3D Landscape Design in Chester County: What to Expect, What It Includes, and Why It Matters

---

Licensed and Insured | 20+ Years Experience | Chester County and the Main Line

---

A flat plan is a tool for measuring distances. It records where things go. It does not show how they will feel, how they will read against the architecture, or whether the retaining wall you've drawn as a two-inch line will work as a three-foot structure in the actual grade change between your terrace and your lawn. These are the decisions that matter most on a complex property, and they cannot be made correctly on a plan.

3D landscape design exists to move those decisions to the right moment in the process: before excavation, before material orders, before a contractor has committed to a scope. A 3D rendering is not a pretty picture of a finished yard. It is a design instrument. It forces every spatial decision to be made at the design stage, where changes cost nothing, rather than at the construction stage, where they cost everything.

Chester County and the Main Line present a specific set of design challenges that make this discipline particularly important here. Properties carry significant grade changes, often 4 to 8 feet between the rear of the house and the garden, pool area, or lower lawn. Mature canopy is part of the composition on nearly every established property, and that canopy governs what can be planted beneath it, beside it, and in relationship to it for the next 20 years. The architectural character of homes here, from stone colonials in Unionville to contemporary farmhouses in Gladwyne to traditional Main Line estates in Bryn Mawr, is detailed and particular. Material choices are not interchangeable: the bluestone that reads correctly on one elevation does not read correctly on another, and that distinction only becomes visible when the material is shown against the actual house in three dimensions.

These are not edge cases. They are the standard conditions on properties throughout Chester County and the Main Line. They are why the 3D design process is not an upgrade on a flat plan approach. It is the appropriate primary tool for this type of work.

This guide explains what 3D landscape design is, how the process works at JHL, what the deliverable includes, and what it protects you from. It is written for property owners who are trying to understand what they are actually getting when they commission a 3D design engagement, and why the distinction between a rendering and a plan matters for decisions that will govern a property for decades.

---

1. What 3D Landscape Design Actually Is

The Spectrum of Visualization Tools

Three types of drawings appear in landscape design proposals: concept sketches, flat plans, and 3D renderings. Each communicates something different, and each requires a different level of expertise to interpret.

A concept sketch is a freehand drawing used to explore spatial ideas quickly. It communicates direction and intention. It is useful in early conversations. It is not a design document and does not represent specific dimensions, materials, or plant species.

A flat plan, also called a site plan or planting plan, is a scaled overhead drawing. It shows accurate dimensions, hardscape footprints, planting locations, and quantities. It is the primary construction document: the contractor reads the plan to understand what gets installed where. A plan is precise in two dimensions. It cannot communicate how a space feels from eye level, how a structure reads against the house, or how a grade change will behave aesthetically and structurally. Reading a flat plan requires trained spatial translation. Most property owners do not have that training, and even trained designers make errors when translating a plan's abstractions into a three-dimensional reality.

A 3D rendering is a model-based visualization. It is built from a site-accurate base model and populated with specified elements at their actual scale: hardscape at real dimensions and correct material, plant species at specified maturity size, structures at their actual height and proportion, lighting at modeled fixture positions. The rendering does not require spatial translation. It shows the space as it will exist. You see the pergola against the rear elevation of the house from the kitchen window. You see the pool terrace from the rear corner of the property. You see how the planting fills the space in year five and year ten, not year one.

What the 3D Model Contains

The model we build at JHL is constructed from site-specific data. It is not a generic landscape template with your house texture mapped onto it. The base model starts with actual survey data: property dimensions, grade elevations at key points, existing tree locations and canopy geometry, existing hardscape, and the architectural footprint and elevations of the house.

From that base, we build:

Site-accurate topography. Grade changes are modeled at actual elevations. The 4-foot drop from your rear terrace to your pool area is represented correctly in the model, not flattened into a plan line.

Hardscape at actual scale and material. Paving areas are built at their specified dimensions. Material choices, bluestone, Belgian block, concrete, brick, are shown at their actual color and texture. You can evaluate a material in context against your house before a single pallet is ordered.

Plant species at specified maturity. Plants are selected before the model is built. The rendering does not show placeholder green blobs. It shows the actual species we are specifying, modeled at their 5-year and 10-year growth dimensions. A white oak underplanting reads differently in the rendering than an arborvitae screen, and that difference is visible before any plant goes in the ground.

Structures at real dimensions. Pergolas, pavilions, gate structures, garden walls, and outdoor kitchens are built at their actual height, depth, and width. You see whether the pergola scale is correct for the space before the footings are dug.

Lighting simulation. Fixture positions are modeled and the rendering includes a night-mode view showing the lighting effect: uplighting on canopy trees, path lighting, accent lighting on structures, and ambient illumination of the outdoor living area.

Seasonal variation. The model can be rendered in summer-leaf conditions and in winter structure. On properties with significant deciduous canopy, these are meaningfully different views. Winter structure shows how the hardscape and architectural elements read when the leaves are down.

What the 3D Design Does Not Contain

The 3D design is a design document. It is not a construction commitment, a contractor selection, a fixed bid, or a construction timeline. You own the rendering. What you do with it, including which contractors you use, when you build, and in what phases, is your decision. The rendering defines the target state. It does not obligate any particular path to get there.

---

2. Why Chester County Properties Need 3D Design

Grade Changes Cannot Be Solved on a Flat Plan

Chester County properties regularly carry grade changes of 3 to 8 feet between the rear of the house and the primary landscape areas. A 4-foot grade change from house to pool appears as a topographic line on a flat plan. In reality, it is an engineering and aesthetic problem that governs retaining wall height and material, stair configuration and run, drainage routing, and the visual relationship between the pool level and the living space above it.

On a flat plan, the designer makes a decision about where the wall goes. The property owner reads a dimension. Nobody sees the wall. In the 3D model, the wall is built at its actual height and material. The property owner sees whether a 4-foot bluestone wall reads correctly at that location, whether it dominates the view from the kitchen, whether it creates a tunnel effect on the stair approach. These are decisions that must be made before construction begins. The rendering forces them to be made at the right time.

Mature Tree Canopy Governs the Design

Established properties throughout Chester County and the Main Line carry mature canopy: white oaks, red oaks, beeches, and mature shade trees that have been growing for 50 to 100 years. These trees cannot be removed. They define the character of the property. And they create conditions that any proposed planting must respond to: root competition, canopy shade, seasonal debris, and the visual weight of a large tree relative to the proposed design around it.

On a flat plan, an existing oak is a circle with a trunk symbol. In the 3D model, it is a tree at its actual canopy spread and height, and every proposed planting is placed in relationship to it. The rendering resolves the relationship: can the proposed ornamental understory planting establish under that canopy? Does the stone terrace work as a gathering space adjacent to that root zone? Does the proposed shrub screen read correctly in scale against a 60-foot tree? These questions have correct answers. The rendering surfaces them before any plant goes in the ground.

Architectural Context Determines Material Choices

The architecture of homes in Chester County and on the Main Line is specific and varied. A stone colonial in Unionville has a different material vocabulary than a contemporary farmhouse in Kennett Square or a traditional shingle-style estate in Bryn Mawr. The 3D model makes proposed landscape materials visible in context against the actual architecture of the house, not as a sample on a table or a swatch in a binder.

Bluestone reads differently against dressed fieldstone than it does against smooth stucco. A cedar pergola reads differently against a white clapboard colonial than against a dark board-and-batten modern facade. These distinctions matter for the long-term success of the design. The rendering resolves them before the material is ordered.

For properties in areas with HOA architectural review requirements, the rendering provides something a flat plan cannot: a visual representation of the proposed design in context. HOA architectural review boards throughout Chester County and the Main Line increasingly request 3D renderings as part of submission packages. A rendering communicates the design intent to a lay review board more accurately than a plan drawing, and it eliminates interpretation errors that lead to conditional approvals and revision requests.

Long Sight Lines on Estate Properties

Many properties in Gladwyne, Newtown Square, and the broader Main Line and Chester County corridor sit on one to four acres or more. The relationship between the rear of the house and the far edges of the property involves sight lines of 100 to 300 feet. At that distance, a flat plan tells you nothing about what you will see from the rear terrace.

The 3D rendering shows you. It shows what the pool area looks like from the rear terrace at the far edge of the property. It shows how the proposed tree mass on the northern boundary reads from the primary outdoor living area. It shows whether the proposed garden structure creates a visual terminus that anchors the long axis of the property, or whether it disappears into the background. These are not aesthetic preferences. They are spatial decisions with permanent consequences, and they require a three-dimensional view to make correctly.

---

3. The JHL 3D Landscape Design Process (Step by Step)

Step 1: Site Visit and Measured Survey

Every project begins with a site visit conducted by a JHL designer. The visit is a documentation exercise, not a presentation: we are gathering the data the model requires.

What we document during the site visit:

• Property dimensions and boundary conditions
• Grade elevations at key decision points: rear of house, terrace edges, grade transitions, pool area, lower lawn
• Existing tree locations, species identification, trunk diameter, and canopy spread
• Existing hardscape: paving, walls, steps, fencing, lighting infrastructure
• Architectural features of the house: elevation materials, window and door positions, roof lines, existing outdoor connection points (door locations, grade at threshold)
• Drainage patterns: where water moves, where it collects, existing drainage infrastructure
• Sun exposure and shade patterns at primary outdoor living areas
• Soil conditions at key planting areas (when visible or testable on-site)

This survey data becomes the base model. No detail captured in the field is generic.

Step 2: Design Brief Session

The design brief session is a structured conversation. We use it to understand the full program for the property and to establish design priorities before any design work begins.

What we need from this session:

Program: Pool or no pool. Outdoor kitchen scope: full cooking station, simple grill surround, or none. Primary entertaining areas and their required capacity. Secondary use areas: play space, cutting garden, vegetable production, dog run. Guest circulation priorities.

Lifestyle: How the family uses the outdoor space currently and how they want to use it. How they entertain: large parties, small dinners, or both. Whether the primary outdoor living is centered on the pool, the terrace, or the garden.

Aesthetic preferences: Existing preferences for formal versus informal composition, material character, planting style (structured/clipped versus naturalistic), and any reference images that communicate what the client responds to visually.

Budget range: Construction budget range. This does not need to be a fixed number, but a realistic range allows us to design to appropriate scope and flag phasing opportunities. A design built for a $400,000 construction budget is a different design than one built for $150,000, and both can be correct.

Phase priorities: Most projects of this scale are phased. Understanding what must happen in year one, what can wait, and what depends on what informs how the design is structured and how the rendering presents phasing relationships.

Step 3: Initial Design Development

With the site data and design brief in hand, design development begins. This is the phase where the spatial organization of the property is established: primary and secondary areas, circulation logic, grade resolution strategy, structural elements, and planting composition.

The initial design is developed as a concept, reviewed internally, and refined before it is built into the 3D model. We do not build the model first and then evaluate the design in it. The design is resolved at the concept level, then the model is built to show it.

This sequence matters. Building the model is a production step. Designing is a thinking step. Conflating them produces renderings that look good but have not been designed correctly.

Step 4: First Rendering Delivery

The first rendering delivery includes a minimum of four views:

1. Aerial plan view: A bird's-eye perspective that shows the full property composition, spatial organization, and the relationship between all design areas. This view corresponds to the flat plan and allows accurate spatial reading of the overall layout.

2. Eye-level from primary living space: The view from the kitchen window, rear terrace door, or primary interior connection point. This is how you experience the property from inside the house, and it is often the most important view for evaluating how the design reads in daily use.

3. Eye-level from garden: A view from within the primary outdoor living or garden area looking back toward the house, or across the primary use zone. This view shows the design as you experience it while standing in it.

4. Additional view: Street approach, secondary terrace position, pool deck elevation, or another position relevant to the specific project. For estate properties with significant long sight lines, this view often covers the terminus view from the far end of the property.

For larger projects or those with complex phasing, additional views may be included in the initial delivery.

Step 5: Revision Sessions

Revision sessions are structured reviews. We present the rendering, walk through each view, and document the client's feedback against specific design elements.

What changes in a revision session:

• Material specifications: swap bluestone for a different paving material, change the wall cap profile, adjust the pergola material
• Plant species substitutions: exchange proposed species for alternatives within the same design intent
• Hardscape dimension adjustments: expand or contract a paving area within the existing spatial organization
• Furniture layout within the established zone
• View angle additions: an additional rendering position not included in the initial delivery

What requires redesign rather than revision:

• Changing the spatial organization of the property: moving the pool from the rear yard to the side yard, reorganizing circulation logic, shifting primary design zones
• Adding major program elements that were not in the original brief: adding an outdoor kitchen to a project that didn't include one, adding a pool house structure
• Resolving a grade change differently than designed: changing from a retaining wall solution to a regrading solution changes the entire topographic base

Redesign is a separate scope from revision. This distinction is documented in the design proposal so clients understand it before the process begins.

Step 6: Final Rendering and Documentation Package

The final package the client receives includes:

• All final rendering views in high-resolution format
• A plant schedule: every specified plant species, botanical name, common name, specified container or caliper size, quantity, and notes on installation requirements
• A materials schedule: every hardscape material specified, with product reference or specification description
• Structural element notes: key dimensions, material specifications, and design intent notes for pergolas, pavilions, walls, and other built elements
• A flat plan at scale: the rendered design translated into a plan drawing for contractor use
• Phasing notes where applicable: which elements are phase 1, which are phase 2, and the design logic governing that sequence

Step 7: From Rendering to Installation

The rendering becomes the installation brief. When construction begins, whether with JHL managing coordination or with the client's own contractor, the rendering is the primary reference document. Ambiguity in the design is visible in the rendering before construction. A contractor who has a rendering and a plant schedule and a materials list has everything needed to bid accurately and build correctly.

For projects where JHL manages contractor coordination, the rendering governs every subcontractor scope: hardscape, planting, lighting, pool, and structure. Change orders are evaluated against the rendering. If a contractor proposes a substitution, it can be evaluated in the context of the overall design rather than as an isolated decision.

---

4. What a JHL 3D Design Includes

Site-Accurate Topographic Base Model

The base model is not a generic terrain. It is built from field-documented grade elevations at actual positions on the property. Grade transitions, retaining areas, and drainage patterns are modeled at their real geometry. What you see in the rendering is how the topography of your specific property behaves.

Hardscape at Actual Scale and Material

Every paving area, wall, step, and structural element is built in the model at its actual planned dimension. Materials are shown at their real color and texture. A 20-by-40-foot terrace is shown as a 20-by-40-foot terrace, not as a representative shape. Bluestone is shown as bluestone. The scale and material relationships are resolved in the rendering before they are resolved in the field.

Plant Species at 5-Year and 10-Year Maturity

Plant selection happens before the model is built. The rendering shows specified species at two maturity benchmarks: 5-year and 10-year growth. This matters because landscape design is a time-based discipline. A planting plan that looks correct at installation may be seriously over-planted at year seven, or may leave too much bare space in years one through three while waiting for slower species to establish. The rendering shows the design at the maturity sizes that matter for long-term composition.

Structures at Real Dimensions

Pergolas, pavilions, outdoor kitchens, garden gates, arbors, and retaining walls are built in the model at their actual design dimensions. A 12-foot-tall pergola reads very differently in a 40-foot rear yard than an 8-foot-tall pergola. These distinctions are invisible on a flat plan and visible immediately in the rendering.

Lighting: Fixture Positions and Night-Mode Rendering

Landscape lighting is designed and specified before the rendering is finalized. The model includes fixture positions for uplighting, path lighting, accent lighting, and structure lighting. A night-mode rendering shows the lighting effect in the space: how the canopy tree is lit from below, how the terrace ambient lighting reads from the house, where the path lighting creates the primary circulation cues after dark. Lighting design made in the rendering avoids the common problem of lighting specified as an afterthought after construction, when conduit runs are fixed and fixture positions are limited by what's accessible.

Pool Surrounds Integrated with Landscape Composition

When a pool is part of the program, the rendering integrates the pool and its coping and surround material into the full landscape composition. The pool is not a separate rendering. It is a design element in relationship to the planting, the hardscape, the structures, and the architecture of the house. Pool shape and coping material are evaluated against everything else in the design, not in isolation.

Multiple View Angles

Every project includes a minimum of 4 to 6 rendered views. Complex projects with multiple distinct design zones may include 8 to 12 views to adequately represent the full composition.

---

5. What 3D Design Protects You From

Grade Change Surprises at Excavation

Grade-related problems discovered at excavation are among the most expensive construction surprises in landscape projects. When the excavator opens the ground and the grade change is larger or more complex than the flat plan suggested, the result is field-modified design: walls at different heights, stairs in different positions, drainage solutions improvised under time pressure. The rendering forces every grade decision to be made at the design stage. The wall height is decided in the model, not in the field.

Material Regret

Material selection from samples is an abstraction. A 12-inch bluestone sample on a showroom table looks nothing like a 600-square-foot bluestone terrace laid against a particular stone house elevation under specific light conditions. The rendering shows materials in context: against the actual architecture, at the actual scale, in relation to everything else in the design. Material decisions made from the rendering are made correctly. Material decisions made from samples are guesses.

Scale Mistakes

Scale mistakes are among the most common and expensive errors in landscape construction. The pergola that looked correctly proportioned on the plan overwhelms the rear yard in reality. The garden wall that seemed appropriately scaled in the drawing creates a barrier effect that blocks the primary view from the terrace. The rendering surfaces scale problems before construction. What looks wrong in the rendering can be corrected in the model. What looks wrong after the footings are poured costs real money to fix.

Scope Creep

Scope creep in landscape construction often originates from design ambiguity: the plan did not show clearly what the finished design was supposed to be, so contractor interpretations expand, add-ons get proposed during construction, and the project grows beyond its intended cost and complexity. The rendering defines the scope. Every element that is in the design is shown. Every element that is not shown is not in scope. When a contractor proposes an addition mid-construction, the rendering provides a clear reference for evaluating whether it belongs in the design or whether it is a true addition with its own cost.

Phasing Ambiguity

On properties where construction happens in phases, ambiguity about the long-term design creates problems in year one. Plantings installed in the wrong location for the final composition. Hardscape built without accounting for year-three additions. Lighting infrastructure not roughed in for phase two because nobody knew where phase two would land. The rendering establishes the target state. Every phase-one decision is made in relationship to the 10-year finished composition, not just in relationship to what is convenient this year.

Contractor Miscommunication

Contractors build from documents. A flat plan with a planting schedule and a materials list is a construction document. A rendering plus a flat plan plus a materials list and a plant schedule is a construction brief that leaves almost no room for interpretation error. The contractor who has seen the rendering understands what the finished project is supposed to look like. Substitution requests, material deviations, and planting placement decisions can all be evaluated against the rendering. Ambiguity that would normally manifest as a field decision becomes a documented deviation from the design, which is a manageable conversation.

---

6. The Phasing Connection

Most estate-scale landscape projects in Chester County and on the Main Line are built over time. The physical size of the properties, the complexity of the program, and the realities of annual capital allocation mean that a property designed at full scope is rarely built in a single season. Two-to-four-year phased buildouts are standard at this scale.

The 3D rendering is the governing document for a phased project. This is where 3D design most clearly becomes a discipline rather than a service.

What Phasing Without a Master Plan Looks Like

Year one: a rear terrace and planting bed are installed. The designer makes planting decisions based on what looks appropriate for the terrace as it exists.

Year two: a pool is added. The pool contractor and landscape crew work from a new scope that was not in the original plan. Plants installed in year one are in the wrong location relative to the pool terrace. Some are removed. Others are left in positions that will conflict with the pool surround coping line.

Year three: an outdoor kitchen structure is added. The grade work required for the outdoor kitchen creates drainage issues that affect the planting installed in year one.

This pattern is not hypothetical. It is the standard outcome of phased construction without a master plan rendering. Each year's work is executed correctly in isolation. The cumulative result does not cohere.

What Phasing With a Master Plan Looks Like

The rendering shows the full 10-year composition before any construction begins. Phase one is identified: the rear terrace, the primary planting framework, and the rough grading that will accommodate the phase-two pool. Every plant installed in phase one is in the correct position for the finished composition. Conduit for phase-two lighting is stubbed. The terrace paving terminates at the correct grade to connect to the phase-two pool deck.

Year two, the pool is installed. It connects to the existing terrace at the planned transition. The planting installed in year one frames the pool area correctly because it was placed with the pool in the model.

Year three, the outdoor kitchen structure is installed in the position the rendering identified for it. The drainage routing was planned for this addition at the master plan stage. No year-one work needs to be undone.

The rendering makes this possible. Without the target state defined and visible, every year-one decision is a guess about what year three will require. With the target state defined, every year-one decision is an informed investment in the finished composition.

How JHL Uses the Rendering to Govern Phase Coordination

When JHL manages contractor coordination across phases, the rendering serves as the contract document between phases. New contractors entering in phase two are onboarded to the rendering. They see what has been built, what is being built now, and what is planned for subsequent phases. Their scope is defined in relationship to the whole, not in isolation.

This is the practical reason 3D design is not a visualization exercise. It is the management tool that keeps a multi-year, multi-contractor project coherent from first shovel to final planting.

---

7. Frequently Asked Questions

How much does 3D landscape design cost?

3D landscape design fees at JHL vary based on property size, program complexity, and the number of design areas involved. A focused project covering one primary area, a rear terrace with pool and planting, will carry a different fee than a full-property master plan across two or more acres. We provide a specific design fee proposal after the initial site visit, when we understand the scope. Design fees are separate from construction costs and are not contingent on any construction commitment.

How long does the 3D design process take?

For most projects, the initial rendering delivery occurs 4 to 6 weeks after the site visit and design brief session. More complex estate projects with multiple zones, significant grade work, or phased programming may run 6 to 10 weeks to first delivery. Revision rounds add time depending on their scope. We build a project-specific timeline into the design proposal so you know what to expect before we start.

How many revisions are included?

Most JHL design engagements include two structured revision sessions after the initial rendering delivery. A revision session covers refinements within the established design direction: material swaps, plant species changes, furniture layout adjustments, or view-angle additions. Changes that require redesigning the spatial organization or significantly altering the program are treated as a design development phase, not a revision, and are scoped separately.

Do I need to commit to construction after a 3D design?

No. The design engagement is independent of any construction commitment. You own the rendering and the design documentation. Some clients use the completed rendering to bid construction with multiple contractors. Others phase construction over several years and return to us to manage coordination. The rendering gives you a fixed reference point regardless of how or when construction proceeds.

What information do you need from me before starting?

We gather what we need during the site visit and design brief session. Before that conversation, it helps to have a clear sense of your program priorities (pool or no pool, outdoor kitchen scope, primary entertaining areas), a realistic budget range for construction, any HOA design guidelines that apply, and a general sense of how your household uses outdoor space. Existing survey documents or plot plans, if you have them, are useful but not required. We conduct our own measured survey.

Can I see seasonal views in the rendering?

Yes. The 3D model can be rendered in summer-leaf conditions and in winter structure, which are meaningfully different views for properties with significant deciduous canopy. Winter structure renderings are particularly useful for understanding long sight lines, the visual weight of hardscape, and how architectural elements read when the canopy is gone. We typically include both for projects where deciduous planting is central to the composition.

What's the difference between a 3D rendering and a landscape plan?

A landscape plan is a scaled overhead drawing. It shows dimensions, relationships, and quantities accurately, but it requires you to translate those into a spatial experience in your mind. A 3D rendering shows the spatial experience directly: how the pergola sits against the rear elevation of the house, how the planting fills the space at maturity, how the pool terrace reads from the living room window. The plan is a construction document. The rendering is a decision-making tool. Both have a role; neither replaces the other.

Will the rendering show my existing trees and structures?

Yes. The base model is built from actual site survey data, which includes existing tree locations, canopy spread, trunk diameter, and approximate height. Existing structures, the house, any outbuildings, fencing, retaining walls, are modeled at their actual dimensions and position. The rendering shows proposed elements in relationship to what is already there, not on a blank site.

What software do you use for 3D landscape design?

Our 3D design workflow uses professional landscape architecture and visualization software capable of accurate topographic modeling, real plant species libraries at specified maturity sizes, and photorealistic rendering output. The specific software stack is less important than what the output can show: site-accurate topography, specified materials, correct plant scale, and lighting behavior. We use the tools that produce the most decision-relevant output for each project type.

How do I know the plant species shown will perform on my specific property?

Species selection is done before the rendering is built, not after. We specify plants based on your site's soil conditions, drainage, sun exposure, canopy competition, and deer pressure, all factors we assess during the site visit. What you see in the rendering is what we intend to install. If a species is a conditional choice based on a soil amendment or drainage correction, that is noted in the plant schedule that accompanies the rendering.

---

Work With JHL

3D landscape design is available for properties throughout Chester County and the Main Line. Our studios serve West Chester, Newtown Square, Bryn Mawr, Gladwyne, Kennett Square, and surrounding communities.

Learn more about our 3D landscape design service, or explore how we work in specific areas: West Chester, Bryn Mawr, Gladwyne, Kennett Square.

To start a project, contact us at /contact. The process begins with a site visit. We gather what we need there.

---

Licensed and Insured | 20+ Years Experience | Chester County and the Main Line

---

JHL Landscape Design

West Chester Studio 701 S Franklin St, Suite #101 West Chester, PA 19382 (610) 356-4104

Newtown Square Studio 12 Smedley Ln, Suite #101 Newtown Square, PA 19073 (610) 892-4099