Tennis Court Construction Services in Hollister, CA Engineered for the San Benito Valley — Built to Last in California's Most Seismically Active Agricultural Corridor
For over 60 years, Saviano Co. Inc. has engineered tennis courts that perform correctly from day one and hold their integrity across decades of use. In Hollister — a city defined by its San Benito River valley geography, its expansive agricultural heritage, and its position astride one of California's most active fault systems — that engineering standard is not optional. It is essential.
Whether your project is a private residential court on an estate parcel south of town, a multi-court facility for the Hollister Unified school district, or a recreational court serving the broader San Benito County community, our team begins with the land and builds from there — not from a catalog.
Six Decades of
Engineering First
Saviano Co. Inc. has built its reputation on a single operating principle: the engineering that happens before any surface material is applied determines the quality of a court for the entire arc of its service life. We have spent 60+ years proving that principle correct — on residential estates, school campuses, club facilities, and public courts throughout California and internationally.
In Hollister, that principle carries particular weight. The San Benito River valley presents construction conditions — active fault systems, expansive valley-floor clays, intense inland summer heat, and concentrated winter rainfall — that demand genuine site-specific expertise. A contractor who brings a standard Bay Area or Central Valley template to a Hollister project will produce a court that performs predictably: poorly, and sooner than the client expects.
Saviano Co. approaches every Hollister project with the same question we have asked at the outset of every project for six decades: what does this specific piece of land require? That question — answered through rigorous on-site evaluation before any design work begins — is what separates a court that belongs on Hollister's land from one that merely sits on it.
Begin Your Hollister ProjectSite-First Engineering
Every Hollister project begins with a thorough in-person site evaluation — soil analysis, fault proximity assessment, drainage mapping, sun angles, and elevation review — before a single design dimension is committed.
Seismic-Grade Base Design
Hollister's proximity to the Calaveras Fault requires base engineering that accounts for seismic ground movement — deeper aggregate profiles, reinforced perimeter detailing, and drainage systems designed for differential settlement over decades.
Precision Grading Standards
Surface slope tolerances held to within inches across the full court footprint — delivering consistent ball response and efficient drainage through San Benito County's concentrated wet-season rainfall cycles.
End-to-End Project Delivery
From initial site evaluation through final court walkthrough — one team, one accountable contact, zero scope handoffs. We coordinate all court-adjacent trades as a single integrated project scope.
Inland Heat Surface Specification
Acrylic coating formulations are selected for Hollister's intense summer heat loads — UV-stable, thermally resilient, and rated for the temperature extremes that valley-floor courts experience through the long Central California summer.
Built for Hollister's
Land and Climate
Hollister sits at the convergence of California's coastal range and its inland valley systems — the Gabilan Mountains to the south, the Diablo Range to the north and east, and the San Benito River valley threading between them. This geography creates a construction environment unlike either the Bay Area or the Central Valley, with specific soil, seismic, thermal, and drainage conditions that every court built here must directly address.
What follows is how Saviano Co. thinks about Hollister's land — and why that thinking shapes every decision we make before construction begins. Tennis court builders in Hollister who approach these conditions with genuine expertise build differently. The difference becomes visible across years of use.
Calaveras Fault & Seismic Conditions
Hollister has the distinction — uncommon even in California — of being one of the most seismically active cities in the United States. The Calaveras Fault runs directly through the area, and the broader fault network of central California converges near the San Benito County corridor. Creep events — the slow, continuous movement of the fault that Hollister experiences regularly — and periodic moderate earthquakes create subsurface conditions that standard court base designs are wholly inadequate to address. In most Bay Area or Southern California cities, seismic exposure is a background consideration. In Hollister, it is a primary engineering parameter.
Courts built on standard aggregate bases without seismic-informed engineering develop surface distress, drainage channel disruptions, and structural misalignment not from a single large earthquake, but from the cumulative effect of creep movement over years. Our approach to base design in Hollister incorporates deeper aggregate profiles, flexible perimeter detailing that allows for minor differential movement without surface rupture, and drainage systems positioned to remain functional even if minor ground shift occurs at the perimeter. This is not overengineering — it is the minimum appropriate standard for a court built on Hollister's land.
San Benito Valley Floor Clay Soils
The San Benito River valley's agricultural heritage is built on its soils — deep, productive, clay-dominant alluvial deposits that have supported the region's farming economy for generations. For court construction, those same soils present a fundamental challenge. Valley-floor clays in the Hollister area expand measurably during the wet winter season as they absorb rainfall, and contract significantly through the hot, dry summer. Courts installed on this terrain without sub-bases specifically engineered to buffer that seasonal volume change develop surface irregularities, drainage failures, and structural settlement that accumulate across annual cycles and compound over time.
Properties on the valley floor — including much of Hollister's residential footprint east of Highway 25 and throughout the agricultural land surrounding the city — require aggregate base depths and drainage routing specifications calibrated to the specific clay content of the site's soil profile. We assess soil composition during the initial site evaluation and specify base engineering appropriate to what the ground actually contains, not to a generalized average. This specificity is what allows courts on Hollister's valley-floor land to hold their structural integrity for decades rather than years.
Inland Summer Heat
Hollister's position in the San Benito River valley — removed from direct marine cooling influence and sheltered by surrounding ranges — produces summer temperatures significantly higher than most Bay Area cities. Triple-digit summer days are not uncommon, and the extended hot season from June through September means that acrylic court surfaces in Hollister are exposed to sustained high thermal loads that accelerate surface degradation in materials not specified for this environment. UV intensity at Hollister's inland latitude and elevation further increases the demand on surface coatings.
Courts built with acrylic formulations appropriate for the moderate-temperature San Francisco Bay Area demonstrate premature adhesion failure, surface separation, and accelerated color degradation when subjected to Hollister's inland heat loads. We specify coating systems rated for the specific UV and temperature profile of your site — not a coastal or peninsula standard misapplied to an inland valley environment. Proper thermal specification is among the most consequential decisions made on a Hollister court project, and one of the most frequently mishandled by contractors without inland valley experience.
Winter Rainfall & Drainage
San Benito County receives its annual rainfall — typically 15 to 20 inches — concentrated into the November through April wet season. On valley-floor sites with clay-dominant soils, this concentrated rainfall creates significant surface and sub-surface drainage demands. Court drainage profiles that perform adequately on permeable soils in moderate-rainfall environments are insufficient for Hollister's clay-over-hardpan terrain, where surface water moves slowly and ponding develops readily in low-gradient areas. Courts built without properly engineered sub-surface drainage profiles pond moisture, develop low-point surface wear, and experience accelerated deterioration of the acrylic playing layer within a few seasons.
The San Benito River and its tributaries — including Tres Pinos Creek and the seasonal drainages east and west of Hollister — define the watershed into which all drainage from valley-floor court sites ultimately flows. Understanding your specific site's position within that watershed, and how water moves across it during a significant rainfall event, shapes every drainage routing decision we make during the base design phase. We conduct this hydrological assessment during the initial site evaluation — not as an afterthought when drainage problems emerge during construction.
Agricultural Estate Parcels
Much of the most desirable residential property in the Hollister area exists on agricultural land — parcels that range from a few acres to several dozen, often with productive orchards, vineyards, or row crops as neighbors. Tennis court construction on agricultural estate parcels in San Benito County involves considerations that urban or suburban court builds do not: irrigation system proximity and its effect on sub-base moisture, agricultural drainage patterns that may redirect to or from the court site, mature trees whose root systems must be assessed for proximity to the construction footprint, and the visual character of the court within an agricultural landscape that homeowners understandably want to preserve.
We have built courts on agricultural estate properties throughout the South Bay and Central Coast corridor and understand the specific planning and construction considerations these sites present. Court placement on an agricultural parcel is not simply a matter of finding a flat area — it involves assessing irrigation, drainage, root zones, sightlines, and access logistics before a single grade is cut. That assessment, conducted during the initial site evaluation, is what allows courts on Hollister's estate land to sit comfortably within the landscape rather than imposing on it.
Neighborhoods & Areas We Serve
Saviano Co. serves clients throughout Hollister and San Benito County — from the established residential neighborhoods near downtown Hollister and the Via Media corridor, to the newer developments southeast of town along Union Road, to the rural estate properties spreading toward Tres Pinos, Paicines, and the San Benito River wine country. We also serve clients in San Juan Bautista, Aromas, and throughout the broader South Bay and Central Coast corridor.
Hollister's position makes it a natural hub for our South Bay and South County service area — adjacent to Gilroy (where we have completed multiple projects), within practical reach of the Salinas Valley, and connected by Highway 101 to the broader Northern California region. If your property is in or near Hollister, or anywhere in San Benito County, we encourage you to reach out directly. We will assess your site's specific conditions and provide a project proposal tailored to what your land actually requires.
There is a particular quality to the land around Hollister — wide valley floors flanked by dry-grass hills, the kind of agricultural quietude that the California coast has largely traded away for development. Properties here carry weight: they represent deliberate investments in a way of life that values land, permanence, and the long view. A tennis court on land like this is not a casual addition. It is a commitment — to the property, to the sport, and to the standards that this kind of land implicitly demands.
Saviano Co. has spent over 60 years working with clients who share that long view. We understand that a court built correctly on Hollister's valley-floor clay, with proper seismic base engineering and surface specifications appropriate for inland heat, will serve the family or institution that invested in it for thirty years or more. We also understand what happens when those considerations are treated as secondary: predictable failure, on a predictable timeline, at considerable expense to the client who trusted a contractor who didn't know the land.
Our process in Hollister begins with the land and ends with a court that belongs on it — one that plays correctly, looks right within its setting, and holds its integrity through the full cycle of San Benito County's seasons and, yes, its earthquakes.
Custom tennis courts built in Hollister by contractors without direct experience in the area tend to reveal their deficiencies in characteristic ways. Valley-floor clay expands more than a standard base profile accommodates — surface irregularities develop within three to five seasons. Acrylic coatings specified for moderate coastal temperatures demonstrate adhesion failure and color degradation within four to six years under Hollister's inland UV and heat loads. Fault creep produces hairline surface separations that widen gradually over years, undermining playing quality and accelerating drainage failures.
None of these outcomes are unpredictable. They are the direct result of applying generic construction approaches to a site that requires specific ones. Tennis court contractors in Hollister who bring genuine local expertise — who know the soils, who understand the seismic exposure, who have specified surface systems for inland valley heat — build differently. Every material choice, every base depth decision, every drainage routing call reflects actual knowledge of the land rather than an assumption about it.
That is the standard Saviano Co. has maintained for over 60 years. It is the standard every court we build in Hollister reflects — from the aggregate at the base to the final coat of color on the playing surface.
What a Well-Built Court
Delivers Over Time
A tennis court on a Hollister property is a long-horizon investment. The returns — recreational, aesthetic, and in property value — are real and compounding across decades of ownership. But they are contingent entirely on the quality of the engineering beneath the playing surface. Courts built correctly in Hollister deliver value for thirty years. Courts built to a lower standard begin disappointing within five.
After 60+ years of building courts and observing their performance across the full arc of their service lives, the principle is consistent: every dollar of quality invested in the base and surface specification returns many times over in longevity, playability, and avoided remediation cost. That calculus is especially pronounced in Hollister's demanding geological and thermal environment.
Property Value
Estate Value Enhancement
A professionally engineered court on a Hollister agricultural estate or residential property signals the level of care invested in the land — and resonates with prospective buyers who understand the difference between a court built for appearance and one built for performance. In San Benito County's distinctive real estate market, that distinction carries meaningful weight.
Playability
Year-Round Use in a Favorable Climate
Hollister's inland climate offers approximately 260 days of sunshine annually. With proper surface specification for inland heat and a well-designed LED lighting system for evenings, a Hollister court can be used for ten or more months of the year — making it a genuinely year-round recreational asset rather than a seasonal amenity whose value is limited to the moderate months.
Longevity
Structural Integrity for Decades
Courts built on seismically-informed, properly engineered sub-bases — calibrated for Hollister's valley-floor clay soils and designed for the creep movement of the Calaveras Fault corridor — maintain structural integrity for 25–35 years without base remediation. The surface layer requires periodic resurfacing, but the base beneath it should never require reconstruction on a properly built court.
Versatility
Multi-Generational Use
A well-designed court evolves with the family or institution that uses it across the decades ahead — from junior development, to competitive adult play, to recreational family use and the long horizon of estate ownership. Layout decisions, surface specifications, and lighting designs made at the outset should reflect that multi-generational arc.
Aesthetics
Integration with Your Landscape
A court that belongs on a Hollister agricultural estate — that reads as a considered element of the overall property rather than an industrial intrusion — requires the same aesthetic intentionality as any other landscape feature. Color palettes, fencing materials, lighting fixture design, and perimeter planting coordination all contribute to how the court sits within the land it occupies.
Performance
A Surface That Plays True
Consistent ball response, correct surface slope, proper texture underfoot, and lines applied with dimensional precision are qualities felt from the first point played. They are also qualities that endure — or don't — based entirely on the quality of the construction that produced them. A Saviano Co. court plays correctly the day it opens and continues to do so for decades.
Surface Options
for Hollister
Every surface system we install in Hollister is selected through a process that begins with the site — its microclimate, its soil, its seismic exposure, its drainage profile — and integrates the client's performance objectives, aesthetic goals, and the physical profiles of the players who will use the court. We do not present a menu and ask you to choose. We present recommendations supported by specific reasoning about your site, and refine them through conversation.
In Hollister's demanding inland environment, material specification matters more than in many Bay Area locations. The wrong surface formulation on a Hollister court will begin showing degradation within a few seasons. The right one will hold its quality for a decade or more before resurfacing is needed.
Applied over a precisely prepared asphalt or concrete base, acrylic systems deliver consistent ball response and lasting color stability. For Hollister, we specify formulations with enhanced UV stabilizers and thermal cycling resistance — calibrated for the valley's inland heat loads rather than the moderate temperatures of coastal Bay Area cities. The difference between a coastal-appropriate and an inland-appropriate formulation is measured in years of surface life.
A rubberized underlayer beneath the acrylic finish provides meaningful joint and body relief for players who spend significant time on court. Multiple cushion depths allow precise performance calibration — from a firm tournament-style response to a forgiving surface suited to multi-generational estate use. Cushion systems are increasingly popular on Hollister's agricultural estate properties where the full family range of ages and physical considerations will use the court across its lifetime.
Court color is part of the design language of your property. We offer an extensive palette — including earth-toned and warm-hued options that complement Hollister's agricultural landscape character — with contrasting out-of-bounds zones, multi-court differentiation, and custom accent combinations that integrate with the existing visual character of the estate or facility.
All court markings applied with precision instruments to tolerances appropriate for competitive sanctioned play. Hollister Unified school programs and club facilities hosting league events can rely on the dimensional accuracy of our court line work. Striping is the last technical act before walkthrough, and we treat its precision with the same rigor as every preceding construction phase.
Hollister's warm, fog-free evenings — particularly in the sheltered valley environment away from coastal influence — create excellent conditions for after-dark play. Our LED lighting plans are engineered for uniform court coverage that eliminates shadows without creating light pollution across the agricultural estate landscape. In a rural setting where dark skies are valued, lighting design that respects neighboring parcels is not an option — it is a design standard.
School campuses, club facilities, and larger estate properties in the Hollister area sometimes require multi-court configurations or convertible tennis-pickleball layouts. We design all multi-court and multi-discipline installations with traffic flow, shared infrastructure, expansion provisions, and the seismic base engineering considerations specific to Hollister's fault-proximate environment built into the initial construction specifications.
Trusted Across
Every Sector
For over 60 years, Saviano Co.'s completed portfolio has spanned the full range of tennis court environments — from intimate single-court residential installations on agricultural estate parcels to multi-court complexes serving school campuses, athletic clubs, and public recreation facilities with hundreds of daily users. What remains consistent across all of that breadth is the engineering discipline and construction precision we bring to every project we accept.
Our clients in Hollister and throughout San Benito County engage us for a straightforward reason: they want the base work done correctly the first time, by a team that has done it correctly many times before — on land with conditions similar to theirs, in a climate that makes demands similar to those their court will face. After 60+ years and more than a thousand courts, we have the experience to deliver on that expectation.
Residential Estates
Private agricultural estate properties and residential parcels throughout Hollister, San Juan Bautista, Tres Pinos, and San Benito County.
Schools
Hollister Unified and private school athletic programs requiring durable multi-court installations and competition-quality surfaces.
Clubs
Athletic, racquet, and community clubs demanding surfaces that hold up to intensive daily use in inland valley conditions.
Municipal
City of Hollister and San Benito County parks and recreation facilities built for lasting public access and community use.
South Bay Corridor
Clients throughout the South Bay and South County — Gilroy, Morgan Hill, and the broader 101 corridor — served with the same standard.
Regional
California statewide and national operations — over 1,000 courts built, Olympic-venue experience, and a 60+ year track record.
Before Saviano began designing our court, they spent more time genuinely understanding our property than any other contractor we had spoken with. They identified the soil and drainage challenges specific to our site — and built around them completely. The court has performed exactly as described, season after season.
— Private Residential Client, South Bay California
Planning Your
Hollister Court
A court project in Hollister involves planning considerations that clients in many Bay Area cities never encounter — the seismic environment, the inland heat profile, the valley clay soils, and the agricultural estate context each add layers of specificity that generic planning guides don't address. The tabs below cover the questions our Hollister and San Benito County clients most commonly bring to initial consultations.
Use these as a starting framework before our team meets you on-site. The on-site conversation — where your specific parcel's conditions become the basis for every recommendation — is where planning becomes design, and design becomes a court built for your land.
Site and Space Requirements in Hollister
A regulation singles court measures 60 × 120 feet, but the full construction footprint — including fenced surrounds, baseline overrun clearance on both ends, and side runoff zones — typically requires a minimum site area of approximately 7,200 square feet. For doubles-configured courts with comfortable clearance on all sides, planning for 7,600–8,000 square feet is advisable. Hollister's agricultural estate parcels almost universally have adequate space, though the specific placement of a court on a large parcel involves considerably more analysis than simply finding a flat area large enough to fit the footprint.
On valley-floor sites, drainage direction and watershed position shape where a court should be placed — courts positioned in drainage collection zones require more extensive sub-surface drainage engineering than those on slightly elevated positions with natural drainage away from the footprint. On parcels near the Calaveras Fault or its subsidiary fault traces, proximity to fault zones affects base engineering requirements and, in some cases, may indicate that certain portions of a parcel are less suitable for permanent court construction than others. On hillside and foothill parcels near the Gabilan Mountains south of Hollister or the hills east toward Pinnacles, topographic slope adds grading complexity that must be assessed individually.
We evaluate every Hollister site in person before any design dimensions are committed — because the difference between a well-placed court and a poorly-placed one on a complex San Benito County parcel is often the difference between a thirty-year installation and a ten-year problem.
Seismic Considerations for Court Construction in Hollister
⚠ Site-Specific Seismic Assessment Required
Hollister sits near the Calaveras Fault — one of California's most active fault systems. Saviano Co. assesses seismic exposure and fault proximity as a standard component of every Hollister site evaluation. This assessment directly shapes base engineering specifications and is not an optional add-on.
Hollister has a legitimate claim to the title of earthquake capital of California. The Calaveras Fault runs through the area and produces near-continuous low-level fault creep — the slow, aseismic movement that gradually displaces structures built across or near the fault trace over years and decades. Periodic moderate earthquakes add to this background. The combination of creep and seismic shaking creates a subsurface movement environment that demands base engineering far beyond what standard court construction provides.
The implications for tennis court construction are specific. Standard aggregate bases — the type appropriate for fault-distant locations in the Bay Area or Central Valley — are designed for ground stability. They perform excellently when the ground doesn't move. In Hollister's fault-proximate environment, a base that cannot accommodate minor differential movement will transmit that movement directly to the playing surface as surface separation, misalignment, and drainage disruption. These surface expressions may be subtle at first, but they widen with successive creep events over years, and once the surface layer is compromised, water penetrates the base and accelerates the deterioration cycle dramatically.
Our seismic engineering approach for Hollister courts includes: increased aggregate base depth to provide a thicker buffer between the playing surface and ground movement; flexible perimeter edge treatment that allows minor differential movement without propagating separation into the playing surface; drainage system design that remains functional even if minor perimeter settlement occurs; and surface system selection that prioritizes flexibility and tensile strength over the highest-hardness options appropriate in stable geological environments. These measures do not eliminate the effects of Hollister's seismic environment, but they dramatically extend the time before those effects become visible — and costly — at the playing surface.
Construction Timeline for Hollister Projects
Most residential tennis court projects in the Hollister area progress through a 6–14 week arc from initial site evaluation to final walkthrough, depending on project scope, site complexity, and permitting timelines with the City of Hollister or San Benito County. Projects on agricultural parcels outside city limits fall under county permitting rather than city review — which has its own processing timeline and documentation requirements that we navigate as part of our standard project coordination.
Hollister's inland climate creates scheduling considerations that coastal projects don't share. The summer heat window — June through September, when temperatures regularly exceed 90°F and approach or exceed 100°F — is not optimal for acrylic surface application, which requires specific temperature ranges for proper bonding and curing. We schedule surface application during the spring and fall windows when Hollister's temperature profile is most suitable, and build that scheduling into the project timeline from the outset. Projects that begin construction in mid-summer typically target surface application for the fall window, which we communicate clearly during the planning phase.
Seismic base engineering requirements — particularly the additional excavation depth and more complex drainage infrastructure required on fault-proximate sites — add time to the base construction phase relative to standard projects. We factor this into project schedules and provide detailed milestone timelines before any site work begins, so clients always know where the project is and why.
Hollister's Inland Climate and Surface Specification
Hollister's climate is fundamentally different from the Bay Area and Peninsula environments where many California court contractors have concentrated their experience. The combination of high summer temperatures, intense UV radiation at inland latitudes, dry summers with low humidity, and concentrated winter rainfall creates a set of surface performance demands that require specific — not generic — material specification.
On the temperature dimension: summer surface temperatures on Hollister courts regularly exceed ambient air by 30–45°F, driving playing surface readings into the 130–150°F range during peak summer days. Acrylic binder systems not formulated for this thermal loading undergo accelerated polymer degradation — the binders soften, lose adhesion, and allow the surface layer to separate from the base below. The visible signs are blistering, peeling, and surface separation patterns that concentrate at the hottest areas of the court. UV stabilizer selection for Hollister's high UV index must similarly exceed the specifications appropriate for fog-moderated coastal climates.
On the moisture dimension: Hollister's dry summers and concentrated winter rainfall create a distinctly different moisture environment than the persistent coastal humidity that affects Bay Area court surfaces. Summer desiccation stresses coatings through thermal cycling and drying — the surface expands and contracts repeatedly with each hot day and cooler night. Winter rainfall, falling on clay-dominant soils, requires drainage infrastructure that can handle peak storm flows without ponding on the playing surface for extended periods. Both conditions inform our surface and drainage specifications for every Hollister court.
Bundling Fencing, Lighting, and Site Improvements
From a design and coordination standpoint, bundling court-adjacent improvements — fencing, LED lighting, windscreens, drainage infrastructure, and related site work — into a single project scope is consistently the better approach in any market. In Hollister specifically, the case for bundling is reinforced by several site-specific factors.
Fencing and lighting on agricultural estate properties in San Benito County must be designed within the context of the overall property — not added as a retrofit to a court that was built without them. Lighting that works well in an urban or suburban setting may create unacceptable light pollution in Hollister's dark-sky agricultural environment; designing it correctly requires knowing the court's position, orientation, and surrounding landscape from the outset. Fencing on a large estate parcel has different height, material, and visual integration requirements than fencing on an urban lot, and those requirements are best addressed as part of the initial design rather than as an afterthought.
The seismic engineering dimension adds another bundling argument specific to Hollister: underground drainage infrastructure and electrical conduit runs are best positioned during original base construction, when the correct depth and routing can be established without reopening finished areas. Retrofitting these elements after construction — particularly on seismically-engineered bases designed to minimize surface penetrations — adds cost and risk that original integration eliminates entirely. Saviano Co. coordinates the full scope of court-adjacent work as a single integrated project.
Planning for Future Court Expansion
On Hollister's agricultural estate parcels — where land is rarely the limiting factor — the question of future court expansion is often a genuine possibility worth planning for during initial construction. The marginal cost of incorporating expansion-compatible infrastructure during original construction is small relative to the total project budget. The cost of retrofitting that same infrastructure into a completed installation — particularly one with seismically-engineered base work beneath it — is substantial.
Drainage outlets, electrical conduit runs for future lighting, and fencing foundation placement are the three provisions that matter most for future expansion. Each is most efficiently and cost-effectively incorporated during original construction, when the ground is already open and the base engineering is being designed and executed. We discuss expansion potential as a standard element of every initial consultation for Hollister projects where the parcel size makes it relevant, and design the initial installation with whatever level of expansion infrastructure the client wishes to provide for — from minimal sleeve placement to full two-court infrastructure.
For institutional clients in Hollister — school districts and club facilities with longer planning horizons — we develop master-plan frameworks for court facility development that sequence construction phases to minimize total cost and disruption across multiple years, incorporating the seismic base engineering requirements appropriate to each phase's site conditions.
No commitment required. Our team visits your Hollister property in person, evaluates the specific site conditions, and provides a project proposal tailored to your land and goals before any decisions are made.
The Saviano
Construction Process
Every court we build in Hollister follows a disciplined, sequential methodology — because the quality of what you play on is a direct product of the rigor applied to every phase that precedes it. In Hollister's demanding geological and thermal environment, that rigor is not an approach we choose to apply. It is the minimum required to produce a court that performs correctly across its full service life.
We share this process with every Hollister client at the start of their project — because understanding how we work helps clients understand why the courts we build perform the way they do, and why the decisions made before construction begins matter as much as anything visible in the finished installation.
Site Evaluation
We walk your Hollister property in person before any design work begins — assessing grade, drainage direction, soil composition, fault proximity, utility locations, sun angles, adjacent conditions, and existing landscape elements that may affect court placement or construction approach.
In Hollister, this evaluation includes a seismic exposure assessment: reviewing available fault trace mapping for the site's location, assessing surface expressions of fault activity on the parcel, and determining the appropriate level of seismic-informed base engineering for the specific site. This assessment is standard — not an optional add-on — on every Hollister project we accept.
Design & Layout
Court orientation, dimensions, surface system selection, color specifications, fencing layout, lighting placement, drainage routing, seismic base depth and perimeter detailing, and expansion provisions are developed as an integrated design and presented to the client for review and approval before any site work begins.
Nothing is defaulted to a standard template. Every decision reflects what we learned about your specific Hollister parcel during the site evaluation — and every decision is explained to you before it is executed in the field.
Permitting & Prep
Our team manages all permit applications — with the City of Hollister for in-city projects, or with San Benito County for agricultural and rural parcels outside city limits. We navigate whichever jurisdiction applies to your site as part of our standard project scope. Clients are not left to manage that process independently.
Concurrently, the site is cleared, rough graded, and drainage infrastructure is established from the first stage of ground preparation — not retrofitted after grading is complete.
Base Construction
Aggregate base is installed in layers and compacted to engineered specifications — with depth, drainage routing, and perimeter detailing calibrated for Hollister's valley-floor clay soils and seismic exposure profile. The base is then paved with asphalt or concrete as appropriate for the selected surface system.
Surface slope tolerances across the full court footprint are verified against design specifications before paving is accepted. The quality of the base is the single most important determinant of the court's long-term performance — and we treat it accordingly.
Surface Application
The selected acrylic or cushioned system is applied in multiple layers, with each layer inspected and fully cured before the next is added. In Hollister, surface application windows are scheduled to avoid the extreme summer heat — targeting spring and fall temperature conditions for optimal bonding and curing of the coating system.
The inland-appropriate formulations we specify for Hollister courts — with enhanced UV stabilizers and thermal cycling resistance — are applied at specified thickness across the full court to ensure uniform performance characteristics from baseline to baseline.
Finishing & Walkthrough
Court lines applied with precision instruments. Net posts set to specified depth and height. Fencing, lighting, and all fixtures installed and verified. A comprehensive final walkthrough with the client confirms every element meets the agreed design specification before the project is formally complete.
The walkthrough is not a formality — it is a thorough joint review of every element of the finished installation, during which we address questions, review operational details, and confirm that what was built matches what was designed. That is the standard we hold ourselves to, and have held ourselves to for over 60 years.
Courts built on properly engineered sub-bases — calibrated for Hollister's valley-floor clay soils, seismic exposure, and inland climate — maintain excellent structural integrity for 25–35 years without base remediation. The acrylic surface system typically benefits from resurfacing every 6–10 years depending on usage intensity and UV exposure. In Hollister's high-UV inland environment, surface formulations not specified for thermal cycling and UV intensity demonstrate shorter surface life than properly specified coatings — sometimes by half. The difference between correctly and incorrectly specified surface materials is the single largest variable in surface longevity on Hollister courts.
Courts with seismically-informed base engineering in Hollister's fault-proximate environment hold their surface integrity measurably longer than those built on standard base profiles, because the seismic engineering absorbs the minor ground movement that would otherwise transmit directly to the playing surface as progressive surface distress. That engineering investment pays returns across the entire service life of the court.
Permit requirements in Hollister depend on whether your property is within the city limits (City of Hollister jurisdiction) or on unincorporated San Benito County land (county jurisdiction). City projects typically require a building permit with grading and drainage plans; county projects fall under San Benito County's land use regulations, which have their own documentation requirements and processing timelines. Agricultural parcels outside city limits may have additional agricultural land-use review requirements depending on the nature of the improvements.
Saviano Co. manages all permit applications as part of our standard project scope — navigating whichever jurisdiction applies to your property, preparing required documentation to the applicable standard, and handling review responses through the approval process. Clients are not expected to manage that process independently. We discuss the permitting pathway and expected timeline during the initial consultation so you have a realistic picture of the full project schedule before any commitments are made.
The practical effect of Hollister's fault proximity on court construction depends on your specific site's proximity to the fault trace. Properties closer to the fault's surface expression require more extensive seismic base engineering than those farther away. Our initial site evaluation includes a review of available fault trace mapping for your parcel's location and an on-site assessment of any surface expressions of fault activity — which in Hollister often include the distinctive en echelon displacement features and offset markers that characterize active creep zones.
For most Hollister properties, the appropriate response to seismic exposure is engineered base design that accommodates minor differential movement — not avoidance of construction entirely. Only parcels that sit directly on an Alquist-Priolo fault zone setback area (typically within 50 feet of an active fault trace) have regulatory restrictions on certain types of construction. We assess your site's specific seismic exposure and clearly communicate what it implies for base engineering requirements before any design decisions are made. This is straightforward, practical information — not cause for alarm, but an important factor in building a court that will perform correctly in Hollister's environment.
Most residential court projects in Hollister progress through a 6–14 week construction arc from initial site work to final walkthrough, with overall project duration from first consultation to completion typically spanning 3–5 months when permitting time is included. Seismically-engineered base construction adds time relative to standard projects — the deeper excavation, additional compaction layers, and more complex drainage infrastructure require additional base construction time that we factor into the project schedule.
Surface application scheduling in Hollister is weather-dependent in a specific way: we target spring and fall temperature windows for acrylic application, avoiding the extreme summer heat that compromises bonding and curing quality. Projects where base construction is completed in mid-summer may target fall surface application — which we communicate during planning so this expectation is set correctly from the outset. A detailed project schedule with all milestones is developed during the design phase and shared with clients before any site work begins.
In most cases, yes — subject to an assessment of the existing court's structural condition and the site's specific constraints. Existing courts with structurally sound bases can be resurfaced, recolored, and restriped without base work. In Hollister, however, existing courts built without seismic-informed base engineering may show fault-creep-related surface conditions — progressive surface distress, differential settlement, or drainage channel displacement — that indicate base compromise rather than surface wear alone. Resurfacing these courts without addressing the underlying base condition produces a short-lived result.
We evaluate every existing Hollister court we are asked to resurface with this specific question in mind: is this surface wear, or is it base movement expressing itself at the surface? The answer shapes our recommendation about appropriate scope of work. We provide honest assessments of what a specific court requires — not the scope that is most convenient for us to deliver.
Yes. We serve clients throughout San Benito County and the surrounding South Bay and Central Coast corridor. Within San Benito County, we regularly work in San Juan Bautista, Tres Pinos, Aromas, and the agricultural communities surrounding Hollister. In the adjacent South Bay, we serve Gilroy, Morgan Hill, and the communities along the Highway 101 corridor.
The South County corridor — where Hollister, San Juan Bautista, and the Salinas Valley drainage connect — represents a construction environment we know well, with its combination of valley-floor clay soils, seismic exposure, inland heat loads, and agricultural estate land. That environmental familiarity shapes how we approach projects throughout the region. If your property is in San Benito County or the adjacent South Bay, contact us directly — we will confirm coverage and discuss how your site's specific conditions compare to those we regularly encounter across this corridor.
Hollister & the Broader
South Bay Service Area
Saviano Co. Inc. serves clients throughout the South Bay, San Benito County, and the surrounding region. Every city below has a dedicated local page — click any city to explore Saviano Co.'s services and local expertise for that specific area. Building outside California? We serve nationally and globally — contact us directly.
Not on this list? Saviano Co. Inc. serves clients throughout California, nationally, and internationally — including Olympic-venue projects in China and Greece. If your project is anywhere else in California or beyond, contact us directly and we will come to you.
Your Hollister Court
Starts Here
Hollister's land has a character of its own — valley floor, hill country, fault line, and dry summer sky. Building a tennis court that belongs on this land, and performs correctly within its specific conditions, requires a contractor who understands those conditions before the first design decision is made. That understanding is not a given. It is earned through experience, site evaluation, and the refusal to treat any piece of land as generic.
Saviano Co. Inc. has been building courts with that standard for over 60 years. We have built on valley-floor clay, on hillside parcels, on agricultural estate land, and on fault-proximate sites throughout the South Bay and Central Coast corridor. We bring that experience — and the seismic engineering, thermal specification, and drainage design expertise it has produced — to every Hollister project we accept.
Whether your property is on the valley floor east of Hollister, on a foothill parcel toward Pinnacles, or on agricultural land anywhere in San Benito County, the first step is the same: a conversation with our team and an in-person evaluation of your site. No commitment required at any stage prior to your decision to proceed. Just an honest assessment of what your land requires, and what we can build on it.
No Commitment Required · In-Person Site Assessment · Hollister, San Juan Bautista, Gilroy, Morgan Hill & All of San Benito County