The Ultimate Artificial Turf Rooftop Guide

Thousands of rooftop decks sit empty on buildings across the country. The space is there and the views are often spectacular, but the idea of a real lawn is a non-starter. Who wants to haul soil, manage irrigation, and deal with constant upkeep stories above the ground? An artificial turf rooftop is the clear solution, turning that wasted space into a valuable, low-maintenance amenity. But this isn’t a simple landscaping job. A successful rooftop installation requires specialized knowledge to get it right and avoid costly, dangerous mistakes.

Artificial turf eliminates those barriers. A properly installed synthetic turf system transforms a bare rooftop into a functional outdoor living space without the weight of soil, the maintenance of natural grass, or the water consumption that comes with keeping a lawn alive in full sun exposure. For patios at ground level or elevated decks, the same benefits apply with fewer structural constraints.

This guide walks through the critical factors that determine whether rooftop turf will succeed or fail on your project: structural load capacity, drainage design, UV and heat performance, fire safety ratings, product selection, and the installation process itself.

Why Artificial Turf is the Smart Choice for Rooftops

Natural grass on a rooftop is technically possible but rarely practical. Soil alone weighs 75 to 100 pounds per cubic foot when saturated, and a functional growing medium needs at least 4 to 6 inches of depth. Add irrigation plumbing, waterproofing layers, and ongoing maintenance access, and the cost and complexity put living rooftop lawns out of reach for most projects.

Synthetic turf systems weigh between 1.5 and 3 pounds per square foot when fully installed, including the pad and infill. That is a fraction of what natural grass requires and well within the load capacity of most commercial and residential rooftop structures.

Beyond weight, artificial turf on rooftops and patios delivers practical advantages that matter in daily use:

• Zero irrigation. No water lines, no drainage for irrigation runoff, and no risk of water damage from a rooftop sprinkler system.
• No mowing or fertilizing. Rooftop access for lawn equipment is impractical. Synthetic turf needs occasional brushing and rinsing, nothing more.
• Year-round usability. The surface stays green and functional through every season, without dormancy or mud.
• Consistent drainage. Quality turf products drain at rates exceeding 30 inches per hour. Combined with a proper sublayer, water moves off the roof membrane efficiently.
• Comfort and safety. Turf provides a softer, slip-resistant surface compared to bare concrete, pavers, or composite decking.

For commercial properties, rooftop turf adds leasable amenity space. For residential buildings, it creates private outdoor areas that feel like a backyard rather than a concrete slab.

A Low-Maintenance Alternative to Traditional Decking

Rooftop and patio surfaces have to endure a lot—harsh sun, heavy rain, and foot traffic. While materials like wood, composite decking, and concrete pavers are common, they come with significant upkeep. Wood needs regular staining and sealing to prevent rot, composite can fade and scratch, and pavers can shift or grow weeds in the cracks. Artificial turf offers a durable, long-lasting alternative that requires far less maintenance. A quality synthetic grass won’t splinter, crack, or fade, providing a consistently beautiful and functional surface for years. Instead of spending weekends on upkeep, property owners can simply enjoy their green space. For installers, this means recommending a solution that leads to fewer callbacks and more satisfied clients who appreciate the lasting value and minimal work required to maintain their investment.

Sound Absorption for Quieter Spaces

One of the overlooked benefits of adding turf to a hardscape surface like a rooftop or balcony is sound absorption. Concrete and wood decking reflect sound, which can create a noisy, echo-filled environment, especially in dense urban areas. This can be a major issue in multi-family housing, where noise from a rooftop amenity space can travel to the units below. Artificial turf, especially when installed with a quality underpad, helps dampen sound. It absorbs ambient noise from the surrounding city and reduces the sound of footsteps and conversations on the deck itself. This creates a more peaceful and private atmosphere for those using the space and a quieter building overall for residents or tenants inside, turning a potential noise problem into a serene outdoor retreat.

Creating a Calming Green Environment

There’s a reason we seek out parks and green spaces—they have a naturally calming effect. Bringing that feeling to a rooftop or patio transforms the area from a stark, architectural feature into a welcoming escape. Artificial turf provides a lush, green foundation that instantly softens the hard lines of a building. It creates a visual connection to nature without the complexities of maintaining a living lawn. This is especially valuable in urban settings where private green space is a rare luxury. Beyond aesthetics, it also contributes to a more sustainable environment by eliminating the need for water, fertilizers, and pesticides. Choosing a turf with a soft, realistic feel, like our HEATMAXX® SOFT products, further enhances the sense of comfort, making the space an ideal spot for relaxation, yoga, or simply enjoying the view.

Can Your Roof Handle Artificial Turf?

Weight is the first question any rooftop turf project must answer, and it is non-negotiable. Every rooftop has a maximum load capacity determined by the building’s structural engineering, and exceeding that limit creates serious safety risks.

What is Your Roof’s Load Capacity?

Most commercial flat roofs are engineered to handle 20 to 30 pounds per square foot (psf) of live load beyond the existing roofing materials. Residential rooftops vary more widely, with some designed for minimal access and others built to support occupied deck space.

Before ordering materials or contacting an installer, get a structural assessment from a licensed engineer. This assessment will confirm:

• The existing dead load (roofing materials, HVAC equipment, railings)
• The allowable live load for occupancy and furnishings
• The maximum additional dead load available for turf, pad, and infill
• Any concentrated load limitations around drains, edges, or equipment

How Much Does a Rooftop Turf System Weigh?

A typical rooftop turf installation adds the following weight per square foot:

Component	Weight (per sq ft)
Synthetic turf (40-90 oz face weight)	0.5 – 1.2 lbs
Drainage pad or mat	0.3 – 0.8 lbs
Infill (if used)	0.5 – 1.5 lbs
Total dry weight	1.3 – 3.5 lbs
Water retention during rain	0.2 – 0.5 lbs

Compare that to natural grass with soil: 40 to 60 pounds per square foot when saturated. Synthetic turf is roughly 15 to 30 times lighter, which is why it works where natural grass cannot.

Factoring in Infill for Wind Resistance

Wind uplift is a serious threat on an exposed rooftop. Without enough weight holding it down, a strong gust can peel back a corner or even lift an entire section of turf, creating a dangerous and costly failure. This is where infill becomes more than just a performance enhancer—it’s a critical safety component. Infill, which is typically sand or specialized granules, acts as ballast, settling deep into the turf fibers and adding the necessary weight to keep the system securely in place. For some rooftop applications, you might need as much as five pounds of infill per square foot to properly anchor the turf against high winds. Getting this right ensures a stable and long-lasting installation that protects your work and reputation from callbacks.

Understanding the Total System Height

Beyond weight, the total height of the turf system is a key consideration, especially for ensuring safety and proper clearance. As a general rule, the finished surface should not exceed two inches in height. This helps prevent tripping hazards at transitions, ensures clearance for any doors that open onto the deck, and often aligns with local building codes for occupied roof spaces. The total height is a combination of the turf’s pile height, the thickness of the underlying drainage pad, and the depth of the infill. Carefully selecting components that work together is essential to stay within this limit while still achieving the necessary performance for drainage, comfort, and stability on your project.

Structural Checks You Can’t Skip

• Distribute weight evenly. Avoid concentrating heavy planters or furniture in one area without confirming the localized load capacity.
• Account for snow loads. In northern climates, factor in seasonal snow accumulation on top of the turf system weight.
• Protect the roof membrane. The turf pad layer must protect the waterproof membrane beneath it. Punctures from sharp objects or improper installation create leak risks that are expensive to repair.

Getting Drainage Right for Your Rooftop Turf

Water management is the second most critical factor after structural capacity. On a rooftop, there is no natural ground to absorb water. Every drop of rain must move through the turf, across the sublayer, and into the building’s roof drain system without pooling.

How a Rooftop Drainage System Works

A properly designed rooftop turf system uses three layers to manage water:

1. Turf surface. Quality synthetic turf products feature perforated backing that allows water to pass through at rates of 30 to over 600 inches per hour. Products like AQUAMAXX turf systems drain at some of the highest rates in the industry, exceeding 600 inches per hour.
2. Drainage mat or pad. Installed between the turf and the roof membrane, this layer channels water laterally toward roof drains. Common options include dimpled drainage mats, foam pads with drainage channels, and geocomposite systems.
3. Roof membrane and slope. The existing roof surface must have positive slope toward drains. Most flat roofs are designed with a minimum 1/4-inch per foot slope, but verify this before installation.

The Role of Drainage Grids

A drainage grid, or mat, is the unsung hero of a rooftop turf system. While high-quality turf like our AQUAMAXX® line is designed with perforated backing to let water pass through quickly, that water needs somewhere to go. The drainage grid creates a dedicated air gap between the turf backing and the roof’s waterproof membrane. This small space is crucial; it allows water to flow freely and horizontally across the roof surface toward the designated drains. Without this layer, water could become trapped, leading to stagnant pools, potential algae growth, and prolonged moisture against the roof membrane, which is something you definitely want to avoid.

Using Pedestal Systems for Leveling

For rooftops with uneven surfaces or when you need a perfectly level, raised deck, an adjustable pedestal system is the answer. These systems use a series of height-adjustable supports to elevate a sub-floor, creating a completely flat plane on which the turf is installed. This approach not only guarantees a smooth, stable surface for furniture and foot traffic but also provides a significant void underneath for unimpeded water flow and air circulation. Pedestals make it easy to run conduit for lighting or access roof drains for maintenance without disturbing the turf surface. It’s a more complex installation, but for high-end residential patios or commercial amenity decks, the flawless finish and superior drainage are often worth it.

Avoid These Common Drainage Mistakes

• Blocking existing roof drains. Turf and padding must be cut away from drain locations so water can exit freely.
• Installing on a truly flat surface. If the roof has zero slope, water will pool under the turf and create mold, mildew, and membrane damage.
• Skipping the drainage layer. Turf installed directly on a roof membrane traps water underneath, accelerating deterioration of the waterproofing.
• Ignoring overflow capacity. Size the drainage system for heavy rain events, not average rainfall.

The Consequences of Poor Drainage

When water has nowhere to go, it creates problems that are both unpleasant and expensive. Standing water trapped between the turf and the roof membrane becomes a breeding ground for mold and mildew, leading to musty odors that make the space unusable. Over time, this constant moisture can accelerate the deterioration of the underlying waterproofing materials, potentially causing blisters, cracks, and eventually, costly leaks into the building below. What starts as a simple drainage oversight can quickly become a significant structural repair project, turning your beautiful rooftop amenity into a liability. Proper drainage isn’t just about performance on rainy days; it’s about protecting the long-term integrity of the entire roofing system.

A Note on Filter Fabric in Pet Areas

While a filter or weed barrier fabric is a standard component in many ground-level landscape installations, it should never be used in a rooftop or patio turf system intended for pets. These fabrics are designed to be permeable, but they can trap and hold onto the bacteria and ammonia crystals from pet urine. Instead of flushing through the drainage layer, the waste gets caught in the fabric, creating a persistent odor problem that is nearly impossible to eliminate without removing the entire turf system. For pet-friendly spaces, choose a turf with a highly permeable backing, like our PETMAXX® series, and pair it with a drainage pad that allows for unrestricted flow-through directly to the roof drains.

Will My Rooftop Turf Get Too Hot in the Sun?

Rooftop installations face more intense UV exposure than ground-level turf. There is no shade from trees, neighboring buildings (in most cases), or landscape features. The turf bakes in direct sunlight for more hours per day and more months per year.

Why UV Protection is a Must-Have

Ultraviolet radiation breaks down the polymer chains in synthetic turf fibers over time. Low-quality turf exposed to intense rooftop sun can fade, become brittle, and lose structural integrity within 3 to 5 years. Quality UV-stabilized products maintain their color and performance for 15 years or more.

Look for turf products that specify UV stabilization in the fiber manufacturing process, not just a topical UV coating. Products built with UV inhibitors blended into the polymer itself offer longer protection because the stabilization cannot wear off the surface.

How to Keep Your Rooftop Turf Cool

Dark rooftop surfaces absorb heat, and synthetic turf is no exception. On a hot summer day, standard polyethylene turf can reach surface temperatures of 150°F or higher in direct sun. That is uncomfortable for bare feet and potentially unsafe for children and pets.

Several strategies reduce heat buildup:

• Choose nylon turf for extreme heat environments. Nylon fibers withstand temperatures up to 428°F without softening or melting. Polyethylene fibers begin to deform at 165°F. For rooftops that receive all-day sun in southern climates, nylon products like HEATMAXX SOFT provide a measurable heat advantage.
• Use light-colored infill. Silica sand or light-colored infill materials reflect more solar energy than dark rubber crumb.
• Incorporate shade structures. Pergolas, shade sails, or strategically placed planters with tall plants reduce direct sun exposure on the turf surface.
• Rinse before use. A quick spray with a garden hose drops surface temperature by 30 to 50 degrees and cools the turf for comfortable use within minutes.

Is Artificial Turf on a Rooftop Fire-Safe?

Fire safety on rooftops is regulated more strictly than ground-level installations because a rooftop fire directly threatens the building structure. Building codes in most jurisdictions require rooftop materials to meet specific fire rating standards.

What Do Turf Fire Ratings Mean?

Rating	Performance	Rooftop Requirement
Class A	Highest fire resistance, withstands severe fire exposure	Required for most commercial rooftops and many residential
Class B	Moderate fire resistance	Acceptable in some jurisdictions
Class C	Light fire resistance	Rarely acceptable for rooftop use

Understanding Class A Fire Ratings (ASTM E108)

When you’re considering materials for a rooftop, fire safety is a top priority. Building codes are much stricter for rooftops than for ground-level projects because a fire up there directly threatens the entire structure. This is where the Class A Fire Rating, determined by the ASTM E108 test standard, comes into play. It’s the highest rating a material can receive, meaning the product has been rigorously tested to withstand severe fire exposure, resist ignition, and limit the spread of flames. For most commercial and residential rooftop projects, choosing materials with a Class A rating isn’t just a good idea—it’s a requirement to comply with local building codes. Always verify that any turf product you’re considering for a rooftop has this certification to ensure you’re choosing a safe and compliant solution.

Why a High Fire Rating is Non-Negotiable

Standard polyethylene turf is combustible and typically carries a Class C fire rating at best. This may not meet code requirements for rooftop installation in your jurisdiction.

Nylon turf products achieve higher fire ratings. HEATMAXX SOFT, for example, carries a Class A fire rating, the highest classification available. This is the same fire rating required for commercial roofing materials.

Beyond code compliance, consider real-world ignition sources on rooftops:

• Grills and fire pits (common on rooftop entertainment areas)
• Cigarettes and smoking areas
• Reflected sunlight from nearby Low-E windows, which can concentrate solar energy and melt polyethylene turf
• HVAC equipment sparks or overheating

If your rooftop design includes any cooking or heating elements, Class A rated turf is not just recommended, it is essential.

A Hidden Danger: Burns from Window Reflections

One fire safety factor unique to rooftop and patio installations near buildings: Low-E (low-emissivity) energy-efficient windows can reflect concentrated solar energy onto adjacent surfaces. This reflected heat can reach temperatures exceeding 200°F, which is above the melting point of standard polyethylene turf.

Nylon turf products resist this reflected heat because nylon does not soften until 428°F. This is why certain manufacturers, including Go Green Synthetic Turf, warrant their nylon HEATMAXX products specifically against Low-E window reflective burn damage. It is the only such warranty in the industry.

How to Choose the Best Artificial Turf for Your Rooftop

Not every artificial turf product is suitable for rooftop installation. The selection criteria differ from ground-level landscaping because the environmental demands are more extreme.

What to Look For in a Rooftop Turf

1. Face Weight and Density Higher face weight (measured in ounces per square yard) generally means a denser, more durable product. For rooftop foot traffic, 50 to 90 oz/sy provides the right balance of durability and comfort.

2. Pile Height Shorter pile heights (3/4 to 1.5 inches) perform better on rooftops. They drain faster, accumulate less debris, and resist matting from furniture placement. Taller piles look lush but require more maintenance in exposed rooftop conditions.

3. Backing and Drainage Rate Look for perforated or punched-through backing with documented drainage rates. For rooftop applications, a minimum drainage rate of 30 inches per hour is acceptable. Products exceeding 100 inches per hour provide extra margin for heavy rainfall.

4. Fiber Material – Polyethylene: Most common, affordable, natural feel. Adequate for covered patios or shaded rooftops. – Nylon: Superior heat resistance, fire rating, and durability. Recommended for exposed rooftops in hot climates or near Low-E windows. – Polypropylene: Budget option, but less UV-stable and durable. Not recommended for rooftop use.

5. Warranty Coverage Check what the warranty covers and what voids it. Some warranties exclude rooftop installations entirely. Others exclude damage from reflected heat. Products specifically warranted for rooftop and patio use provide better protection for your investment.

Balancing Turf Density and Infill Capacity

It might seem like the densest, plushest turf is always the best choice, but rooftops present a unique challenge: wind. On an exposed roof, infill does more than support the turf blades; it acts as essential ballast, weighing the system down to prevent wind from lifting the edges. This is where a critical balance comes into play. If a turf product is too dense, its tightly packed fibers can make it difficult to brush in the necessary amount of infill. Instead of settling deep into the base, the infill sits on top, failing to provide the weight needed to anchor the turf securely against strong gusts.

The goal is to select a product that is durable enough for foot traffic but open enough to accept at least 1 to 1.5 pounds of infill per square foot. For most rooftop applications, turf with a face weight between 50 and 90 ounces per square yard hits this sweet spot. This density provides a comfortable, resilient surface that feels great underfoot while still allowing infill to be worked into the base of the fibers effectively. Choosing from a range of quality turf products in this category ensures your installation is both enjoyable for users and structurally sound against the elements.

Best Turf Types for Different Rooftop Uses

Application	Recommended Product Type	Why
Full-sun rooftop, hot climate	Nylon (e.g., HEATMAXX SOFT)	Class A fire, 428°F heat tolerance, burn warranty
Covered patio or shaded deck	Polyethylene (e.g., AQUAMAXX or PETMAXX)	Cost-effective, comfortable, excellent drainage
Rooftop pet area	Pet-specific with antimicrobial (e.g., PETMAXX)	Odor control, fast drainage, antimicrobial protection
Rooftop putting green	Nylon sport surface (e.g., SPORTMAXX)	Consistent ball roll, extreme durability
Budget rooftop accent area	Value series polyethylene	Lower cost for small decorative areas

Your Rooftop Turf Installation: A Step-by-Step Guide

Rooftop turf installation is not a standard landscaping project. It requires specialized knowledge of roofing systems, drainage engineering, and building code compliance. Here is what the process typically involves.

Step 1: Assess the Site and Get an Engineering Review

A qualified installer will assess the roof structure, existing membrane condition, drainage slope, and access points. If the roof is older or has not been inspected recently, a roofing professional should evaluate the membrane before any work begins.

Step 2: Inspect and Prep the Roof Surface

Any damage to the waterproof membrane must be repaired before turf installation. Patches, seam repairs, and drainage corrections happen at this stage. The turf system will cover the membrane, making future access more difficult.

Performing a Pre-Installation Water Test

Before any turf or padding is laid down, it’s critical to confirm the roof drains correctly on its own. A simple water test can save you from major headaches later. Using a hose, flood the installation area with water and observe how it behaves. Does it flow directly toward the drains? Are there any low spots where water begins to pool? This simple step identifies any pre-existing drainage issues that must be corrected before they get trapped under the new turf system. Fixing a slope or clearing a drain is straightforward on an exposed roof but becomes a major repair project once the turf is installed over it.

Working with TPO Roofing

TPO (Thermoplastic Polyolefin) is a popular single-ply membrane used on commercial flat roofs because it’s excellent at preventing leaks. Aesthetically, however, it leaves a lot to be desired. Artificial turf is the perfect solution to transform a functional but uninviting TPO roof into a beautiful, usable green space. The key is to protect the membrane during installation. Most TPO manufacturers advise against using adhesives that could compromise the material. Instead, the turf system should be secured around the perimeter or rely on the weight of the infill to hold it in place, ensuring the waterproofing layer remains intact while you see a dramatic visual upgrade.

Step 3: Install the Drainage Layer

A drainage mat or pad system is laid over the membrane. This layer serves two purposes: protecting the membrane from abrasion and channeling water toward existing roof drains. The drainage layer must be cut precisely around drain openings.

Step 4: Lay Out and Cut the Turf

Turf rolls are laid out, cut to fit the rooftop dimensions, and seamed together if the area requires multiple pieces. On rooftops, many installers avoid adhesives on the turf and instead use a loose-lay method with weighted perimeters. This allows the turf to be lifted for roof inspection and maintenance.

Step 5: Apply the Infill (If Needed)

Some rooftop turf installations use infill (silica sand, zeolite, or EnviroFill antimicrobial infill) to add weight for wind resistance and improve fiber support. Nylon products like HEATMAXX SOFT are designed to stand upright without infill, reducing total system weight on weight-sensitive rooftops.

Step 6: Secure the Edges and Add Finishing Touches

Edges are secured with perimeter weights, nailer boards (if the structure allows), or tucked under flashings. The goal is a clean edge that resists wind uplift without penetrating the roof membrane.

Properly Installing Nailer Boards

Nailer boards create a clean, secure perimeter for your rooftop turf, but the name can be misleading in this context. The number one rule for any rooftop project is to protect the waterproof membrane, which means you should never nail, screw, or otherwise puncture the roof surface to attach these boards. Instead, they are secured directly to the roof using a high-strength construction adhesive. This creates a powerful bond that holds the turf edge in place without compromising the building’s waterproofing. It’s also critical to choose a rot-proof material, like a composite board, and to cut gaps or drill holes to ensure water can flow freely toward the drains. This method is a key part of a professional rooftop installation that prioritizes long-term performance and protects the structure below.

Step 7: Complete the Final Walk-Through

The completed installation is checked for proper drainage flow, secure seams, adequate edge attachment, and overall appearance. A water test confirms that drainage is moving toward roof drains without pooling.

How to Care for Your New Rooftop Lawn

Rooftop turf requires less maintenance than ground-level installations in some ways (no soil means fewer weeds) and slightly more in others (more debris exposure from wind).

• Brush the fibers monthly. A stiff push broom keeps fibers upright and looking natural. Brush against the grain direction.
• Remove debris regularly. Leaves, twigs, and airborne debris accumulate faster on exposed rooftops. A leaf blower clears the surface efficiently.
• Rinse periodically. A garden hose rinse removes dust and cools the surface during hot months. For rooftop pet areas, rinse more frequently with an enzyme cleaner.
• Inspect drainage semi-annually. Check that roof drains are clear and that the drainage mat under the turf has not shifted or compressed.
• Check edges and seams annually. Wind exposure on rooftops puts more stress on edges and seams than ground-level installations. Resecure any areas that have lifted.

Frequently Asked Questions

How much does rooftop turf installation cost? Costs vary significantly based on roof access, structural requirements, and product selection. Budget $12 to $25 per square foot installed for a complete rooftop turf system including drainage layer, turf, and labor. Complex installations with crane access or extensive membrane work can exceed $30 per square foot.

Can I install artificial turf on my rooftop myself? Rooftop turf installation is not recommended as a DIY project. The risks of damaging the waterproof membrane, creating drainage problems, or failing to meet fire code requirements make professional installation the safer and more cost-effective choice.

How long does rooftop turf last? Quality synthetic turf on a well-installed rooftop system lasts 15 to 20 years. Nylon products tend to outlast polyethylene in the intense UV conditions found on rooftops.

Does artificial turf void my roof warranty? It can. Many roofing warranties specify that only approved materials may be installed over the membrane. Check with your roofing manufacturer and have a roofing professional involved in the turf installation to maintain warranty coverage.

Is artificial turf safe for rooftop pet areas? Yes. Products with antimicrobial infill (like EnviroFill) and fast drainage rates handle pet waste effectively. Ensure the drainage system channels waste water to appropriate building drains and not onto walkways or adjacent properties below.

Will rooftop turf blow away in high winds? A properly weighted or secured installation resists wind uplift. Infill adds ballast weight, and perimeter attachment systems hold edges down. Installers in high-wind areas may use additional fastening methods recommended by the turf manufacturer.

---

Ronan Steele is Go Green’s product and performance specialist. He cuts through marketing noise and explains turf like an installer would.

Key Takeaways

• Start with the non-negotiables: Before anything else, confirm the roof’s load capacity with a structural engineer and choose a turf product with a Class A fire rating to meet building codes and ensure safety.
• Design a foolproof drainage system: Water needs a clear path off the roof, so a dedicated drainage mat under the turf is essential. This layer channels water toward drains, preventing moisture damage to the building’s structure.
• Choose turf that can handle the exposure: Rooftops are harsh environments. Select turf with superior heat and UV resistance, like nylon, and make sure it can accept enough infill to provide the necessary weight for wind resistance.

Related Articles

• Artificial Turf for Rooftop Decks and Patios: A Complete Guide – Go Green Synthetic Turf
• Your Guide to Artificial Turf Installation
• Synthetic Lawn Installation – Go Green Synthetic Turf
• DIY Synthetic Turf Installation: A 6-Step Guide