Outdoor Landscape Lighting Installation Cost in Southern Maryland: 2026 Price Guide

By Gray & Sons Contracting · October 2, 2026

Outdoor landscape lighting installation in Southern Maryland costs $2,000 to $6,000 for a standard system with 10 to 20 fixtures in 2026. Most homeowners in Calvert, St. Mary's, and Charles County pay between $2,800 and $4,500 for a professionally designed and installed low-voltage LED landscape lighting system that covers the front walkway, entryway, and key landscaping features. Budget installations with fewer fixtures and simpler layouts start around $1,200. Premium systems with 25 or more fixtures, smart controls, multiple lighting zones, and specialty applications like dock lighting or architectural wash lighting run $6,000 to $10,000 or more.

October is one of the best times of year to think about landscape lighting in Southern Maryland. The days are getting shorter, by the end of the month, sunset in Waldorf, Prince Frederick, and Leonardtown drops to around 6:15 p.m. That means homeowners in La Plata, Chesapeake Beach, California, Lexington Park, and Solomons are arriving home in the dark, walking up unlit paths, and looking at houses that disappear after dusk. Fall is also prime entertaining season in the tri-county area, football weekends, Halloween, Thanksgiving, and the holiday season that follows. Landscape lighting transforms a property for all of it. And practically speaking, the ground is still soft enough in October for trenching wire runs before the first frost arrives in late November, making it an ideal window for installation.

Landscape lighting is one of the most impactful exterior improvements a homeowner can make, and it serves multiple purposes at once. Safety is the most immediate, illuminating walkways, steps, grade changes, and driveways prevents trips and falls, especially on the uneven terrain and mature tree root systems common on older lots throughout the region. Security is a close second, a well-lit property deters intruders and gives homeowners better visibility around the perimeter, which matters on the larger, more rural lots in St. Mary's and southern Calvert County where properties may sit well back from the road with limited streetlight coverage. Curb appeal is the third major benefit, landscape lighting highlights architectural features, specimen trees, stone or brick facades, and landscaping beds in ways that completely change how a home presents after dark. And for homeowners who invested in patios, decks, pergolas, and outdoor living spaces, landscape lighting extends the usable hours of those spaces deep into the fall and winter evenings.

Southern Maryland's character amplifies the value of landscape lighting. The tri-county area has longer driveways than typical suburban markets, many homes in Mechanicsville, Hollywood, Hughesville, Charlotte Hall, and the rural stretches of St. Mary's and Calvert County sit 100 to 300 feet or more from the road. Wooded lots with mature oaks, poplars, and pines create dramatic uplighting opportunities that homeowners in flat, treeless subdivisions simply do not have. And waterfront properties along the Chesapeake Bay, the Patuxent River, and the Potomac River offer unique lighting possibilities, illuminating docks, seawalls, gardens that slope toward the water, and outdoor entertaining areas with Bay views.

This guide covers the full cost breakdown for landscape lighting installation in the tri-county area: fixture and material costs by type, labor costs, typical project sizes with total installed prices, sample project scenarios at three budget levels, DIY versus professional installation, and the regional factors that affect landscape lighting costs on Southern Maryland properties.

Fixture and Material Costs by Type

The fixtures themselves typically account for 30 to 50 percent of the total project cost. The price range for each fixture type reflects the spread between builder-grade aluminum fixtures and premium brass or copper fixtures with superior optics and longer warranties.

The installed cost includes the fixture, the wiring from the nearest hub or transformer connection, the stake or mounting hardware, the connector, and the labor to position, aim, and secure the fixture. Fixture positioning and aiming are where professional installation earns its value, the difference between landscape lighting that looks intentional and elegant versus lighting that looks like someone pushed stakes into the ground at random is almost entirely a matter of placement, angle, and beam spread selection.

LED vs. Halogen

LED fixtures now dominate the residential landscape lighting market and are the standard recommendation for any new installation in 2026. The reasons are straightforward.

LED landscape lighting fixtures use approximately 80 percent less energy than equivalent halogen fixtures. A typical LED path light draws 2 to 4 watts. The halogen equivalent draws 10 to 20 watts. Over a system of 15 fixtures running five hours per night, that difference adds up to $150 to $300 per year in electricity savings.

LED fixtures last 50,000 hours or more, roughly 25 years at five hours of nightly use. Halogen bulbs last 2,000 to 4,000 hours and need replacement every one to two years. The ongoing cost of halogen bulb replacement ($3 to $8 per bulb, multiplied across a full system, once or twice a year) erodes any upfront savings from choosing cheaper halogen fixtures.

LED fixtures run cool, which eliminates the burn risk and the plant damage that halogen fixtures can cause when placed near foliage, a relevant consideration in Southern Maryland where lush landscaping grows close to fixtures during the humid growing season from May through September.

LED fixtures cost 20 to 40 percent more upfront than halogen equivalents, but the energy savings and eliminated bulb replacement costs pay back that premium within one to two years. For any new landscape lighting installation, LED is the clear choice.

Low-Voltage vs. Line-Voltage Systems

The vast majority of residential landscape lighting systems installed in Southern Maryland are low-voltage, 12-volt systems powered by a step-down transformer connected to a standard 120-volt outdoor outlet. Low-voltage systems are safer (12 volts cannot deliver a dangerous shock), easier to install (the wiring can be direct-buried at 6 inches deep without conduit), more flexible (fixtures can be repositioned without rewiring), and less expensive to install than 120-volt line-voltage systems.

Line-voltage (120-volt) landscape lighting is used for commercial applications, very large residential properties requiring long wire runs where voltage drop becomes an issue, and specific fixtures, certain large floodlights, post lanterns, and hardwired wall sconces, that are designed for 120-volt operation. Line-voltage systems require conduit, deeper burial (18 to 24 inches), and installation by a licensed electrician. They cost 40 to 80 percent more to install than equivalent low-voltage systems.

For a typical residential property in Waldorf, La Plata, Prince Frederick, Leonardtown, or Lexington Park, a low-voltage LED system is the right choice. Line-voltage makes sense only for specific applications, illuminating a large barn or outbuilding, lighting a 500-foot driveway where 12-volt wiring would suffer excessive voltage drop, or installing permanent post lanterns at a property entrance.

Transformer Costs

Every low-voltage landscape lighting system requires a transformer, a device that steps down the home's 120-volt power to the 12 volts the fixtures require. The transformer is typically mounted to an exterior wall near an outdoor GFCI outlet, or in the garage or utility area.

The transformer should be sized at 80 percent capacity, a system drawing 200 watts of total fixture load should be connected to a 250-watt or 300-watt transformer. Oversizing the transformer slightly ensures adequate voltage delivery across all fixtures and leaves room for future expansion, which most homeowners eventually want once they see the initial installation and start thinking about lighting the side yard, the back garden, or the deck.

Many modern transformers include built-in timers, photocells (automatic on at dusk, off at dawn), and Wi-Fi or Bluetooth connectivity for smartphone control. A basic transformer with a mechanical timer costs $60 to $100. A smart transformer with app control, multiple zone outputs, and dimming capability costs $150 to $300.

Labor Costs

Labor typically accounts for 40 to 60 percent of the total landscape lighting installation cost. The bulk of the labor goes to trenching wire runs, positioning fixtures, making wiring connections, and testing and adjusting the system.

Electrician Rates in Southern Maryland

Licensed electricians in Calvert, St. Mary's, and Charles County typically charge $350 to $600 per day or $75 to $125 per hour for residential work. However, not every landscape lighting installation requires a licensed electrician.

In Maryland, low-voltage landscape lighting (12-volt systems) does not require installation by a licensed electrician. A landscape lighting specialist, a general contractor, or a knowledgeable homeowner can legally install a low-voltage system. The work involves connecting the transformer to an existing outdoor GFCI outlet, running low-voltage wire through shallow trenches, and connecting fixtures with waterproof wire connectors. None of this involves working inside the home's electrical panel or handling line-voltage wiring beyond plugging in the transformer.

An electrician is needed when: the home does not have an existing outdoor GFCI outlet near the transformer location and a new circuit must be run from the panel; the project includes line-voltage (120-volt) fixtures such as post lanterns, hardwired wall sconces, or large floodlights; or the homeowner wants the transformer hardwired to a dedicated circuit rather than plugged into an outlet. For these tasks, hire a licensed electrician. For the landscape lighting installation itself, the trenching, fixture placement, low-voltage wiring, and aiming, a dedicated landscape lighting installer or a contractor experienced with these systems often delivers better results than an electrician, because the craft of landscape lighting is more about design, fixture selection, and light aiming than it is about electrical work.

Typical Project Sizes

The total cost of a landscape lighting project depends primarily on the number of fixtures installed and the linear footage of wire runs needed to connect them. Here are the most common project scopes in the Southern Maryland market with their typical total installed costs.

The front walkway and entry package is the most popular starting point. It typically includes four to six path lights along the front walkway, two to three uplights on trees or architectural features flanking the entry, and one or two accent lights on the home's facade near the front door. This is enough to transform how the home looks and feels after dark, improve safety on the front walk, and create a welcoming arrival experience for guests.

The full front yard package adds garden bed lighting, additional tree uplighting, driveway-edge lighting, and broader accent lighting across the front facade. This is the scope that produces the dramatic "magazine-cover" curb appeal that stops people on the sidewalk.

The backyard and patio package focuses on the outdoor living areas, deck step lights, patio perimeter path lights, uplighting on trees that frame the patio, and string or overhead lighting for dining and entertaining areas. This scope is especially popular among homeowners who have already invested in a deck, patio, pergola, or outdoor kitchen and want to maximize the usable evening hours.

The full property perimeter is a comprehensive installation that lights the entire exterior, front, sides, and back, including long driveway runs, security lighting, and architectural lighting on all visible facades. This scope is most common on larger properties in the rural areas of St. Mary's and Calvert County, waterfront estates, and homes with significant landscaping investments.

Sample Project Scenarios

Scenario 1: Basic Front Walkway and Entry Lighting, Waldorf Subdivision

A homeowner in a Waldorf subdivision (St. Charles, Westlake, Bennsville area) wants to light the front walkway from the driveway to the front door, add accent lighting to the two large red maples in the front yard, and put a couple of accent lights on the house front to highlight the stone-veneer columns flanking the garage.

Typical price most homeowners pay for this scope: approximately $1,600 to $2,200.

This is a clean, effective installation that dramatically improves the home's nighttime appearance and walkway safety. The total wire run is modest because the fixtures are concentrated in the front yard, close to the house where the transformer mounts to the garage wall or beside the front door. In a subdivision setting with a 30- to 50-foot front yard, trenching distances are short and the installation can typically be completed in one day.

Scenario 2: Mid-Range Full Front and Backyard, Prince Frederick Colonial

A homeowner in the Prince Frederick area (Huntingtown, Dunkirk, or one of the neighborhoods along Route 4) has a two-story Colonial on a half-acre lot with mature landscaping, a flagstone patio, and a cedar pergola in the backyard. They want comprehensive front yard lighting plus backyard patio and pergola lighting.

Typical price most homeowners pay for this scope: approximately $3,800 to $5,000.

This is a comprehensive system that lights the front walkway and driveway edge, uplights the mature oaks and hollies in the front yard, washes the front facade of the house, lights the path from the side yard to the back patio, illuminates the patio steps, and creates a warm ambient glow under the pergola with commercial-grade string lights. The smart transformer allows separate zone control, the front yard security lighting can run all night on a dim setting while the backyard entertaining lights operate on a separate schedule. Installation typically takes one and a half to two days.

Scenario 3: Premium Waterfront Property, Solomons or Chesapeake Beach

A homeowner on a waterfront lot near Solomons or Chesapeake Beach has a large Cape Cod on an acre-plus lot with a 150-foot driveway, extensive landscaping, a stone patio with outdoor kitchen, a dock with a short pier, and mature trees throughout. They want a full-property lighting system with smart controls, multiple zones, and marine-grade fixtures near the water.

Typical price most homeowners pay for this scope: approximately $7,500 to $9,500.

This is a premium, full-property system. The driveway is lined with bollard lights that guide visitors along the 150-foot approach. Mature trees are uplighted with adjustable spotlights that can be re-aimed seasonally as the canopy changes. The front facade receives wall-wash lighting that highlights the architectural details. The backyard patio and outdoor kitchen area are lit with a combination of path lights, step lights, string lights overhead, and well lights flush-mounted into the stone patio to uplight the posts of the covered cooking area. The dock and pier receive marine-grade fixtures rated for saltwater exposure, a critical specification for any fixture within 50 feet of the Chesapeake Bay or its tidal tributaries. The smart controller allows four or more independent zones: driveway and entry (dusk to dawn, dimmed after midnight), front landscape (dusk to 11 p.m.), backyard entertaining (manual on/off via app), and dock lighting (dusk to dawn for safety). Installation takes two to three days.

DIY vs. Professional Installation

Low-voltage landscape lighting is one of the more DIY-friendly exterior projects. The electrical work is limited to plugging a transformer into an outdoor outlet and making low-voltage wire connections that carry no shock risk. The physical work, trenching shallow channels, pushing fixture stakes into the ground, burying wire, does not require specialized equipment. Big-box home improvement stores sell complete landscape lighting kits with 6 to 12 fixtures, wire, a transformer, and instructions for $150 to $600.

Where DIY Works

DIY installation makes sense for simple, small-scale projects: a basic path lighting run along a front walkway, a few uplights on trees near the house, or accent lighting on a patio. If the layout is straightforward, a linear path with fixtures every 8 to 10 feet, a short wire run from the transformer, and no complicated terrain, a handy homeowner can complete the project in a weekend for 40 to 60 percent of the cost of professional installation.

Where DIY Falls Short

The limitations of DIY become apparent on larger and more complex projects. The most common issues are:

Design and fixture placement. Professional landscape lighting designers spend years learning how to light a property, where to position fixtures, what beam angle and spread to use, how to balance light levels across zones, how to avoid glare and hot spots, and how to create depth and dimension rather than flat, even illumination. A professionally designed system looks intentionally composed. A DIY system often looks like a row of fixtures stuck in the ground at equal intervals, which creates a "runway" effect rather than the layered, natural look that quality landscape lighting achieves.

Voltage drop. On longer wire runs, anything over 50 to 75 feet from the transformer, voltage drops across the wire, causing fixtures at the end of the run to glow dimmer than fixtures near the transformer. Professional installers manage voltage drop by calculating wire gauge for each run length, using hub-and-spoke wiring layouts rather than daisy-chain runs, and splitting loads across multiple transformer taps. DIY installations frequently produce uneven brightness because the wiring layout does not account for voltage drop.

Fixture quality. The landscape lighting kits sold at home improvement stores use entry-level fixtures, plastic housings, basic optics, limited adjustability, and shorter lifespans. Professional-grade fixtures from manufacturers like FX Luminaire, Kichler, WAC, and Volt use brass, copper, or cast aluminum housings, precision-ground glass lenses, fully adjustable aiming mechanisms, and integrated LED modules rated for 50,000-plus hours. The difference in light quality, beam control, and durability is significant.

Long-term reliability. Professional installations use direct-burial rated wire, waterproof silicone-filled wire connectors, and proper wire management (service loops at each fixture, wire tucked below the root zone). DIY installations frequently use the twist-on connectors included in the kit, which corrode and fail within two to three years in Southern Maryland's wet soil conditions, leading to individual fixtures going dark and requiring troubleshooting.

The Bottom Line on DIY

For a simple front walkway with 6 to 8 path lights on a short, straight run, DIY is a reasonable option that can save $500 to $1,000. For anything beyond that, full front yard lighting, backyard entertainment lighting, tree uplighting, multi-zone systems, professional design and installation delivers a substantially better result that lasts longer, looks better, and avoids the common DIY pitfalls that lead to callbacks, frustration, and eventual replacement.

Landscape Lighting for Southern Maryland Properties

Southern Maryland is not a generic suburban market. The properties here have specific characteristics that affect how landscape lighting systems are designed, specified, and installed. A contractor or lighting designer who works in this region accounts for these factors from the start.

Waterfront Properties

Homes along the Chesapeake Bay shoreline, the Patuxent River, and the Potomac River, in communities like Chesapeake Beach, North Beach, Solomons, Broomes Island, Piney Point, Scotland, and Cobb Island, face saltwater exposure that accelerates corrosion on standard outdoor fixtures. Standard aluminum and steel fixtures develop pitting, discoloration, and structural failure within two to five years in the salt air zone, which extends roughly 500 to 1,000 feet inland from tidal water depending on prevailing winds and elevation.

For waterfront properties, specify marine-grade fixtures. Look for solid brass, solid copper, or 316-grade stainless steel housings. These materials form a protective patina (brass and copper) or resist corrosion at the molecular level (316 stainless) and will outlast standard fixtures by a factor of three to five in the salt environment. Marine-grade fixtures cost 30 to 60 percent more than standard fixtures, but the total cost of replacement, pulling out corroded fixtures, re-trenching wire connections, buying and installing new fixtures, makes the upfront premium well worth it.

Dock and pier lighting requires fixtures specifically rated for marine use, mounted to withstand wave splash, storm surge, and the constant vibration of a floating dock. Low-profile dock lights that mount to pilings or deck boards and cast a downward pool of light onto the dock surface are the standard approach. These fixtures also serve as navigation markers for nighttime boating, a practical safety feature on the busy Chesapeake waterway.

Wooded Lots and Tree Uplighting

Much of residential Southern Maryland is wooded, mature hardwood and pine forests that homeowners clear selectively to build on while preserving the tree canopy that defines the area's character. Properties in Huntingtown, Dunkirk, Owings, Mechanicsville, Hollywood, and the rural corridors throughout the three counties often have dozen or more mature trees on the lot.

Tree uplighting is the single most dramatic landscape lighting technique, and Southern Maryland's mature tree canopy is ideal for it. A single well-placed uplight at the base of a 60-foot oak or tulip poplar transforms the tree into a glowing focal point that is visible from the street, from inside the house, and from neighboring properties. The effect is particularly striking in fall when the changing foliage catches the light, and in winter when the bare branch structure creates intricate shadow patterns against the night sky.

The key to effective tree uplighting is fixture selection and placement. A narrow beam (15 to 25 degrees) from a spotlight or well light placed 12 to 18 inches from the trunk, aimed straight up, illuminates the trunk and lower canopy. A wider beam (35 to 60 degrees) from a fixture placed 3 to 6 feet from the trunk, angled up at 60 to 75 degrees, illuminates the mid-canopy and branch structure. For large trees, two fixtures, one close for trunk illumination and one farther out for canopy reach, produce the best result. Professional designers call this "two-point uplighting" and it is the standard technique for specimen trees.

Long Driveways

Many properties in the rural areas of St. Mary's and Calvert County, and in the larger-lot communities of Charles County outside of Waldorf, have driveways ranging from 100 to 500 feet or longer. Lighting a long driveway is both a safety measure and a major curb appeal upgrade, but it presents specific challenges.

Voltage drop is the primary concern. On a 300-foot driveway run, standard 12-gauge low-voltage wire will lose enough voltage that fixtures at the far end may receive only 9 or 10 volts instead of the 12 volts they need, resulting in noticeably dimmer light or LED driver failure. The solutions are heavier-gauge wire (10-gauge or 8-gauge for runs over 150 feet), a hub-and-spoke wiring layout that feeds shorter sub-runs from a central junction, or a second transformer mounted at the midpoint or far end of the driveway powered by a dedicated 120-volt circuit run underground in conduit.

For very long driveways, bollard lights or path lights spaced every 15 to 20 feet on alternating sides create a guiding corridor of light without the "airport runway" look. Staggering the fixtures and using warm white (2700K) LED fixtures produces a welcoming, natural appearance. Fixtures along a driveway also improve deer and wildlife visibility, a practical safety benefit in an area where deer-vehicle collisions are common on rural roads and driveways alike, particularly during the fall rut season from October through December.

Soil Conditions

The dominant soils across Calvert, St. Mary's, and Charles County are clay-heavy, the Mattapex, Sassafras, and Westphalia series that underlie most residential lots in the region. Clay soil affects landscape lighting installation in two ways.

First, trenching. Clay soil is harder to dig than loam or sandy soil, especially when it is dry. In late summer and early fall, the clay can be nearly rock-hard on the surface. Hand-trenching with a flat spade is slow work. Many installers use a mechanical trencher or a vibrating cable plow for runs over 50 feet, which speeds the work but adds $100 to $300 in equipment costs to the project.

Second, drainage. Clay soil retains water and drains slowly. Wire connections and fixture bases that sit in saturated clay for extended periods are more susceptible to corrosion and connector failure than those in well-drained soil. This is why waterproof silicone-filled wire connectors, not simple twist-on connectors, are essential in Southern Maryland installations. Gravel backfill in the trench around wire connection points improves drainage and extends the life of the connections.

The best time for trenching in Southern Maryland clay is early to mid-fall (September through mid-November), when the soil has been softened by fall rains but has not yet reached the saturated, muddy condition that makes clean trenching difficult. This aligns well with the October installation window, the soil is workable, the weather is comfortable for outdoor labor, and the system is installed and operational before the holidays.

Salt Air Considerations

Even properties that are not directly on the waterfront can be affected by salt air if they are within a mile or two of the Chesapeake Bay or its major tributaries. The salt-laden moisture that moves inland on prevailing winds, especially during nor'easters and coastal storms, settles on outdoor fixtures, hardware, and wiring connections and accelerates corrosion over time.

For properties in this zone, which includes much of the eastern half of Calvert County from Chesapeake Beach south through North Beach, Long Beach, Scientist's Cliffs, Port Republic, and Solomons, upgrading from standard aluminum to brass or composite fixtures is a worthwhile investment. The incremental cost is modest on a per-fixture basis ($10 to $30 more per fixture) and the extended fixture life, 15 to 20 years for brass versus 5 to 10 years for aluminum in the salt zone, pays for itself.

Frequently Asked Questions

How long does landscape lighting installation take? A basic front walkway system with 6 to 10 fixtures can be installed in four to six hours, a single day's work. A comprehensive front and backyard system with 15 to 25 fixtures typically takes one and a half to two days. A full-property system with 30 or more fixtures, multiple zones, and long wire runs takes two to three days. The installation timeline does not include the design consultation, which typically happens one to two weeks before installation day as a separate on-site visit.

Do I need a permit for landscape lighting in Calvert, Charles, or St. Mary's County? Low-voltage landscape lighting (12-volt systems) generally does not require a building permit in the tri-county area because it is classified as a low-voltage electrical installation, not a structural or high-voltage project. However, if the project requires running a new 120-volt circuit from the home's electrical panel to power the transformer, that electrical work may require an electrical permit. If the project involves trenching near a septic system, well, or utility easement, check with your county's planning department before digging. Always call Miss Utility (811) before any trenching to have underground utilities marked, this is free and required by Maryland law.

How much does landscape lighting increase home value? The National Association of Realtors estimates that quality landscape lighting can increase a home's perceived value by 15 to 20 percent of the project cost and improve overall curb appeal in ways that support faster sale times. A $3,000 to $5,000 landscape lighting system adds an estimated $2,000 to $4,000 in resale value. More importantly, landscape lighting makes a home show dramatically better during evening showings and in nighttime listing photos, an advantage in the competitive Southern Maryland real estate market where many buyers drive neighborhoods after work.

What about solar landscape lights? Solar-powered landscape lights have improved significantly in recent years, but they remain a poor substitute for a wired low-voltage system. Solar path lights rely on direct sunlight to charge their batteries, and on the wooded, north-facing, and partially shaded lots common throughout Southern Maryland, many solar fixtures do not receive enough direct sun to charge fully. The result is dim, inconsistent light that fades through the evening and may not last the full night. Solar fixtures also have shorter lifespans (the rechargeable batteries degrade after two to three years) and produce less light than wired LED fixtures. Solar lights work as supplemental lighting in sunny locations, along a fence line, around a mailbox, or on a south-facing garden wall, but they are not a replacement for a wired landscape lighting system on most Southern Maryland properties.

How much does it cost to run landscape lighting? An LED landscape lighting system is remarkably inexpensive to operate. A typical 15-fixture LED system draws approximately 50 to 75 watts total, less than a single incandescent light bulb. Running that system for five hours per night costs approximately $0.03 to $0.05 per night, or roughly $10 to $18 per year in electricity. Even a large 40-fixture system drawing 150 to 200 watts costs only $30 to $50 per year to operate. The operating cost of LED landscape lighting is effectively negligible, it is one of the rare home improvements that costs almost nothing to use after it is installed.

Ready to light up your property? Gray & Sons Contracting installs outdoor landscape lighting throughout Calvert, St. Mary's, and Charles County, from basic front walkway systems to comprehensive full-property installations with smart controls and marine-grade waterfront fixtures. We know the soil, the salt air, the long driveways, and the mature tree canopy that make Southern Maryland properties unique, and we design every system to look great and last in this environment. Whether you are lighting a Waldorf subdivision home or a waterfront estate in Solomons, we will design a system that fits your property and your budget. Get a Free Estimate