater reservoir capacity
- Larger pump
- Additional plumbing
- More structural support
- More decorative material
- Heavier equipment
Multiple water outlets can also increase the complexity of the plumbing and pump system.
The objective isn’t simply to make the feature bigger.
The scale should fit the surrounding landscape.
How Does Stone Selection Affect the Price?
Stone is one of the most visible parts of a water feature.
Different designs can use basalt, natural boulders or other decorative stone.
The cost can be influenced by:
- Stone type
- Size
- Weight
- Number of stones
- Source
- Transportation
- Required equipment
- Modification or drilling
Large stone can require equipment to unload and position it safely.
The placement also matters aesthetically. A natural-looking water feature should appear integrated into the landscape rather than as though a rock was simply placed on top of the ground and connected to a pump.
Why Does Excavation Affect Water-Feature Cost?
A pondless water feature generally needs space below grade for the reservoir and mechanical system.
That means excavation is part of the project.
The amount and difficulty of excavation can depend on:
- Reservoir size
- Existing grade
- Soil conditions
- Rock
- Existing landscaping
- Irrigation
- Utilities
- Equipment access
A feature installed in an open area with good equipment access is a different construction project from one being added to an established backyard surrounded by patios, walls and mature landscaping.
How Do Spokane Soil Conditions Affect a Water Feature?
Spokane-area soil and geology can vary significantly.
Spokane Valley contains extensive deposits from the Glacial Lake Missoula floods, including gravel, cobbles, boulders and sand.
Green Bluff commonly has deep, well-drained soils with ashy silt-loam upper layers and increasingly gravelly material below.
Areas around Five Mile Prairie, Indian Trail, North Spokane and South Hill can contain different combinations of native soil, sediment, slope and rock.
Those conditions can affect excavation and installation.
For example, encountering substantial rock or large cobbles can change how quickly the reservoir area can be excavated.
However, soil conditions shouldn’t be assumed based solely on the neighborhood. The actual installation area needs to be evaluated.
Does a Water Feature Need Electricity?
Typically, yes.
The pump requires power to circulate the water.
Depending on the project, electrical requirements can also support:
- Lighting
- Controls
- Timers
- Other landscape features
The distance from an appropriate electrical source and the complexity of the installation can affect the project.
When a water feature is incorporated into a larger Wall & Company landscaping project, electrical requirements can be coordinated with other outdoor improvements.
Can a Water Feature Be Connected to Irrigation?
Depending on the system, irrigation infrastructure can potentially help maintain the appropriate water level.
Even a recirculating water feature loses some water through evaporation and splash.
An automatic water-level system can reduce the need to manually add water.
The exact solution depends on the water feature and the property’s existing irrigation system.
Planning the feature at the same time as irrigation can make those systems easier to coordinate.
Can Landscape Lighting Be Added to a Water Feature?
Yes.
Water and lighting can work particularly well together.
Lighting can highlight:
- Moving water
- Basalt columns
- Boulders
- Surrounding plants
- Decorative stone
- The area immediately around the feature
The objective generally isn’t to make the feature extremely bright.
Subtle accent lighting can make moving water visible after dark while allowing the water feature to remain integrated with the rest of the landscape.
If lighting is desired, it’s best to plan the electrical and wiring requirements during construction rather than after the surrounding landscape has been completed.
Where Does the Water Go?
In a pondless system, the water doesn’t disappear.
It flows through the decorative stone into a concealed reservoir below the surface.
The pump then sends the same water back through the feature.
The system continuously recirculates that water while operating.
Water still needs to be replenished occasionally because of evaporation, splash and other normal losses.
Is a Pondless Water Feature Easier to Maintain Than a Pond?
For homeowners primarily interested in the sound and movement of water, a pondless system can eliminate some of the considerations associated with maintaining an exposed pond.
There is no large open body of water.
However, a pondless feature still contains mechanical equipment.
The pump, reservoir, plumbing and water intake need to remain functional, and the system may require seasonal or periodic maintenance.
The feature should therefore be designed so important components can be accessed when necessary.
What About Spokane Winters?
Outdoor water features need to be planned with Spokane’s freezing winter conditions in mind.
The pump, plumbing, reservoir and exposed components should all be considered as part of the overall system rather than treating the feature as something that only operates during summer.
Depending on the specific system and how it is used, seasonal shutdown and winter preparation may be appropriate.
Wall & Company can account for those local conditions when designing the feature and explain the appropriate operation and maintenance for the installed system.
Can a Water Feature Be Added to a Paver Patio?
Yes.
A water feature can be incorporated alongside or even within a larger outdoor living design.
It might be positioned:
- Beside a paver patio
- Near a seating area
- Adjacent to a pathway
- Within a planting bed
- Near an outdoor kitchen
- As a focal point from inside the home
When the patio and water feature are being constructed together, the design can account for excavation, reservoir placement, electrical service, plumbing, drainage and surrounding hardscape before the finished surfaces are installed.
What Is Included in a Wall & Company Water Feature?
Depending on the project, a Wall & Company bubbler water feature can include:
- Design and layout
- Excavation
- Reservoir
- Structural support
- Pump
- Plumbing
- Bubbler stone or decorative feature
- Equipment placement
- Electrical coordination
- Irrigation integration
- Decorative rock
- Drainage
- Accent lighting
- Surrounding landscape integration
- Finish grading
- Cleanup
Not every water feature requires every component.
The design and site determine the actual scope.
What About Larger Waterfalls?
A larger custom waterfall is a different type of project from the bubbler water features represented by the $5,000–$8,500 planning range.
Custom waterfalls can involve:
- Significant elevation changes
- Multiple drops
- Large boulders
- Larger reservoirs or ponds
- Higher-capacity pumps
- More extensive plumbing
- Substantial excavation
- Heavy-equipment access
- Detailed stone placement
- Lighting
- Surrounding landscaping
Because the scale and complexity can vary dramatically, Wall & Company prices custom waterfalls individually rather than applying a standard price range.
How Much Should I Budget for a Water Feature?
For a professionally installed Wall & Company bubbler water feature in the Spokane area, a realistic planning range is $5,000–$8,500.
That range can include much more than the visible stone and water.
A complete system may require excavation, an underground reservoir, structural support, pump, plumbing, electrical service, decorative material and integration with the surrounding landscape.
Larger custom waterfalls are priced separately because their size and complexity vary too much for one meaningful standard range.
Frequently Asked Questions
How much does a water feature cost in Spokane?
A professionally installed Wall & Company bubbler water feature typically costs approximately $5,000–$8,500.
What is a pondless water feature?
A pondless water feature circulates water through a decorative stone or feature into a concealed underground reservoir. A pump then recirculates the water back through the feature.
Where does the water go in a pondless bubbler?
The water drains through decorative material into an underground reservoir and is continuously recirculated by a pump.
Does a water feature require electricity?
Typically, yes. The pump requires electrical power, and additional power may be needed for lighting or controls.
Can a water feature connect to my irrigation system?
Depending on the design, irrigation infrastructure can potentially be used to help maintain the appropriate water level as water is lost through evaporation and splash.
Can lighting be added to a water feature?
Yes. Accent lighting can highlight moving water, stone and surrounding landscaping and is often easiest to incorporate during the original installation.
Can Spokane’s rocky soils make a water feature more expensive?
They can. Rock, cobbles and other difficult excavation conditions can affect the amount of work required to create the underground reservoir and prepare the installation area.
How much does a custom waterfall cost?
Wall & Company prices larger custom waterfalls individually because size, elevation, stone, excavation, reservoir capacity and pump requirements vary substantially from project to project.