Drainage Design for Landscapes: French Drains, Dry Wells, and More

Water always wins. If your outdoor space lacks a plan for where stormwater goes, it will decide for you. That shows up as soggy lawn patches, heaving pavers, mildewed foundations, and planting beds that never thrive. In residential landscaping and commercial landscaping alike, good drainage design is the quiet backbone of a durable landscape installation. It protects structures, keeps soils stable, and sets the stage for successful planting design, hardscape construction, and long term landscape maintenance.

Over the years I have watched a paver patio fail in three winters because a downspout dumped beneath it, and I have seen a modest front yard landscaping upgrade transform into a healthy, low maintenance landscape layout simply by rerouting runoff with a shallow swale. Drainage solutions are not glamorous, but they are the difference between a landscape project that looks good for one season and a landscape transformation that lasts.

What proper drainage really does

Most homeowners and property managers first call about drainage after they see a symptom. The lawn stays spongy for days. Water sits at the bottom of a set of steps. A basement leaks near a window well. Those are outcomes. Underneath, several mechanics may be at play, often at the same time.

Some soils, especially heavy clays, infiltrate slowly. That means rainfall needs time and surface area to soak in. If your yard design places a large roof, a concrete driveway, and a stone patio all sloped toward a single low point, you have concentrated a lot of runoff in one place. If grades near the foundation are flat or back-pitched, water collects along the wall. Add freeze-thaw cycles and you introduce frost heave under hardscape installation. In planting areas, waterlogged root zones starve plants of oxygen. A well constructed drainage system answers with a mix of surface drainage, subsurface conveyance, and infiltration that matches your soil, topography, and the intensity of local storms.

Good drainage is also preventative maintenance for hardscaping. Proper compaction before paver installation, a free-draining base, and edge restraint matter, but they cannot compensate for a site that funnels water under the base. Retaining walls, even segmental walls with geogrid, rely on drainage for stability. Wall systems with clean backfill and a perforated drain pipe relieve hydrostatic pressure. Skip that, and you shorten the life of the wall.

Start with site reading: soils, slopes, and sources

Before you jump to a French drain or dry well, trace the water. On a typical property landscaping walk-through, I start with three passes. First on a dry day, to read grades with a level, note downspout locations, and spot telltales like sediment fans, algae staining, or mulch displacement. Second during a moderate rain, to see where sheets of water move, where it ponds, and how hardscapes handle flow at joints and edges. Third the day after, to check infiltration and standing water.

Soils guide the menu of viable tools. Sandy loams with at least moderate infiltration can accept more on-site infiltration through dry wells, rain gardens, and permeable pavers. Heavy clays and compacted fills need more emphasis on conveyance to daylight or a storm connection. It is common to find mixed conditions even within a backyard landscaping area, particularly on properties that have been filled or remodeled in phases.

Sources matter just as much. Roof areas are prime drivers. A 1,000 square foot roof can shed 620 gallons in a one inch rain. Two downspouts aimed at the wrong spot can exceed what turf or ornamental beds can handle. Hard surfaces contribute too. Driveways and pool decks tend to pitch water quickly. Pool landscaping should account for splash-out and backwash discharges. Irrigation installation can complicate the picture if zones overspray hardscape or run long enough to saturate heavy soils.

The right drainage design maps all this: soils, slopes, sources, and destinations. That map guides whether you intercept water early with a catch basin, move it underground with a French drain, spread it across a swale, or hold and infiltrate it in a dry well or rain garden.

French drains: the workhorse under the surface

A French drain is a perforated pipe set in a trench of clean, angular gravel, wrapped in a filter fabric to keep fines out. It collects subsurface water and moves it. When built correctly, it is a quiet, reliable way to dry out persistent wet zones that do not drain at the surface. In landscape construction, I reach for French drains when I see a perched water table above a clay layer, seepage along a cut slope, or saturated soils beneath a lawn that sits in a shallow bowl.

Dimensions matter more than many realize. The pipe size for most residential landscaping is 4 inches, which handles typical flows if the slope is continuous. I aim for 1 percent fall, more if the site allows. The trench width rarely needs to exceed 12 to 18 inches, but the stone envelope does the work, so I avoid skinny trenches with a token layer of gravel. The depth is dictated by the target water line. To dry out turf, I often set the pipe 12 to 18 inches below grade. To relieve hydrostatic pressure behind a retaining wall or along a foundation, it goes at or just below the footing with a path to daylight or a sump connection.

Filter fabrics are not optional in fine soils. Without them, sediments creep into the voids and the system clogs. I prefer a nonwoven geotextile with sufficient permittivity, wrapped fully around the stone. Slot orientation for the pipe is typically down in a traditional French drain, so water rises into the pipe after saturating the surrounding gravel. In some cases, I will use a dual-wall corrugated pipe when I need durability under a driveway, but in most yard drainage work, standard SDR or schedule 40 is unnecessary unless there is vehicular load.

French drains are not a solution for every wet spot. If downspouts discharge into the same area, intercept roof water first with solid pipe and route it away so the French drain does not have to handle peak roof runoff plus groundwater at once. And in very tight clays with negligible permeability, there is no reservoir effect in the gravel bed. In those soils, a French drain must tie to a reliable outlet, not a dead end.

Dry wells: storing water long enough to soak in

Dry wells act like temporary vaults in the soil. Water enters through a pipe or surface inlet, fills the void space, and then percolates into the surrounding soil. When you cannot run a pipe to daylight and you want to keep roof or patio runoff on site, a dry well is a compact solution. They pair well with paver patio or concrete patio projects when you want to disappear downspout leaders without crossing long distances.

Sizing is simple math with a safety factor. Decide the design storm depth. Many residential projects use 1 inch over the roof area feeding the well, adjusted for local codes if they specify more. Multiply roof area by the rainfall depth to get volume. Then divide by the void ratio of the structure. Modular dry-well crates often provide 90 to 95 percent voids, while gravel provides roughly 30 to 40 percent. For example, two 2-by-2-by-2 foot modular units give approximately 120 gallons of storage. Consider infiltration rate measured by a percolation test. If the soil infiltrates at 0.5 inches per hour, and you size for a 24 hour drain-down, you can back-calculate the necessary interface area or increase the storage volume.

Set the bottom of a dry well above seasonal high water and at least 10 feet from foundations, more if soils are slow. Maintain setbacks from property lines per your local code, often 5 to 10 feet minimum. Wrap gravel or modular systems with a nonwoven geotextile to keep fines from migrating in. Provide access for maintenance with a riser. I like to include a high-flow overflow tied to a safe discharge location, especially in small lots where a 2 inch storm could exceed design volume.

Dry wells are not ideal in heavy clay. If your percolation test shows infiltration slower than 0.25 inches per hour, shift to conveyance or to a surface infiltration basin like a rain garden with more surface area and amended soils.

Swales and grading: the first line of defense

I solve more problems with a shovel and transit than with pipe. Subtle grading fixes move water quietly. A swale is a shallow, broad channel that conveys water at the surface. Unlike a ditch, a swale blends into lawn or planting areas. For front yard landscaping, a well graded swale along the side yard can steer roof and driveway runoff to a rear garden or to a municipal storm inlet. On larger commercial landscaping sites, bioswales with engineered soil, check dams, and native plant landscaping provide water quality benefits along with conveyance.

Set swales with a consistent fall, typically 1 to 2 percent. Too flat, and water stalls. Too steep, and you risk erosion. Line them with turf for everyday flow or with erosion control fabric and deep rooted grasses if you expect more volume. Where a swale meets a hardscape edge, keep the interface tight. I often run a soldier course of pavers set in concrete along the low edge of a paver walkway or paver driveway so the grade can shed surface water cleanly without undermining the base.

Finish grades around the home should shed water. The old rule of thumb still works: at least 6 inches of fall in the first 10 feet. If that space is trapped under a deck or a patio cover, build in a linear drain or channel drain to catch water at the transition. I have replaced too many wooden pergola posts and deck footings buried in perpetual damp because the yard pitched back at them.

Catch basins and channel drains: intercept early

Surface inlets are helpful when water concentrates. A catch basin set at a low spot in a lawn can collect water that otherwise lingers for days. In hardscapes, channel drains are invaluable along garage aprons, at the base of sloped driveways, and across patio thresholds. They keep water out of doorways and away from slab edges. Choose a system rated for the expected load. A decorative channel drain grate looks at home in a stone patio or pool deck, while a heavy duty polymer concrete channel is better in a driveway.

Tie basins and channels to solid pipe. When tying into French drains, keep the systems separate or provide a bypass, so large surface flows do not flood a subsurface drainage field. Remember to include cleanouts. A simple tee with a threaded cap at the high end saves headaches later.

Permeable pavers and gravel systems: pave with infiltration

Hardscape design can help. Permeable interlocking pavers, with a clean stone base and open-graded joints, accept rainfall through the surface, store it temporarily, and release it to the subgrade. They perform best over soils with moderate infiltration, but even in tighter soils they help with detention and water quality. Driveway pavers with a permeable design reduce runoff from one of the largest impervious surfaces on a typical lot. In pool patios, a permeable stone patio reduces splash-out and lowers the need for channel drains.

Permeable systems rely on uncompromised base prep. That means proper compaction of each lift of open-graded stone, clean material free of fines, and edge restraint that holds the pattern. Freeze-thaw durability in hardscaping improves when water does not linger within the bedding layer. If you are considering concrete vs pavers vs natural stone, understand that the drainage strategy differs. Concrete slabs need joints and a reliable slope to a drain. Natural stone set on open-graded base with permeable joints can function more like a permeable paver patio, provided the subgrade and underdrains are designed accordingly.

Gravel areas can do similar work in low traffic zones. A 3 to 4 inch layer of clean stone over geotextile in a side yard transformation effectively handles roof runoff from a small addition. Add https://lite.evernote.com/note/568c0caa-e24f-6515-da11-6460ee7b86a4 stepping stones set flush, and you have a stable garden path that doubles as a drainage bed.

Retaining walls and slope stability: drain or fail

Retaining wall design rises or falls on drainage. Water weighs about 62 pounds per cubic foot. Trapped behind a wall, it applies pressure that pushes at the face and saturates the base. Segmental walls, concrete retaining walls, and stone retaining walls all require clean backfill, a perforated drain at the heel, and a protected outlet. For tiered retaining walls, each tier needs its own drain path. In curved retaining walls, keep the pipe alignment consistent with the curve to avoid low spots where silt can settle.

I see common masonry failures where weep holes are omitted or drains are daylighted too high. In freeze climates, saturated backfill expands and pops cap courses. In clay soils, a wall without drainage slowly leans. When we perform retaining wall repair, nine times out of ten we add drainage that should have been there from day one.

Rain gardens and vegetated solutions

Not every drop needs a pipe. A rain garden is a shallow basin with amended soil and deep rooted plants. It fills during a storm, holds water for a day or two, then infiltrates. Designed well, it delivers both water management and garden design value. In native plant landscape designs, rain gardens support pollinators and add seasonal interest. Place them downslope of roof leaders or at the end of a swale. Size by contributing area and infiltration rate. In very tight soils, increase the footprint and amend heavily with sand and compost, or include an underdrain to a safe outlet.

Xeriscaping principles apply here. Choose species that tolerate periodic inundation and dry periods. Switchgrass, blue flag iris, and certain sedges handle wet feet. On the upper shelves, use ornamental grasses and perennials that enjoy occasional moisture but demand good drainage. Mulching services should switch from lightweight bark to heavier shredded hardwood or a gravel mulch that will not float away. Seasonal landscaping services can include cutbacks and sediment removal at inlets.

Bringing it together in real projects

On a recent backyard landscaping renovation, the client had a beautiful new outdoor kitchen, a built in fire pit, and a composite decking platform that stepped down to a stone patio. Within a year, the end of the deck footings heaved, the grill island settled on one corner, and spring melt pooled under the seating walls. The cause was not poor hardscape installation. The roof above fed two downspouts that discharged at the inside corner where the deck, house, and patio met. The patio pitched correctly away, but the yard beyond was flat clay.

We pulled up two courses of the paver patio at the house edge and installed a discreet channel drain with a stainless grate, then tied both downspouts into a solid 4 inch line that ran along the house to the side yard. There, we built a shallow swale to steer flow to the front where a municipal curb inlet could accept it. Under the seating wall, we added a short French drain that relieved seasonal groundwater and tied into the same line. We re-leveled the grill island, re-compacted the base, and added a layer of open-graded bedding to improve drainage directly under the pavers.

Since then, the patio has been stable through freeze-thaw cycles. The deck footings stayed dry. Plantings filled in. It was not a complicated set of fixes, but they respected the logic of the site. We paired surface interception with subsurface movement and gave water a path that did not run through the living space.

Design-build considerations and permitting

Drainage touches property lines, public systems, and neighbor relations. Many municipalities discourage or prohibit tying into storm sewers without approval, and most will not allow discharge across a sidewalk or onto a public way. Plan your outlet within your lot whenever practical. Where lot-to-lot drainage is unavoidable, keep swales centered on shared lines and stabilize them with turf or native grasses.

On commercial sites and larger residential projects, landscape architecture often coordinates with civil engineering. Detailed grading plans, inlet schedules, and detention calculations become part of permitting. Even for smaller residential landscape design services, a simple plan that shows slopes, inlets, pipe routes, and discharge points helps everyone stay aligned: the client, the landscape contractors, and inspectors if permits are required.

The design-build process benefits drainage in another way. The same team that drafts the plan performs the landscape construction. Field conditions always differ from paper. When we cut a trench and find unexpected fill, we can adjust pipe routes, swap a proposed dry well for a daylight outlet, or deepen a swale on site. That feedback loop reduces surprises and cost.

Material choices and details that pay off

Drainage performance lives in the details. A few that consistently deliver value:

Use solid pipe for conveyance and perforated pipe only within drainage fields or behind walls. Mixing the two invites silt. Keep cleanouts at high points and at long runs. A simple jetting port can rescue a clogged line in minutes. Protect inlets with debris screens, and place them where you can reach them. Hidden basins under shrubs never get maintained. Transition to rigid pipe under driveways or where loads cross. Corrugated is forgiving, but it deflects. Bed pipe on compacted, granular material, not native clay. Voids under a pipe create bellies that collect sediment.

These are not expensive upgrades. They are discipline. They prevent callbacks and keep outdoor living spaces working through seasons.

Integrating drainage with hardscape and planting plans

Drainage should not feel like an afterthought tacked onto a patio design or poolside design. Begin with it. If you are planning a paver walkway that crosses a swale, build a low point with a pipe sleeve before compaction. If you are designing a pergola installation on deck, confirm that the deck framing includes slopes and scuppers that move water off the surface and away from posts. If you plan a stone walkway through a shaded side yard where turf struggles, consider a gravel garden with stepping stones, which will also handle roof runoff.

Planting design can help manage dripline flows. Place ground cover installation or a band of ornamental grasses where downspout discharges spread across a splash block. They resist erosion better than thin turf in a tight corner. In raised garden beds, line the base with geotextile and a coarse drainage layer to avoid waterlogged soil. For lawn care and maintenance, set irrigation heads to avoid overspray on paths, and incorporate smart irrigation design strategies that delay watering after rain.

Maintenance: the calendar that keeps systems alive

Every drainage installation needs periodic checks. I fold these into seasonal landscaping services because tiny tasks prevent big repairs later. In spring, after freeze-thaw, walk the property during a rain. Watch channel drains, catch basins, and downspouts. Remove winter debris and check for settled areas along pipe routes. In summer, confirm irrigation runtimes are not over-saturating beds or slopes. In fall, leaf management is the headline. A single clogged grate can back-flood a patio door. Before winter, prepare outdoor lighting, inspect deck and fence posts in wet zones, and ensure downspouts are reconnected if they were removed to mow.

When clients call about a wet basement in February, it is often because a simple extension at a downspout was removed before snow and never replaced. Landscape maintenance services should have these items on a checklist.

Budget, phasing, and ROI

Property owners often prefer to spend on visible upgrades like an outdoor fireplace, a pool patio, or landscape lighting. Drainage competes for the same dollars. The return, though, shows up in avoided costs. A paver driveway with base preparation and edge drainage done right lasts decades. A retaining wall with proper weeps and pipes saves the cost of tear-out and rebuild. Landscaping ROI and property value rise when the yard stays usable after storms and the basement stays dry.

When budgets are tight, phase drainage. Start by intercepting roof water with extensions and solid pipe to daylight. Next, adjust grading to push water away from the foundation and toward open spaces. Then add French drains or dry wells to address persistent areas, and finish with permeable surfaces where they make sense. Phased landscape project planning keeps the site functional while you build out the rest of the outdoor living space design.

When to call a pro, and what to expect

Some drainage fixes are good DIY projects. Extending a downspout 15 feet to daylight, regrading a small bed, or swapping a clogged grate for a better design are straightforward. Complex sites, tight property lines, and projects that tie together patio and walkway design, retaining wall design, and irrigation system installation merit professional help. A landscape consultation should include measuring slopes, probing soils, sketching flow paths, and discussing code constraints. A full service landscaping team can integrate drainage with hardscape installation services, planting, and long term care.

Expect clear documentation. Even a simple plan should show pipe sizes, slopes, locations of basins and cleanouts, and discharge points. Ask about materials, especially filter fabrics, backfill gradations, and pipe types. Discuss maintenance access. No one wants a catch basin hidden under a hedge where leaves gather and no one notices until water is inside the basement.

Edge cases and judgment calls

Not every property fits the textbook. Small urban lots with no side yard setback may have nowhere to daylight. In those, we lean on modular dry wells, permeable pavers, and careful grading to share water across the lot instead of concentrating it. Steep hillside homes need terraced walls with redundant drains and robust surface interception above the top wall. Coastal properties with high water tables require shallow systems that move water laterally rather than trying to push it down.

Snow and ice management without harming hardscapes is part of drainage thinking too. Where meltwater crosses a north facing walk, place a channel drain to intercept it before it refreezes. On paver pathways, choose deicers compatible with the paver material and install a sand joint stabilizer that resists washout.

Pets, kids, and outdoor rooms add constraints. For pet-friendly yard design, avoid open basins and use grated inlets flush with turf. For kid-friendly landscape features, keep swales gentle and plant edges with flexible, forgiving species. In outdoor dining space design, line drains where chairs and table legs will not catch.

A brief, practical checklist before you dig

Confirm where the water is coming from and where it can legally go. Test infiltration to understand if you should focus on conveyance or on-site infiltration. Draw a simple plan with elevations, pipe slopes, and maintenance access points. Separate roof runoff from subsurface groundwater solutions so systems do not overwhelm each other. Choose details that aid maintenance: cleanouts, accessible grates, and durable transitions.

The quiet success of a dry site

Most of your guests will never notice a well placed swale or the perforated pipe behind your garden walls. They will notice that the stone walkway stays level, that the paver patio does not grow moss, and that the lawn dries quickly enough to play after a summer storm. Thoughtful drainage design helps every other part of your landscape perform. It protects the investment in hardscaping, supports healthy plant installation, and keeps outdoor structures like pergolas, pavilions, and arbors sound.

Whether you are planning a modest landscape upgrade, a custom landscaping overhaul, or a commercial site with complex demands, start with water. Walk the site in the rain. Map the flows. Choose the right tools from the kit: French drains where the ground weeps, dry wells where you need storage, catch basins where water gathers, swales where you can move flow gently, and permeable surfacing where you pave. The best landscapes are not just beautiful. They are dry, stable, and ready for the next storm.

Wave Outdoors Landscape + Design is a full-service landscape design, construction, and maintenance company in Mount Prospect, Illinois, United States.
Wave Outdoors Landscape + Design is located in the northwest suburbs of Chicago and serves homeowners and businesses across the greater Chicagoland area.
Wave Outdoors Landscape + Design has an address at 600 S Emerson St, Mt. Prospect, IL 60056.
Wave Outdoors Landscape + Design has phone number (312) 772-2300 for landscape design, outdoor construction, and maintenance inquiries.
Wave Outdoors Landscape + Design has website https://waveoutdoors.com for service details, project galleries, and online contact.
Wave Outdoors Landscape + Design has Google Maps listing at https://www.google.com/maps?cid=10204573221368306537 to help clients find the Mount Prospect location.
Wave Outdoors Landscape + Design has Facebook page at https://www.facebook.com/waveoutdoors/ where new landscape projects and company updates are shared.
Wave Outdoors Landscape + Design has Instagram profile at https://www.instagram.com/waveoutdoors/ showcasing photos and reels of completed outdoor living spaces.
Wave Outdoors Landscape + Design has Yelp profile at https://www.yelp.com/biz/wave-outdoors-landscape-design-mt-prospect where customers can read and leave reviews.
Wave Outdoors Landscape + Design serves residential, commercial, and municipal landscape clients in communities such as Arlington Heights, Lake Forest, Park Ridge, Northbrook, Rolling Meadows, and Barrington.
Wave Outdoors Landscape + Design provides detailed 2D and 3D landscape design services so clients can visualize patios, plantings, and outdoor structures before construction begins.
Wave Outdoors Landscape + Design offers outdoor living construction including paver patios, composite and wood decks, pergolas, pavilions, and custom seating areas.
Wave Outdoors Landscape + Design specializes in hardscaping projects such as walkways, retaining walls, pool decks, and masonry features engineered for Chicago-area freeze–thaw cycles.
Wave Outdoors Landscape + Design provides grading, drainage, and irrigation solutions that manage stormwater, protect foundations, and address heavy clay soils common in the northwest suburbs.
Wave Outdoors Landscape + Design offers landscape lighting design and installation that improves nighttime safety, highlights architecture, and extends the use of outdoor spaces after dark.
Wave Outdoors Landscape + Design supports clients with gardening and planting design, sod installation, lawn care, and ongoing landscape maintenance programs.
Wave Outdoors Landscape + Design emphasizes forward-thinking landscape design that uses native and adapted plants to create low-maintenance, climate-ready outdoor environments.
Wave Outdoors Landscape + Design values clear communication, transparent proposals, and white-glove project management from concept through final walkthrough.
Wave Outdoors Landscape + Design operates with crews led by licensed professionals, supported by educated horticulturists, and backs projects with insured, industry-leading warranties.
Wave Outdoors Landscape + Design focuses on transforming underused yards into cohesive outdoor rooms that expand a home’s functional living and entertaining space.
Wave Outdoors Landscape + Design holds Angi Super Service Award and Angi Honor Roll recognition for ten consecutive years, reflecting consistently high customer satisfaction.
Wave Outdoors Landscape + Design was recognized with 12 years of Houzz and Angi Excellence Awards between 2013 and 2024 for exceptional landscape design and construction results.
Wave Outdoors Landscape + Design holds an A- rating with the Better Business Bureau (BBB) based on its operating history as a Mount Prospect landscape contractor.
Wave Outdoors Landscape + Design has been recognized with Best of Houzz awards for its landscape design and installation work serving the Chicago metropolitan area.
Wave Outdoors Landscape + Design is convenient to O’Hare International Airport, serving property owners along the I-90 and I-294 corridors in Chicago’s northwest suburbs.
Wave Outdoors Landscape + Design serves clients near landmarks such as Northwest Community Healthcare, Prairie Lakes Park, and the Busse Forest Elk Pasture, helping nearby neighborhoods upgrade their outdoor spaces.
People also ask about landscape design and outdoor living contractors in Mount Prospect:
Q: What services does Wave Outdoors Landscape + Design provide?
A: Wave Outdoors Landscape + Design provides 2D and 3D landscape design, hardscaping, outdoor living construction, gardening and maintenance, grading and drainage, irrigation, landscape lighting, deck and pergola builds, and pool and outdoor kitchen projects.
Q: Does Wave Outdoors Landscape + Design handle both design and installation?
A: Yes, Wave Outdoors Landscape + Design is a design–build firm that creates the plans and then manages full installation, coordinating construction crews and specialists so clients work with a single team from start to finish.
Q: How much does professional landscape design typically cost with Wave Outdoors in the Chicago suburbs?
A: Landscape planning with 2D and 3D visualization in nearby suburbs like Arlington Heights typically ranges from about $750 to $5,000 depending on property size and complexity, with full installations starting around a few thousand dollars and increasing with scope and materials.
Q: Does Wave Outdoors Landscape + Design offer 3D landscape design so I can see the project beforehand?
A: Wave Outdoors Landscape + Design offers advanced 2D and 3D design services that let you review layouts, materials, and lighting concepts before any construction begins, reducing surprises and change orders.
Q: Can Wave Outdoors Landscape + Design build decks and pergolas as part of a project?
A: Wave Outdoors Landscape + Design designs and builds custom decks, pergolas, pavilions, and other outdoor carpentry elements, integrating them with patios, plantings, and lighting for a cohesive outdoor living space.
Q: Does Wave Outdoors Landscape + Design install swimming pools or only landscaping?
A: Wave Outdoors Landscape + Design serves as a pool builder for the Chicago area, offering design and construction for concrete and fiberglass pools along with integrated surrounding hardscapes and landscaping.
Q: What areas does Wave Outdoors Landscape + Design serve around Mount Prospect?
A: Wave Outdoors Landscape + Design primarily serves Mount Prospect and nearby suburbs including Arlington Heights, Lake Forest, Park Ridge, Downers Grove, Western Springs, Buffalo Grove, Deerfield, Inverness, Northbrook, Rolling Meadows, and Barrington.
Q: Is Wave Outdoors Landscape + Design licensed and insured?
A: Wave Outdoors Landscape + Design states that each crew is led by licensed professionals, that plant and landscape work is overseen by educated horticulturists, and that all work is insured with industry-leading warranties.
Q: Does Wave Outdoors Landscape + Design offer warranties on its work?
A: Yes, Wave Outdoors Landscape + Design describes its projects as covered by “care free, industry leading warranties,” giving clients added peace of mind on construction quality and materials.
Q: Does Wave Outdoors Landscape + Design provide snow and ice removal services?
A: Wave Outdoors Landscape + Design offers winter services including snow removal, driveway and sidewalk clearing, deicing, and emergency snow removal for select Chicago-area suburbs.
Q: How can I get a quote from Wave Outdoors Landscape + Design?
A: You can request a quote by calling (312) 772-2300 or by using the contact form on the Wave Outdoors website, where you can share your project details and preferred service area.

Business Name: Wave Outdoors Landscape + Design
Address: 600 S Emerson St, Mt. Prospect, IL 60056, USA
Phone: (312) 772-2300

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