TomCo Solutions

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  • Choosing a Lot for Your Custom Home: Soil, Flood Zone, Grand Trees, and Setbacks

    Choosing a Lot for Your Custom Home: Soil, Flood Zone, Grand Trees, and Setbacks

    A lot looks simple: a rectangle of ground with a price. In practice, the lot is the single largest variable in what your custom home will cost and what it can be. Two parcels on the same street can differ by six figures in buildable area, site work, and permitting complexity.

    Evaluate the lot with the same rigor you’d apply to the house. Here’s what to check before you make an offer, and what to confirm during due diligence.

    Key Takeaways

    • Zoning, setbacks, and lot coverage define the buildable envelope. Flood zone defines how high and how the foundation is built.
    • Soil, trees, and utilities determine site costs that don’t show in the asking price.
    • A builder’s pre-purchase review is inexpensive relative to the mistakes it prevents.

    Zoning and the Buildable Envelope

    Start with the zoning district and any overlays. They set:

    • Setbacks. Minimum distances from front, side, and rear property lines. On a 50-foot-wide lot, side setbacks may leave a buildable width of 36 feet or less.
    • Maximum lot coverage and impervious surface. How much of the lot the house, driveway, pool, and lanai can occupy together.
    • Height limits. Measured differently in different jurisdictions; matters for elevated homes.
    • Permitted uses. Whether an ADU or a detached garage is allowed.
    • Design review. Historic districts and some overlays review exterior design.

    Also confirm whether the parcel is inside a city or in the unincorporated county. The rules and the review process differ.

    Flood Zone

    Pull the FEMA flood zone for the parcel. It determines:

    • Whether federal elevation requirements apply
    • The base flood elevation, and therefore how high the finished floor must be
    • Whether the foundation must be open (piers or columns) as in coastal VE zones
    • Flood insurance cost for the life of the home

    Order a preliminary elevation certificate or at least a topographic survey during due diligence. A lot that’s two feet below base flood elevation needs far more foundation work than one that’s a foot above. Our guide to building on a flood-zone lot covers what follows.

    Soil and Grade

    Tampa Bay soils range from well-draining sand to organic muck that cannot bear a foundation. Warning signs include low-lying ground, a history of fill, proximity to water, and existing homes nearby with settlement cracks.

    A geotechnical investigation, usually two or more soil borings, tells the structural engineer what the ground will carry and whether deep foundations, soil replacement, or additional fill are needed. On questionable sites this can change the foundation budget dramatically. Order it during due diligence when you can still walk away.

    Grade matters too. A lot that sits lower than its neighbors receives their runoff. Drainage requirements may add swales, retention, or a higher finished floor.

    Trees

    Mature trees are an asset and a constraint. In the City of Tampa, removing any tree with a trunk diameter of five inches or more (measured at breast height) requires a permit, with exceptions for certain invasive species. Grand trees, those 32 inches or greater in diameter, receive special protection and may require a public hearing process to remove unless they’re hazardous. Removal of protected trees triggers mitigation: replacement plantings or payment into the city’s tree fund.

    State law allows removal of a tree that a licensed arborist documents as posing an unacceptable risk, but that requires the documentation and does not cover healthy trees.

    Practically, this means:

    • Get a tree survey showing species, size, and location during due diligence
    • Design the house around grand trees rather than assuming they can go
    • Budget for root-zone protection during construction
    • Understand that a magnificent live oak in the middle of the lot may define the floor plan

    Unincorporated Hillsborough, Pinellas, and the smaller cities have their own thresholds and rules.

    Utilities and Access

    Confirm:

    • Water and sewer. Are municipal connections available at the street, or will you need a well and septic? Septic requires soil evaluation and adds site cost.
    • Electric. Overhead or underground, and where the service enters.
    • Gas. Natural gas at the street simplifies a standby generator and cooking. If absent, plan for propane.
    • Stormwater. Any existing drainage easements or requirements.
    • Access. Driveway location, sight lines, and any required right-of-way improvements.

    Connection and impact fees vary by jurisdiction and can be significant.

    Title, Easements, and Restrictions

    Review the title commitment for:

    • Easements for utilities, drainage, or access that limit where you can build
    • Deed restrictions and HOA covenants, which can be stricter than zoning and are enforceable regardless of it
    • Encroachments from neighboring structures
    • Coastal construction control lines or environmental restrictions near water

    A boundary survey with improvements shown answers most of these questions.

    Existing Structures

    If the lot has a house on it, decide whether it’s a renovation candidate or a teardown. Our post on renovating versus rebuilding covers that decision. Demolition adds cost, and older structures may contain asbestos or lead that affects disposal.

    Due-Diligence Checklist

    Item Source
    Zoning district, overlays, setbacks, coverage City or county planning department
    Flood zone and base flood elevation FEMA map; county floodplain office
    Topographic and boundary survey Licensed surveyor
    Geotechnical report Geotechnical engineer
    Tree survey Certified arborist
    Utility availability and fees Utility providers; permitting office
    Title, easements, covenants Title company; HOA documents
    Evacuation zone County emergency management

    What It All Costs

    Site work is where lot-related costs surface: fill, grading, tree protection or mitigation, deep foundations, utility connections, and demolition. Two lots with identical asking prices can differ by a large margin once these are added. That’s why our custom home cost guide treats site work separately from the per-square-foot construction figure.

    Frequently Asked Questions

    Should I buy the lot before I have a builder?

    It’s better to have a builder review the lot first. A one-hour walkthrough with zoning, flood, and tree information in hand can prevent a very expensive mistake.

    How do I know if a lot is in a flood zone?

    FEMA’s Flood Map Service Center by address, or the county floodplain office. Confirm with a surveyor’s elevation certificate.

    Can I remove a grand tree in Tampa?

    Only under specific circumstances, typically when it’s documented as hazardous, and often through a public process. Plan to keep it.

    What is a geotechnical report and do I need one?

    Soil borings analyzed by an engineer to determine bearing capacity and groundwater. On fill, waterfront, or low lots, yes. On many inland sandy lots, the engineer may accept a simpler evaluation.

    Do HOA rules override zoning?

    They operate independently. You must satisfy both. HOA covenants are private agreements and are not overridden by city or county permission.

    What if the lot has an easement across it?

    You can’t build permanent structures within most easements. Confirm the type, width, and location on the survey before designing.

    Start With the Ground

    The house you can build depends on the ground it stands on. TomCo Solutions reviews lots for clients across Tampa Bay before purchase and designs custom homes that fit the parcel rather than fight it.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • Finishes That Survive Florida Humidity: Floors, Cabinets, and Counters

    Finishes That Survive Florida Humidity: Floors, Cabinets, and Counters

    Interiors that look flawless in a design magazine photographed in Arizona can fail within a few years in Tampa Bay. Our climate is relentless: high humidity nine months a year, salt in the air near the water, sudden water from a roof leak or a storm, and air conditioning that cycles moisture in and out of every material.

    Choosing finishes for Florida means choosing for how they’ll behave in August, not just how they look in the showroom. Here’s what holds up and what doesn’t.

    Key Takeaways

    • Dimensional stability under humidity swings is the first test for any wood product.
    • Porcelain, quartzite, quartz, and factory-finished materials dominate the durable end of the spectrum.
    • The invisible layers, such as underlayment, sealers, and ventilation, determine how long the visible ones last.

    Flooring

    Large-format porcelain tile. The workhorse of Florida floors. Non-porous, unaffected by humidity, recovers from standing water, and now available in convincing wood and stone looks. Larger formats mean fewer grout lines. Choose a slip-rated finish for baths and lanais.

    Luxury vinyl plank (LVP). Waterproof cores handle moisture that would destroy laminate. Quality varies enormously; choose thicker wear layers and rigid cores, and install with the manufacturer’s expansion gaps, since even waterproof planks expand in heat.

    Engineered hardwood. Real wood over a stable plywood or composite core. Far better than solid hardwood in humidity, but still wood; keep indoor humidity controlled, acclimate the material before installation, and avoid it in baths and laundry rooms.

    Natural stone. Travertine and limestone have a long Florida history. They’re beautiful, cool underfoot, and need periodic sealing. Polished marble is slippery when wet and etches from acids; use it thoughtfully.

    Avoid: solid hardwood on a slab, laminate in any room that might see water, and wall-to-wall carpet on ground floors in flood-prone areas.

    Cabinetry

    Cabinets are the largest wood investment in most homes and the most vulnerable to humidity.

    • Factory-applied finishes. Catalyzed conversion varnish or similar factory finishes seal wood far better than site-applied paint or stain. This is the single most important specification.
    • Construction. Plywood boxes resist moisture better than particleboard. If MDF is used for painted doors (it’s stable and paints beautifully), edges must be sealed.
    • Species. Rift-cut white oak, maple, and walnut behave well when finished properly. Wide solid-wood panels move more than veneered ones; five-piece doors are designed to accommodate that.
    • Hardware. Soft-close hinges and slides in corrosion-resistant finishes. Near the coast, ask about coastal-rated hardware.
    • Ventilation. Cabinets under sinks and around dishwashers need good sealing and, ideally, a moisture-resistant liner.

    Outdoor kitchens are a separate matter: marine-grade polymer, stainless steel, or masonry, never wood.

    Countertops

    Material Humidity Water Heat Maintenance
    Quartz (engineered) Excellent Excellent Avoid direct high heat None
    Quartzite (natural) Excellent Good, sealed Excellent Periodic sealing
    Granite Excellent Good, sealed Excellent Periodic sealing
    Porcelain slab Excellent Excellent Excellent None
    Marble Excellent Etches, stains Good Frequent sealing, accepts patina
    Butcher block Moves with humidity Poor unless oiled constantly Poor High
    Concrete Good Sealed Good Sealing; can crack

    Quartz can discolor in direct sunlight over time, which matters for outdoor kitchens and for counters beside large windows. Porcelain slabs and natural stone don’t have that issue.

    Paint and Wall Finishes

    Humidity and paint have a complicated relationship. Choose:

    • High-quality acrylic latex with mildew-resistant additives for interiors, in eggshell or satin for washability
    • Bath and kitchen formulations specifically designed for moisture
    • Limewash and plaster finishes, which are breathable and have a natural resistance to mold, for the textured look that’s current
    • Exterior elastomeric or 100 percent acrylic coatings on stucco, which bridge hairline cracks and shed water

    Wallpaper needs excellent ventilation; in baths, choose vinyl or specifically moisture-rated products, or skip it.

    Trim, Doors, and Millwork

    • PVC or composite trim for anything exterior or in wet areas. It doesn’t rot, swell, or feed termites.
    • Solid-core interior doors for sound and stability; hollow doors warp more easily.
    • Fiberglass or aluminum-clad exterior doors over wood.
    • Finger-jointed primed pine is acceptable for interior trim in conditioned spaces; keep it away from water.

    The Invisible Layers

    Finishes fail because of what’s behind them:

    • Humidity control. A home held at 50 percent relative humidity protects every material in it. Dedicated dehumidification is worth more than any finish upgrade.
    • Vapor barriers and slab moisture. Floors on a slab need a moisture test and appropriate underlayment or adhesive.
    • Waterproofing behind tile in showers and wet rooms, per our luxury bathroom guide.
    • Ventilation. Bath fans that exhaust outside, range hoods sized to the cooktop, and an attic that’s sealed or properly vented.
    • Sealers. Natural stone and grout need them, on a schedule.

    Frequently Asked Questions

    Is hardwood flooring a mistake in Florida?

    Solid hardwood on a slab is risky. Engineered hardwood with humidity control is a reasonable choice for living areas. Porcelain in wood looks removes the risk entirely.

    Do painted cabinets hold up in humidity?

    Factory-painted cabinets with a catalyzed finish hold up well. Site-painted cabinets are more prone to softening, chipping, and yellowing.

    Quartz or quartzite for a Florida kitchen?

    Both perform well indoors. Quartz needs no sealing but can discolor in strong sunlight and under very hot pans. Quartzite handles heat and sun but needs periodic sealing. The choice is aesthetic and maintenance preference.

    What flooring is best for a home that might flood?

    Porcelain tile on a slab. It’s the one common floor that comes through standing water with cleaning rather than replacement.

    How do I keep grout from turning black?

    Use an epoxy or high-performance grout, seal cement grout if used, ventilate baths properly, and keep indoor humidity controlled.

    Are these choices more expensive?

    Some are, some aren’t. Porcelain and LVP are often less expensive than the materials they replace. Factory-finished cabinetry costs more than site-finished and lasts far longer. Over a decade, durable choices cost less.

    Choose Finishes for the Climate You Live In

    Beautiful and durable aren’t in conflict; they’re a matter of specification. TomCo Solutions selects and installs finishes for Tampa Bay conditions across kitchens, baths, and whole-home renovations.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • Whole-Home Generators, Solar, and Battery Backup for Florida Homes

    Whole-Home Generators, Solar, and Battery Backup for Florida Homes

    The 2024 storm season left parts of Tampa Bay without power for days, some for more than a week, in late-September heat. For many homeowners, backup power moved from a luxury to a requirement. The question is no longer whether to have it but which system fits your home, your budget, and how you want to live through an outage.

    Three approaches dominate: a standby generator, solar with battery storage, or a combination. Each solves the problem differently.

    Key Takeaways

    • A standby generator runs indefinitely with fuel and can power the entire home, but it’s loud, needs maintenance, and depends on fuel supply.
    • Solar with batteries is silent and self-recharging but has finite capacity and requires careful load planning.
    • The federal residential tax credit for solar and batteries ended for systems placed in service after 2025; state and utility considerations still apply.

    Standby Generators

    A whole-home standby generator sits on a pad outside the house, connects to natural gas or a propane tank, and starts automatically through a transfer switch when utility power fails.

    Strengths

    • Runs as long as fuel is available. On natural gas, that’s effectively indefinite.
    • Can be sized to power everything, including central air conditioning.
    • Mature, well-understood technology with local service networks.

    Considerations

    • Noise. Modern units are quieter than portable generators but still audible. Placement relative to bedrooms and neighbors matters.
    • Fuel. Natural gas service is the simplest. Propane requires a tank, often buried, sized for the outage duration you want to cover.
    • Maintenance. Oil changes, weekly self-test cycles, and annual service.
    • Placement. Code sets clearances from windows, doors, and property lines. In flood zones, the unit must sit above the flood elevation.
    • Cost. Equipment, pad, electrical, gas piping, and permitting. Larger homes with multiple AC systems need larger units.

    Solar With Battery Storage

    Rooftop solar paired with a battery provides silent backup and daily energy savings. During an outage, the battery powers selected circuits and recharges from the panels each day.

    Strengths

    • No fuel, no noise, no exhaust.
    • Lowers utility bills every day, not just during storms.
    • Recharges daily as long as the sun is out.
    • Florida law provides a property tax exclusion for the value of residential renewable energy devices and exempts qualifying solar equipment from sales tax.

    Considerations

    • Capacity. A typical residential battery runs essentials for a day or two: refrigeration, lighting, outlets, a mini-split. Running central air conditioning for a 4,000-square-foot home requires multiple batteries and careful design.
    • Weather. Storm aftermath often means clouds. Recharge is slower than in clear conditions.
    • Roof. Panels must be rated and mounted for our wind zone. Install them on a roof with substantial remaining life, since removing and reinstalling panels for a re-roof is costly.
    • Incentives. The federal residential clean energy credit that covered solar and battery systems ended for equipment placed in service after December 31, 2025. Homeowner-owned systems installed in 2026 do not receive it. Leased or third-party-owned systems operate under different rules; a tax professional can advise on your situation.

    Comparing the Options

    Factor Standby Generator Solar + Battery Both
    Runs the whole house including AC Yes, if sized Difficult and costly Yes
    Duration Unlimited with fuel Limited by battery and sun Unlimited
    Noise Moderate None Moderate when generator runs
    Daily savings None Yes Yes
    Maintenance Regular Minimal Regular for generator
    Fuel dependence Yes No Reduced
    Flood zone placement Elevated pad required Battery above flood level Both

    A combination system uses the battery for short outages and quiet overnight hours, with the generator starting for extended outages or heavy loads. It’s the most resilient configuration and the most expensive.

    Planning It Into a New Home

    Backup power costs far less to design in than to add. For new construction or a major renovation:

    • Electrical panel design. A dedicated backup subpanel or a whole-home transfer switch, planned with the electrician from the first drawing.
    • Load management. Smart load-shedding devices let a smaller generator or battery handle a larger home by cycling heavy loads.
    • Location. A generator pad with proper clearances, above flood elevation, away from bedrooms. A battery location in a conditioned or shaded space.
    • Roof. If solar is planned, design the roof with an unshaded south- or west-facing plane and conduit runs to the electrical room.
    • Gas. If natural gas is available at the street, bring it in during construction. If not, plan a propane tank location.

    Our resilient design guide covers how backup power fits into a broader hardening strategy.

    Adding to an Existing Home

    Standby generators are among the most common retrofits in Tampa Bay. The work involves a pad, gas piping or a propane tank, a transfer switch, and permits. Battery systems can be added to existing solar or installed alone. In both cases, evaluate the electrical panel first; older homes often need an upgrade to support the added equipment safely.

    Frequently Asked Questions

    How big a generator do I need?

    It depends on what you want to run. A load calculation by a licensed electrician determines the size. Running central air conditioning is the largest single factor.

    Can a battery run my air conditioner?

    A properly sized battery system can run a high-efficiency or mini-split unit for a limited time. Running a large central system through a multi-day outage requires substantial battery capacity or a generator.

    Is the federal solar tax credit still available?

    Not for homeowner-owned systems installed in 2026. The residential credit ended for equipment placed in service after December 31, 2025. Some third-party ownership arrangements operate under separate commercial rules. Consult a tax professional.

    Do I need a permit for a generator?

    Yes. Standby generators require electrical and often gas permits and inspections. Placement must meet code clearances and, in flood zones, elevation requirements.

    How long will a propane tank last?

    It depends on tank size and generator load. A commonly installed underground tank can run a whole-home generator for several days at moderate load. Your installer will size the tank for your target duration.

    Can I have solar without a battery for backup?

    Standard grid-tied solar shuts off during an outage for safety. Backup requires a battery or a generator.

    Keep the House Running

    The right backup power plan depends on your home, your priorities, and how long you want to be comfortable when the grid isn’t. TomCo Solutions integrates generators, solar readiness, and battery systems into custom homes and renovations across Tampa Bay.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • The ADU That Isn’t a Rental: Home Office, Studio, Guest House

    The ADU That Isn’t a Rental: Home Office, Studio, Guest House

    Most conversations about backyard buildings start with rental income. That’s understandable; the numbers can be compelling. But a growing share of the detached structures we design in Tampa Bay will never have a tenant. They’re offices with a door that closes, studios for work that doesn’t fit in a spare bedroom, gyms, and guest suites for family who visit for weeks at a time.

    Whether your structure counts as a dwelling unit, and therefore falls under ADU rules, depends on what’s inside it. Getting that right shapes everything from permitting to property taxes.

    Key Takeaways

    • A detached structure without a kitchen is an accessory building, not a dwelling. Rules are simpler and size limits differ.
    • Add a kitchen, bathroom, and sleeping area and it becomes a dwelling unit subject to ADU or Extended Family Residence rules.
    • Design for the use you have now and the flexibility to change later, within the rules of your jurisdiction.

    Dwelling or Not?

    In Tampa, an accessory dwelling unit is defined by three things: independent kitchen facilities (even a microwave and hot plate count), sanitary facilities, and sleeping facilities. Remove any one of them and the structure is an accessory building: a studio, an office, a pool house, a workshop.

    That distinction matters:

    Accessory Building (Office, Studio, Gym) Dwelling Unit (ADU or EFR)
    Kitchen Not permitted as a full kitchen Required
    Bathroom Allowed Required
    Sleeping Not as a residence Required
    Approval in Tampa Building permit; zoning setbacks and height Special Use approval plus building permit
    Size limits Accessory structure rules by district 950 sq ft (ADU) or 600 sq ft (EFR)
    Where allowed Most residential lots ADUs only in designated areas; EFRs citywide
    Occupancy rules Not a residence Owner-occupancy of main house; occupancy limits

    Unincorporated Hillsborough, St. Petersburg, and other jurisdictions draw the line in similar places with their own details. Our ADU rules comparison covers the differences.

    The Detached Home Office

    A dedicated office thirty feet from the back door changes how work feels. Design considerations:

    • Light and view. Orient the desk toward the garden, not the house. North-facing glass gives even light without glare.
    • Acoustics. Insulated walls, a solid-core door, and a mini-split HVAC unit that runs quietly.
    • Connectivity. Hardwired ethernet from the house, not a hope that Wi-Fi reaches. Conduit installed during construction makes future upgrades easy.
    • Power. More outlets than you think, plus a dedicated circuit for equipment.
    • Comfort. A half bath and a beverage refrigerator make the office self-sufficient without becoming a dwelling.
    • Storage. Built-ins along one wall keep the space calm.

    A well-designed office of 200 to 400 square feet feels generous and stays below thresholds that trigger more complex review in many districts.

    The Studio

    Artists, musicians, and makers need what a house rarely provides: a room where mess and noise are welcome. Studios benefit from tall ceilings, durable floors (sealed concrete or commercial-grade LVP), a utility sink, and heavy-duty electrical. Sound isolation for music studios requires decoupled framing and specialized doors and glazing, all far easier in a new detached structure than in a converted bedroom.

    The Gym and Wellness Room

    Home fitness spaces have expanded into small wellness suites: a workout room with rubber flooring and mirrors, a sauna, a cold plunge, and a shower. Placing this near the pool ties the whole backyard together. Structural planning matters for heavy equipment and saunas; ventilation and moisture control matter for everything.

    The Guest Suite

    Here the line gets tested. A guest suite with a bathroom and a bed but no kitchen is an accessory building in most jurisdictions. Add a kitchenette with a cooking element and it becomes a dwelling. Many homeowners deliberately design a kitchen-ready guest suite: plumbing and electrical stubbed in, cabinetry designed to accept appliances later, but no cooking element installed. That keeps the structure in the simpler category today while preserving the option to convert if rules or needs change.

    Be transparent with your jurisdiction about this approach. Attempting to disguise a dwelling as an accessory building creates code and insurance problems.

    Designing for Flexibility

    Whatever the use today, plan the structure so it can become something else:

    • Build to full residential code even for an office: insulation, egress windows, a bathroom rough-in
    • Size the electrical service for future kitchen loads
    • Run water and sewer to the building even if only a half bath is installed now
    • Use a plan that reads as a small cottage rather than a shed, so conversion to living space is natural
    • Confirm the structure sits within setbacks and height limits for both accessory buildings and dwelling units in your district

    Cost and Value

    Because accessory buildings skip the kitchen and often the full bath, they cost less than a complete ADU, which typically runs $175,000 to $350,000 in Tampa Bay for a quality detached unit. A finished, conditioned studio or office with a half bath lands well below that, though the exact figure depends on size, finishes, and utility runs. Our ADU cost guide explains what drives the numbers.

    On resale, a finished detached structure appeals to a broad range of buyers because it can be whatever they need. Appraisers treat it as an accessory improvement rather than as a dwelling, which affects how it’s valued.

    Frequently Asked Questions

    Can I put a bathroom in my backyard office without it becoming an ADU?

    Yes. A bathroom alone does not make a structure a dwelling. It’s the combination of kitchen, bathroom, and sleeping facilities that does.

    Can I put a mini-fridge and coffee maker in my office?

    Generally yes. A refrigerator and a coffee maker are not typically considered a kitchen. A cooktop, hot plate, or range is. Confirm with your jurisdiction if you’re near the line.

    Does a detached office need a permit?

    Yes, if it’s a permanent structure of meaningful size with electrical, plumbing, or HVAC. Small storage sheds have looser rules; conditioned, finished buildings do not.

    Can I convert my office to an ADU later?

    Possibly, if your property is in an area where ADUs are allowed and the structure meets the dwelling-unit requirements. Designing kitchen-ready from the start makes this practical.

    Will a detached office raise my property taxes?

    Yes. It’s a permanent improvement and will be assessed. The increase is typically smaller than for a dwelling unit.

    Does the structure need to match my house?

    Some jurisdictions and most historic districts require compatible design. Even where not required, a structure that matches the main house looks intentional and adds more value.

    Build the Space Your Life Needs

    Not every backyard building needs a tenant to be a good investment. TomCo Solutions designs and builds detached offices, studios, guest suites, and full ADUs across Tampa Bay, and can help you decide which category fits your goals and your zoning.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • How Long Does It Take to Build a Custom Home in Tampa?

    How Long Does It Take to Build a Custom Home in Tampa?

    The honest answer is that a custom home in Tampa Bay takes longer than most people expect and longer than most builders like to say at the first meeting. From the first design conversation to move-in, a well-run custom project typically spans eighteen months to two years, with construction itself accounting for roughly half of that.

    Understanding where the time goes helps you plan your life, your financing, and your expectations.

    Key Takeaways

    • Design, engineering, and permitting often take as long as construction. Budget six to twelve months before ground breaks.
    • Construction of a fully custom home commonly runs twelve to eighteen months; semi-custom homes are often faster.
    • Weather, inspections, selections, and change orders are the four most common sources of delay, and three of them are within your control.

    Phase 1: Pre-Design (One to Two Months)

    Before drawings begin: confirming the lot’s zoning, flood zone, and buildable area; obtaining a boundary and topographic survey; and, for many sites, a geotechnical investigation. If you haven’t purchased the lot yet, this phase overlaps with due diligence. Our guide to building on a flood-zone lot covers what to check.

    Phase 2: Design (Three to Six Months)

    Schematic design establishes the plan and massing. Design development refines it: window placement, ceiling heights, kitchen and bath layouts, exterior materials. For a fully custom home this typically runs three to six months; semi-custom adaptations move faster. Owner decision speed is the biggest variable. Meetings that end with decisions keep the schedule; meetings that end with “let us think about it” extend it.

    Phase 3: Engineering and Construction Documents (Two to Three Months)

    The structural engineer designs foundations, framing, and wind resistance. Truss manufacturers produce shop drawings. Mechanical, electrical, and plumbing layouts are finalized. The energy calculation is prepared. The result is a permit set. Our post on reading architectural plans explains what you’ll be reviewing.

    Phase 4: Permitting (One to Three Months)

    The City of Tampa, Hillsborough County, Pinellas County, and the smaller municipalities each have their own review process and turnaround. Plan review comments are normal; the response cycle adds time. Projects in flood zones, historic districts, or with tree removal add layers. A clean, complete submittal is the single best way to shorten this phase.

    Phase 5: Construction (Twelve to Eighteen Months)

    Stage Typical Duration What’s Happening
    Site work and foundation 4–8 weeks Clearing, fill, footings, stem walls, slab, underground plumbing
    Block and framing 6–10 weeks Exterior walls, interior framing, trusses, roof sheathing
    Dry-in 2–4 weeks Roofing underlayment, windows, doors; the house is weather-tight
    Rough mechanicals 4–8 weeks Plumbing, electrical, HVAC, low voltage; inspections
    Insulation and drywall 3–5 weeks Spray foam or batt, drywall hang and finish
    Exterior finishes 4–8 weeks Stucco, siding, roofing, paint (overlaps interior)
    Interior finishes 8–14 weeks Cabinetry, tile, flooring, trim, paint, counters
    Fixtures and trim-out 3–5 weeks Plumbing and electrical fixtures, appliances, hardware
    Site, pool, landscape 4–8 weeks Driveway, lanai, pool, irrigation, planting (overlaps)
    Punch and final inspections 2–4 weeks Corrections, certificate of occupancy

    Stages overlap, and the total depends on size and complexity. A 3,000-square-foot semi-custom home might finish in twelve months; a 6,000-square-foot fully custom waterfront home with an elevator and a pool can run eighteen months or more.

    What Causes Delays

    Weather. Summer afternoon storms and the hurricane season slow site work, concrete, roofing, and stucco. A week of rain during foundation work can cost two weeks. A named storm can pause the project entirely. Build weather contingency into any Tampa Bay schedule.

    Inspections. Every phase requires inspections, and inspector availability varies by jurisdiction and season. A failed inspection means a correction and a re-inspection.

    Selections. Cabinetry, windows, tile, plumbing fixtures, and appliances all have lead times, some running months. Every selection made late pushes the schedule. The best-run projects have every material chosen before framing starts.

    Change orders. Changes during construction require pricing, approval, sometimes revised drawings, and often rework. Each one costs days. Our value engineering post explains why decisions belong in design, not in the field.

    Utilities. Electrical service connections, water and sewer taps, and gas service depend on utility company schedules that the builder does not control.

    How to Keep Your Project on Schedule

    1. Decide during design and hold to the decisions
    2. Finalize every selection before the permit is issued
    3. Order long-lead items (windows, cabinetry, appliances) as soon as the contract allows
    4. Attend scheduled site meetings and respond to questions the same day
    5. Understand that a realistic schedule with contingency beats an optimistic one that slips

    The design-build model helps here because design, pricing, and construction planning happen together, so the schedule reflects real lead times rather than assumptions.

    Frequently Asked Questions

    Can a custom home be built in a year?

    Construction of a semi-custom home can sometimes finish in about a year. Fully custom homes typically take longer, and design and permitting add months before construction starts. Eighteen months to two years from first meeting to move-in is realistic for most custom projects.

    Does building in hurricane season slow things down?

    Summer rain and the threat of storms both add time, particularly during site work, roofing, and exterior finishes. Many builders schedule foundations and framing for the drier months when possible.

    How long does permitting take in Tampa?

    It varies by jurisdiction and project complexity. Plan on one to three months for a complete residential submittal, longer if review comments require revisions or if special approvals apply.

    What can I do to speed up the process?

    Make decisions promptly and completely. Owner decision speed is the largest schedule variable a homeowner controls.

    Is a faster builder a better builder?

    Not necessarily. Unrealistic schedules lead to rushed work and missed steps. Ask how a builder handles inspections, weather, and selections rather than asking only for a finish date.

    When should I sell or give notice on my current home?

    Not before the certificate of occupancy is in sight. Build flexibility into your housing plan; a month or two of overlap is far less stressful than a month or two without a home.

    Plan the Timeline With Someone Who Has Built It Before

    A realistic schedule is part of a realistic budget. TomCo Solutions designs and builds custom homes across Tampa Bay and will walk you through a phase-by-phase timeline for your specific lot and project.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • Second Story or Bump-Out? Choosing the Right Home Addition

    Second Story or Bump-Out? Choosing the Right Home Addition

    You need more room. The lot has some space, or it doesn’t. The house has good bones, or you’re not sure. Every home addition in Tampa Bay eventually comes down to a direction: up or out.

    Both add square footage. They differ in what they demand of the existing structure, how they interact with zoning and flood rules, and how they change daily life during and after construction.

    Key Takeaways

    • Building out is simpler structurally but consumes yard and may hit setback and lot-coverage limits.
    • Building up preserves the yard but requires the existing structure to carry a new floor, which often means significant reinforcement.
    • Flood zone, roof condition, and how much disruption you can live with usually decide the question.

    The Ground-Floor Bump-Out

    A bump-out extends the footprint: a new primary suite off the back, an expanded kitchen and family room, or a new wing connected by a hallway.

    Advantages

    • The existing structure mostly stays as it is; new foundation and framing stand on their own
    • Living in the house during construction is often possible
    • Single-level living, which many owners want long-term
    • Simple to tie into the existing roof when the pitch and eave heights align

    Constraints

    • Setbacks. The addition must sit inside side and rear setback lines. On a typical Tampa lot, that limits depth.
    • Lot coverage and impervious surface. Many lots are near their maximum already, especially with a pool and lanai.
    • Yard. Every square foot added is a square foot of outdoor space lost.
    • Roof complexity. Additions that meet the existing roof at odd angles create valleys that leak and look awkward.

    The Second-Story Addition

    A second-story addition places new living space above the existing home, either over the entire footprint or over a portion such as the garage.

    Advantages

    • Preserves the yard, pool, and outdoor living entirely
    • Sidesteps setback and lot-coverage limits (height limits still apply)
    • Can transform a modest ranch into a substantially larger home on the same lot
    • Often the only route to more space on a small or oddly shaped lot

    Constraints

    • Structure. Most single-story Florida homes were not built to carry a second floor. Foundations, walls, and connections often need reinforcement or replacement, and the existing roof comes off entirely.
    • Disruption. The house is open to the sky during framing. Most families move out.
    • Cost per square foot tends to run higher than a bump-out because of the structural work and the roof replacement.
    • Stairs. A staircase consumes floor area on both levels and has to land somewhere sensible.
    • Design. A second story changes the proportions of the home. Done carelessly, it looks like a box on a box.

    The Flood-Zone Factor

    If your home is in a Special Flood Hazard Area, FEMA’s substantial improvement rule applies to any addition: once the project cost reaches 50 percent of the structure’s market value, the whole home must meet current elevation requirements. Large second-story additions frequently cross that line because they involve reinforcing the structure and replacing the roof.

    This can cut either way. Some owners discover that a second story is impractical because it triggers the rule. Others use it as the moment to elevate and rebuild rather than add. Our 50 percent rule guide explains how the calculation works, and renovate or rebuild covers the broader decision.

    Comparing the Two

    Factor Bump-Out Second Story
    Structural demand on existing house Low High
    Yard impact Uses yard Preserves yard
    Zoning constraints Setbacks, lot coverage Height limits, sometimes design review
    Living in the house during work Often possible Usually not
    Roof Tie-in Full replacement
    Cost per square foot Lower Higher
    Best for Deep lots, single-level living Small lots, preserving outdoor space

    Questions to Answer First

    1. What does the survey show? Setbacks, easements, and existing lot coverage determine whether building out is even possible.
    2. What is the structure? A structural engineer’s evaluation of the foundation, walls, and roof connections tells you what a second story would require.
    3. What flood zone is the home in? And what is the structure’s market value relative to the addition budget?
    4. How old is the roof? A roof near replacement makes a second story more attractive, since it’s coming off anyway.
    5. Where would the stairs go? If there’s no good answer, a second story fights the floor plan.
    6. How long can you live elsewhere? Second-story projects typically require it.

    Hybrid Approaches

    Common middle paths include a partial second story over the garage, which sits on a structure often better suited to carry load, or a bump-out with a raised roofline that creates a taller volume without a second floor. Both need the same structural and zoning review.

    Frequently Asked Questions

    Can any single-story home take a second floor?

    Structurally, most can be made to, but the cost of reinforcement varies enormously. Block homes with solid foundations are better candidates than older frame homes with shallow footings. An engineer’s evaluation comes first.

    Does a second-story addition require an architect?

    Florida law doesn’t require an architect for a single-family home, but the structural engineering is essential and a designer who understands proportion makes the difference between an addition that looks intentional and one that doesn’t. See our architect vs. engineer guide.

    How long does each type of addition take?

    Bump-outs often run several months. Second-story additions run longer because of demolition, structural work, and the full roof replacement. Design and permitting add time before construction begins for either.

    Will an addition raise my property taxes?

    Yes. New square footage is assessed. The increase is usually proportional to the value added.

    Do I need a permit for an addition?

    Always. Additions require building permits, engineered drawings, and inspections. Unpermitted additions create problems at sale and with insurance.

    Which adds more value?

    Both add value when well-designed. Buyers in Tampa Bay often prefer single-level living and outdoor space, which favors a bump-out where the lot allows. On small lots, a second story can be the only way to reach the square footage the neighborhood supports.

    Add Space That Fits

    The right addition respects the lot, the structure, and the way you live. TomCo Solutions designs and builds home additions across Tampa Bay and begins every project with a structural, zoning, and flood-zone review so you choose the right direction before drawing begins.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • Wind Mitigation Upgrades That Lower Your Insurance Premium

    Wind Mitigation Upgrades That Lower Your Insurance Premium

    Homeowners insurance in Florida has become one of the largest line items in owning a home. Most owners know rates have climbed. Fewer know that state law requires insurers to offer premium discounts for specific wind-resistant features, and that a single inspection can unlock credits a home already qualifies for.

    This guide explains what the inspection looks at, which upgrades deliver the most credit for the money, and how the state’s grant program fits in.

    Key Takeaways

    • A wind mitigation inspection documents seven features on a standard state form. Insurers must apply discounts for what it finds.
    • Roof-to-wall connections, opening protection, and a sealed roof deck tend to deliver the largest credits.
    • Newer homes usually qualify automatically. Older homes often qualify for more than they’re receiving after a roof replacement.

    What the Inspection Covers

    Florida’s Uniform Mitigation Verification Inspection Form is completed by a licensed inspector, contractor, engineer, or architect. It documents:

    Feature What Earns Credit
    Building code Homes permitted after the 2001-era Florida Building Code took effect (March 2002 in most of the state)
    Roof covering Roofing installed under current code with product approvals
    Roof deck attachment Thicker sheathing with closer nail spacing
    Roof-to-wall connection Metal clips, single wraps, or double wraps rather than toe-nails
    Roof geometry Hip roofs (sloping on all sides) versus gable or flat
    Secondary water resistance A sealed roof deck or self-adhering underlayment over the sheathing
    Opening protection Impact-rated glass or shutters on every opening, including garage doors

    The inspector photographs each item. Attic access is required to verify the deck nailing and roof-to-wall connections.

    Which Upgrades Pay Back

    Discount amounts vary by insurer, location, and the home’s other features, so treat this as direction rather than a quote from your carrier.

    Roof-to-wall connections. The jump from toe-nailed trusses to clips or straps is among the largest single credits. On an older home, retrofitting straps from inside the attic is feasible during a roof replacement or as a stand-alone project.

    Opening protection. Every opening must be protected to earn the full credit; one unprotected window or a non-rated garage door can eliminate it. Impact glass, rated shutters, and rated garage doors all qualify. This is often the most expensive upgrade and one of the most valuable for both discount and actual protection.

    Secondary water resistance. During a re-roof, having the seams of the roof deck taped or a self-adhering underlayment applied over the whole deck adds modest cost and earns a credit. It also keeps the house dry if roofing material blows off.

    Roof deck attachment. Also addressed during re-roofing: re-nailing the deck to the current pattern.

    Roof geometry. You can’t easily change a gable to a hip, but if you’re building or doing a major addition, the choice matters.

    If you’re replacing a roof, ask for all three roof-related upgrades in the same project. The marginal cost is small and the credits stack.

    Homes That Already Qualify

    If your home was built after the modern Florida Building Code took effect in 2002, or if it has had a permitted roof replacement in recent years, it likely qualifies for credits. Many owners never had the inspection or had one before the roof was replaced. An updated form can lower the premium at the next renewal. Inspections are inexpensive relative to the potential savings and are typically valid for five years.

    The My Safe Florida Home Program

    The state’s My Safe Florida Home program offers free wind mitigation inspections and matching grants for hardening upgrades. The program reopened for applications in August 2025 with new eligibility rules. As this is written, the program:

    • Is limited to low- and moderate-income homeowners (generally up to 120 percent of county median income), with applicants age 60 and older prioritized
    • Requires an owner-occupied, homesteaded single-family home, built before 2008, with an insured value at or below a set cap
    • Provides grants of up to $10,000, with a matching structure that varies by income tier
    • Covers opening protection and roof-related improvements identified in the inspection

    Funding moves in cycles and the queue is long. Check mysafeflhome.com for current status before planning a project around a grant, and use only contractors registered with the program if you intend to seek reimbursement.

    Beyond the Discount

    The insurance credit is the measurable return. The larger return is a home that keeps its roof and stays dry. The features on the mitigation form are the same ones that determine whether a house survives a Category 3 storm with a repair bill or a rebuild. Our guide to resilient home design covers how these features come together in new construction.

    Frequently Asked Questions

    How much can a wind mitigation inspection save?

    It depends on the insurer and the home. Savings on the wind portion of the premium can be substantial for homes with a full set of features. Ask your agent to run the numbers with and without the form.

    How long is the inspection valid?

    Typically five years, or until the home changes in a way that affects the features.

    Do I have to protect every window to get the opening protection credit?

    Yes. All openings, including doors, garage doors, and skylights, must be protected for the full credit. Partial protection earns little or nothing.

    Can I add hurricane straps to an existing home?

    Yes. Retrofitting roof-to-wall connections from the attic is a common project, especially during a re-roof when the deck is exposed.

    Is My Safe Florida Home open to everyone?

    Not in the current cycle. Eligibility is income-limited and prioritized by age. Higher-income homeowners may still be able to get the free inspection but are not receiving grants under current rules. Verify on the program website.

    Does a new roof automatically lower my insurance?

    Not automatically. Your insurer needs the updated mitigation form documenting the new roof, deck attachment, and any secondary water resistance. Schedule the inspection after the roof is complete.

    Harden the House, Lower the Bill

    The same upgrades that protect your home lower what you pay to insure it. TomCo Solutions performs roof replacements, opening protection, and structural hardening across Tampa Bay as part of our storm restoration and specialty services.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • 2026 Hurricane Season Prep Checklist for Tampa Bay Homeowners

    2026 Hurricane Season Prep Checklist for Tampa Bay Homeowners

    Hurricane season begins June 1 and runs through November 30. Colorado State University’s April outlook called for a somewhat below-average Atlantic season this year, with a developing El Niño expected to suppress storm formation. That’s welcome, and it changes nothing about preparation. It takes one storm, and Tampa Bay has learned in recent years that “below average” and “quiet” are not the same thing.

    Here’s a practical checklist for the next three weeks, organized by what protects your home, your finances, and your family.

    Key Takeaways

    • The most valuable preparation is documentation: photos, policy review, and a home inventory, done before the first storm forms.
    • Physical readiness means knowing exactly how you’ll protect every opening and where water goes on your lot.
    • Post-storm plans matter as much as pre-storm ones. Know who you’ll call and what you’ll do first.

    Step 1: Review Your Insurance Now

    Do this in May, not when a storm has a name. New flood policies through the National Flood Insurance Program typically carry a 30-day waiting period.

    • Confirm your hurricane deductible. It’s usually a percentage of dwelling coverage, and the dollar figure surprises people.
    • Verify wind coverage and check for exclusions like wind-driven rain limits.
    • Confirm you have flood insurance. Homeowners policies do not cover rising water. After 2024’s surge events, many owners in X zones added it.
    • Ask about Additional Living Expense coverage if you’d need to relocate during repairs.
    • Check whether a wind mitigation inspection could lower your premium. Older homes with recent roof work often qualify for credits they aren’t receiving.

    Our guide to hurricane insurance claim mistakes explains what goes wrong after a storm and how to avoid it.

    Step 2: Document Everything

    • Walk every room with your phone recording video. Open closets and cabinets. Narrate what you see.
    • Photograph the exterior from all sides, the roof from the ground, the pool equipment, the fence, the dock.
    • Photograph serial numbers on appliances, HVAC equipment, and electronics.
    • Scan insurance policies, deeds, titles, and IDs to cloud storage.
    • Save a copy of your elevation certificate if you have one.

    This takes an hour and can be worth tens of thousands of dollars in a claim.

    Step 3: Inspect the Envelope

    Roof. Look for lifted shingles, cracked tiles, exposed fasteners, and deteriorated flashing. Have a licensed contractor address anything questionable now; roofers are unavailable in September.

    Openings. Know how every window, door, and garage door will be protected. If you rely on shutters or panels, locate them, confirm all hardware is present, and do a test fit. If you have impact glass, confirm the rating covers every opening.

    Garage door. A non-rated garage door is one of the most common failure points. Bracing kits are available for existing doors; replacement with a wind-rated door is better.

    Soffits and vents. Loose soffit panels let wind-driven rain into the attic. Secure them.

    Gutters and drainage. Clear gutters, extend downspouts away from the foundation, and confirm your lot drains away from the house. Check that pool equipment and HVAC condensers sit on raised pads.

    Step 4: Trim and Secure

    • Have a licensed arborist remove dead limbs and thin heavy canopy over the house. Tampa requires permits to remove trees above certain trunk sizes, so trim, don’t cut, unless the tree is hazardous and documented.
    • Plan where outdoor furniture, grills, planters, and trampolines will go. Pools can hold furniture if nothing else is available.
    • Inspect fences and gate hardware.
    • Secure or remove screen enclosure panels only if the enclosure is not rated for the expected winds; consult the installer.

    Step 5: Power and Water

    • Test your generator under load. Change the oil. Stock fuel and stabilizer, or confirm the natural gas or propane supply for a standby unit.
    • Confirm transfer switch operation if you have one. Never run a portable generator indoors or in a garage.
    • Charge battery backup systems and know how long they’ll run your essentials.
    • Store water: one gallon per person per day for at least seven days, plus more for pets.
    • Fill vehicle tanks and propane cylinders.

    Step 6: Build the Kit

    Category Essentials
    Food and water Seven days of non-perishables, manual can opener, water
    Medical Prescriptions (ask for early refills), first aid, hearing aid batteries
    Light and power Flashlights, lanterns, batteries, power banks, car charger
    Information Battery or crank radio, printed contact list, county evacuation zone card
    Sanitation Trash bags, disinfectant, bleach, paper goods
    Repair Tarps, rope, duct tape, plywood, screws, basic tools
    Documents Insurance, IDs, deed, medical info in a waterproof container
    Cash Card readers don’t work without power

    Step 7: Know Your Zone and Your Plan

    Confirm your evacuation zone on the Hillsborough or Pinellas County emergency management site. Zones are based on storm surge risk, not flood zone maps, and they changed after recent storms. Know where you’d go, how you’d get there, and what you’d take. Decide in advance the conditions under which you’ll leave.

    Step 8: Plan for After

    Frequently Asked Questions

    When is hurricane season?

    June 1 through November 30, with the historical peak from mid-August to mid-October. Our hurricane season guide covers the rhythm of the season.

    What is the forecast for 2026?

    Colorado State University’s April outlook projected somewhat below-normal activity, citing a developing El Niño. NOAA’s seasonal outlook is typically released in late May. Forecasts describe overall activity, not where storms will land.

    How much water should I store?

    At least one gallon per person per day for seven days, more in heat. Don’t forget pets.

    Should I fill my bathtub?

    Yes, for flushing and cleaning if water service is interrupted. Not for drinking.

    Do I need to board up impact windows?

    No. Impact-rated glass is designed to protect the opening without shutters. Confirm every opening, including garage doors and skylights, is rated.

    How do I check my evacuation zone?

    Both Hillsborough and Pinellas counties offer address lookup tools on their emergency management websites. Zones are lettered A through E based on surge risk.

    Get Ahead of the Season

    Preparation done in May is calm. Preparation done in September is not. If your roof, openings, or drainage need attention before the season peaks, TomCo Solutions provides storm hardening and restoration across Tampa Bay.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • What Is Value Engineering? Cutting Cost Without Cutting Quality

    What Is Value Engineering? Cutting Cost Without Cutting Quality

    Every construction budget has a moment where the numbers come back higher than hoped. What happens next separates a good outcome from a disappointing one. The reflexive move is to strip things out. The disciplined move is value engineering: examining each part of the design to find ways to deliver the same function, durability, and experience for less.

    Done well, value engineering makes a project better. Done badly, it’s just cheapening with a nicer name. Here’s how to tell the difference.

    Key Takeaways

    • Value engineering asks “what is this element for, and is there a smarter way to achieve it?” rather than “what can we delete?”
    • The biggest savings usually hide in structure, layout efficiency, and systems, not in finishes.
    • The best time to value-engineer is during design, when changes are free. The worst time is mid-construction.

    Where the Term Comes From

    Value engineering originated in manufacturing during World War II, when material shortages forced engineers to find substitutes that performed as well as the originals. The core idea carried into construction: analyze every component by the function it serves, then look for alternatives that deliver that function at lower total cost.

    The key word is function. A roof’s function is to keep water out and resist wind for fifty years. If two roofing systems both do that, the cheaper one is the better value. If the cheaper one fails in fifteen years, it isn’t.

    What It Looks Like on a Custom Home

    Working through a design with a value-engineering lens, a design-build team might find:

    Structure. Aligning bearing walls floor to floor so beams get shorter. Adjusting a span by a foot to move from steel to engineered lumber. Simplifying a roof with too many intersecting planes. These changes are often invisible in the finished home and save real money.

    Layout. Trimming hallway length. Stacking plumbing so bathrooms share walls. Reducing exterior corners, each of which adds foundation, framing, and finishing cost.

    Envelope. Standardizing window sizes so more units come from stock rather than custom. Choosing one high-performance window line rather than three.

    Systems. Right-sizing HVAC instead of oversizing “to be safe.” Grouping mechanical equipment to shorten runs. Planning the electrical panel around actual loads.

    Finishes. Using premium materials where hands and eyes land (kitchen island, primary bath, entry) and quality standard materials elsewhere. Large-format porcelain instead of natural stone in secondary baths.

    None of these lowers the quality of the home. Most improve it, because simpler structures and shorter systems have fewer failure points.

    What It Looks Like on Multifamily and Commercial

    On apartment and mixed-use projects, value engineering scales. A single repeated unit plan multiplied by a hundred means a small efficiency per unit becomes a large number. Common targets include structural system selection (wood versus concrete versus steel at different building heights), unit plan efficiency, corridor and core layout, and the balance between building envelope performance and mechanical load. Our multifamily value engineering practice focuses on exactly these levers for developers and investors.

    What Value Engineering Is Not

    Value Engineering Cheapening
    Same function, lower total cost Lower function, lower first cost
    Considers lifetime durability and maintenance Considers only the bid number
    Preserves the design intent Erodes it one substitution at a time
    Done in design with the whole team Done under pressure at the end
    Documented, with trade-offs stated Undocumented “we changed this”

    If a proposed change would make the home less durable, less comfortable, or less like the design you approved, it isn’t value engineering. Say so.

    When to Do It

    Changes cost almost nothing on paper and a great deal in the field. The right sequence:

    1. Schematic design. Set the budget and let it shape the plan’s size and complexity from the start.
    2. Design development. The main value-engineering pass, when structure, systems, and materials are being chosen.
    3. Pre-construction. A final review against real pricing before the permit set is finished.
    4. Construction. Only for unforeseen conditions. Late changes carry rework, delay, and coordination risk.

    This is one reason the design-build model fits value engineering so well. The people pricing the work sit in the same meetings as the people drawing it, so cost feedback arrives while it can still influence the design.

    How to Participate as the Owner

    You don’t need to know framing to contribute. Tell your team:

    • Which spaces matter most to you and which you’d never notice
    • Where you want to touch premium materials and where standard is fine
    • Whether you value lower first cost or lower operating cost over time
    • What you’re unwilling to compromise on

    Then ask for each proposed change to be presented as a trade-off: what it saves, what it changes, and what it doesn’t. A good team welcomes the question.

    Frequently Asked Questions

    Does value engineering mean the design gets worse?

    It shouldn’t. Properly done, it removes cost that wasn’t adding value. If a change reduces durability or changes the design intent, it’s a scope cut, not value engineering.

    How much can it save?

    It depends on where the design started. Projects designed without cost feedback often have meaningful savings available in structure and systems. Projects designed with a builder at the table from the start have less to find, which is the point.

    Who leads the process?

    On a design-build project, the builder’s estimator, the designer, and the engineer work together. On a traditional project, it often falls to the general contractor after bids come in, which is late.

    Can I value-engineer a renovation?

    Yes. Common opportunities include keeping plumbing in place, working within the existing structure, and prioritizing spend on the rooms you use daily.

    Is a cheaper material ever the right call?

    Often. The question is whether it performs the function for the life you expect. A well-made porcelain tile that looks like stone is frequently the better value in a secondary bath.

    Does TomCo value-engineer every project?

    Cost feedback is built into our design process, so most of it happens before anyone calls it value engineering. We also perform formal reviews for developers on multifamily and commercial projects.

    Spend Where It Counts

    The goal is a home or a building that delivers everything you wanted, with nothing you paid for that you didn’t need. TomCo Solutions brings construction pricing into the design room from day one across Tampa Bay.

    Schedule a private 30-minute consultation or call (813) 922-2299.

  • Outdoor Living in Tampa: Lanais, Summer Kitchens, and Pool Cabanas

    Outdoor Living in Tampa: Lanais, Summer Kitchens, and Pool Cabanas

    In Tampa Bay, the best room in the house is often not in the house. A well-designed lanai adds living area you use ten months a year, hosts every gathering, and reshapes how the interior feels by extending it outward.

    The difference between an outdoor space you use every evening and one you admire from the kitchen window is how seriously it was designed. Here’s what that involves in our climate.

    Key Takeaways

    • Shade, airflow, and bug control determine whether an outdoor room gets used. Design for all three.
    • A summer kitchen needs real ventilation, weatherproof appliances, and utilities planned during construction.
    • Pool cabanas and covered structures are additions with permits, setbacks, and, sometimes, flood rules of their own.

    The Covered Lanai

    The lanai is the anchor. Whether new construction or an addition, the fundamentals are the same:

    Depth. A lanai that’s ten feet deep is a walkway. Fourteen to eighteen feet allows a real seating group and a dining table under cover.

    Ceiling. Tongue-and-groove wood or a painted beadboard ceiling with recessed lighting and large ceiling fans. Height matters; ten feet or more keeps the space from feeling like a porch.

    Orientation. East- and north-facing lanais stay cooler in the afternoon. A west-facing lanai needs deeper overhangs, screens, or landscaping to be usable before sunset.

    Floor. Porcelain pavers, travertine, or shellstone in a light color that doesn’t hold heat. Continuous flooring from inside to out, with a level threshold at the sliding doors, erases the boundary.

    Doors. Multi-slide or pocketing glass doors open the entire wall. Impact-rated units are standard in our windborne debris region.

    Screens, Fans, and Shade

    Bugs and heat are the two enemies of outdoor living. Three tools address them:

    • Motorized retractable screens disappear into the header when not needed and drop at dusk. Insect screens and solar shade screens are both available; some systems offer both in one track.
    • Large-diameter ceiling fans move more air at lower speed and less noise than small fans. Plan one for each seating or dining zone.
    • Traditional screen enclosures over a pool remain popular for maintenance reasons. Modern enclosures use larger panels and thinner frames for less visual clutter.

    Misting systems help in dry heat but do little in Florida humidity. Fans and shade do the work.

    The Summer Kitchen

    Outdoor kitchens have grown from a grill on a cart to true second kitchens. What separates a good one from a regret:

    Element Do This Not This
    Grill Built-in with a vent hood if under a ceiling Grill under a wood ceiling with no hood
    Refrigeration Outdoor-rated unit in a shaded, ventilated cabinet Indoor fridge that fails in one summer
    Counters Granite, quartzite, or porcelain with a sink Quartz in direct sun (can discolor)
    Cabinets Marine-grade polymer, stainless, or masonry Wood cabinetry exposed to humidity
    Utilities Gas, water, drain, and dedicated circuits roughed in Extension cords and hoses

    Position the kitchen where the cook can see both the pool and the seating area, and keep it close enough to the indoor kitchen that carrying food isn’t a chore.

    Pools Designed as Architecture

    Current pool design in Tampa Bay favors clean geometry that reads as part of the house: rectangles aligned with the lanai columns, a sun shelf for lounging in a few inches of water, and an integrated spa with a spillover edge. Smaller, well-proportioned pools are replacing sprawling freeform shapes.

    Practical details:

    • Site the pool so the lanai shades the seating edge in the afternoon
    • Plan equipment placement for noise and access, above any flood elevation
    • Consider a saltwater system and variable-speed pump for lower operating cost
    • Coordinate lighting so the pool, landscape, and lanai are lit as one composition

    Cabanas and Pool Houses

    A cabana ranges from an open pavilion to a fully enclosed pool house with a bath, kitchenette, and changing room. Beyond a certain size, it becomes an accessory structure with its own permit, setbacks, and height limits. Add plumbing and it may trigger additional review. In a flood zone, it must meet elevation and flood-resistant material rules.

    Enclosed pool houses with a full bath and kitchen can edge toward the definition of a dwelling unit. Our guide to ADU rules across the bay explains where that line falls in each jurisdiction.

    Landscape as the Fourth Wall

    Privacy plantings, a specimen tree, and landscape lighting turn a lanai into a room rather than a platform. Choose plants for the Florida climate and for low maintenance near a pool: clumping bamboo, podocarpus, and native palms are common choices. Keep large trees far enough from the pool to limit debris and root issues.

    Permits and Practicalities

    Covered lanais, pool enclosures, outdoor kitchens with gas and electric, and pools all require permits. Adding roof area increases impervious surface, which matters for lot coverage limits and drainage. If the lanai attaches to the house, it must meet the same wind and structural requirements as the home. In flood zones, a lanai slab at grade is fine, but enclosed space below flood elevation is not.

    Frequently Asked Questions

    Can I add a covered lanai to an existing home?

    Yes, as a home addition. The roof must tie into the existing structure properly and meet wind code, and setbacks and lot coverage limits apply.

    Do motorized screens hold up in hurricanes?

    They’re designed to be retracted during storms. Some manufacturers offer wind-rated systems, but the standard practice is to retract them when a storm approaches.

    Does an outdoor kitchen need a hood?

    If it sits under a ceiling, yes. Grease and heat damage ceilings and create fire risk. Open-sky grills don’t need a hood.

    What does outdoor living add to home value?

    In Florida, a well-built covered lanai with a pool is among the most consistently valued features. Buyers expect usable outdoor space and pay for it when it’s done well.

    How long does a lanai and pool project take?

    Plan on several months from design through completion, with pool construction, roofing, and screen installation each requiring inspections along the way.

    Can the lanai be air-conditioned?

    Some homeowners add a glass-enclosed “Florida room” section that can be conditioned. It changes the permitting and energy code requirements, so plan it from the start.

    Build the Room You’ll Use Most

    The outdoor room deserves the same design attention as the kitchen. TomCo Solutions designs and builds lanais, summer kitchens, pools, and cabanas across Tampa Bay as part of custom homes and additions.

    Schedule a private 30-minute consultation or call (813) 922-2299.