When RKM Homes designs a custom floor plan for a Denver lot, storage is not an afterthought — it’s integral to how a home functions through seasonal weather, outdoor recreation and day-to-day life. Because Colorado families often need room for ski and bike gear, winter boots, layered outerwear and mudroom cleanup, sensible storage placement (near entries, adjacent to garages and service yards) prevents clutter from migrating into living spaces. Planning storage early in the design phase lets us frame walls, run electrical and HVAC, and design sightlines so closets and built-ins are efficient without compromising light or flow.
Prioritize a mudroom that acts as a true transition zone: built-in lockers with 18–24″ widths, a 16–20″ bench depth, durable flooring and a floor drain or slope if you expect wet gear. A walk-in pantry (a practical minimum of about 5′ x 6′, with 24″ deep shelving, pull-out trays and an appliance nook) keeps kitchens uncluttered; smaller homes benefit from tall pull-out pantries. Garages should include wall-mounted systems, overhead racks sized to maintain vehicle clearance, an EV charging outlet and a lockable cabinet for solvents and tools. Don’t forget hidden spots that add value: under-stair storage pulldowns, dedicated linen closets near baths, a laundry folding counter with upper cabinetry, a mechanical closet with labeled space for seasonal decor, and a temperature-controlled wine or media cabinet where needed.
Good storage solves immediate needs and preserves resale value, but it must be tailored to lifestyle and lot constraints. When we design on your lot, we account for site-specific storage needs — RV or trailer space, outdoor equipment sheds, and snow-melt systems — and coordinate framing, electrical rough-ins and insulation so built-ins are clean and functional. Choosing custom cabinetry and adjustable shelving upfront costs more than off-the-shelf items but increases usable space and longevity; for universal access and future flexibility, specify adjustable shelf heights, reachable outlet placement, and clearances that suit aging-in-place. At RKM Homes we work with you to map everyday habits into permanent storage solutions that feel effortless and last.
How should I assess my household storage needs and future‑proof my custom floor plan?
Start by doing a room‑by‑room inventory: list everything you own now plus items you expect to acquire (sports gear, tools, seasonal décor, baby/kid gear, hobby equipment). For each item note size, frequency of use, and the natural point of use (for example, coats and backpacks belong by the entry, tools in the garage, pantry items in the kitchen). This simple map tells you which storage must be nearby for daily convenience and which can be placed in overflow or seasonal zones. We ask clients to actually pile representative items in the garage or a spare room so we can see volumes and footprints — that exercise prevents underestimating how much space will be needed.
Translate that inventory into concrete square footage and features during schematic design. A practical rule of thumb is to plan dedicated storage as a percentage of conditioned area so you don’t run short later — most homes benefit from allocating roughly 7–10% of finished space to dedicated storage (closets, pantry, utility rooms, attic/basement access). Specify shelving depths and clearances based on function: shallow shelves for spices and mail, deeper adjustable shelving for bulk pantry items, wider closets and 36‑inch access paths for ease of use. Include technical details on the plans: blocking in walls for heavy wall mounts, 16–24 inch shelf spacing for seasonal boxes, and ceiling heights that allow for vertical storage (taller closets or overhead garage racks).
Future‑proofing means designing flexibility into those storage areas so they adapt to life changes. Incorporate features that are inexpensive to add during construction but costly to retrofit: wider doorways and hallways for accessibility, pre‑wired circuits and blocking for future powered lifts or built‑ins, removable shelving systems rather than fixed cabinets in some spaces, and a convertible room or conditioned mechanical/storage area that can shift from nursery to office to large‑item storage. Prioritize built‑in storage where it makes daily life easier and reserve modular solutions where needs may change; doing a focused storage planning session with your builder and a professional organizer early in design will lock in these decisions while construction choices and budgets are still flexible.
What kitchen and pantry storage features should I include in a custom floor plan?
As an experienced custom home builder, we start by matching pantry type and size to how you cook and shop. For modest cooks a reach-in pantry with 12–16″ deep shelves and 24–30″ of clear width works; for frequent cooks or bulk buyers plan a walk-in pantry at least 4’×4′ (ideally 5’×6′) so you can add full-depth shelving, counter space, and appliance stations. Shelving spacing matters: set some shelves at 12″ for cans, 15″ for boxed goods, 18″ for cereal and small appliances, and one or two at 24″ for bulk cookware or stand mixers. Keep shelf depth no deeper than 16″ for visibility and install adjustable brackets so you can reconfigure as needs change.
In the kitchen itself prioritize storage hardware that makes items accessible: full-extension, soft-close drawers for pots and pans (use 20–24″ deep bottom drawers), 2–3 high cutlery and utensil drawers near the prep zone, and vertical dividers for baking sheets and cutting boards. Specify pull-out pantry inserts for spices and oils, roll-out trays for lower cabinets, and a 15–24″ wide pull-out trash/recycling station near the sink and prep area. Include electrical outlets inside tall pantry units for countertop appliances or a built-in microwave, LED strip lighting on each shelf, and outlet placement that avoids cords across walkways.
Plan storage with workflow and clearances in mind during design so storage feels effortless once you move in. Maintain at least 42″ of clearance between island and base cabinets for two cooks (36″ minimum for single-cook kitchens), and choose door styles that won’t block aisles—sliding or pocket doors for small pantries, full-swing doors where space allows. Label critical measurements on your plan (shelf depths, cabinet internal heights, appliance alcove sizes) so your cabinetmaker and electrician deliver exactly the functional storage you intended.
How should I design entry, mudroom, and garage storage to handle daily clutter and seasonal gear?
When customers walk through the front door I immediately think “drop zone”—a place where coats, bags and shoes can be contained without spreading into the living areas. I specify a minimum 24″ deep coat closet for seasonal outerwear and umbrellas, and a built-in bench at 18″ high with a 16–20″ seat depth so people can sit comfortably to remove boots. Plan individual locker widths of 12–18″ per family member with an upper cubby for hats and a lower ventilated shoe shelf about 12″ deep; include at least one duplex outlet hidden inside a locker or under the bench to charge phones, cordless vacs or battery tool packs without trailing cords in traffic paths. Use durable, wipeable finishes—porcelain tile or commercial-grade vinyl at the entry—and slope the floor slightly toward the door threshold to keep melting snow and mud contained.
For a mudroom that sees real work (sports equipment, wet gear, dogs), I recommend a dedicated boot tray or recessed tile area with an accessible floor drain or channel drain to make hosing off easy; the alternative is specifying a waterproof threshold and an easily cleanable drain mat system if a drain isn’t feasible. Install hooks at multiple heights—around 60″ for adults and 36–48″ for children—and include a tall, narrow compartment (12″–18″ wide by full ceiling height) for skis, poles and long sticks so they stand vertically instead of leaning into the walkway. If you want an integrated pet area, plan routing for a cold-water tap and a floor drain at design stage so a low dog-wash trough or handheld shower can be added without rework later.
The garage is where storage capacity really extends your floor plan’s usefulness, so design for it up front rather than retrofitting. Give yourself space for wall-mounted systems (slatwall or pegboard) and a fold-down workbench; reserve a vertical niche 8″–12″ deep for bicycles or a 24″–36” wide bay for larger seasonal items like kayaks or snowboards. If overhead storage racks are part of the plan, set ceiling heights to accommodate both vehicle clearance and the rack (10′ or higher is common) and coordinate with the structural engineer for joist loads or a built attic platform—don’t assume the standard truss can carry heavy storage. Finally, plan electrical now: locate a dedicated 240V outlet or conduit in the garage for an EV charger and add conveniently placed 120V circuits for tool charging and future garage equipment; include a lockable, ventilated cabinet for solvents and auto chemicals to keep them off the floor and out of reach.
How should I design bedrooms, closets, and the laundry workflow for efficient storage in a custom floor plan?
What size and layout should bedroom closets be so they actually work? Start with the basic clearances: reach-in closets function well with a 24″ hanging depth and at least a 36″ clear aisle if you want usable shelving on the opposite wall; walk-ins should allow a 36″ circulation path between hanging runs and shelving. For double-hang configurations put the lower rod at about 40–42″ and the upper rod/shelf at roughly 80–84″ so folded storage or luggage can sit above; reserve a 60″ vertical zone for long garments. Plan fixed built-ins (vertical cubbies, full-extension drawers, shoe shelves 10–12″ deep) rather than relying on standalone furniture — we typically lay out master walk-ins with a combination of hanging, drawers, and an island or bench that doubles as seasonal storage.
What bedroom storage features save space and improve day-to-day use? Integrate bed-frame or window-seat drawers where possible and pre-wire for bedside outlets and under-shelf lighting in closets so homeowners don’t add bulky lamps later. Choose door types that match circulation needs: pocket or sliding doors for tight hallways, full-swing for wider access; keep reachability in mind — position frequently used shelves between 15″ and 60″ from the floor and plan step-stool storage for higher shelves. For linens and seasonal items, place a dedicated linen closet near the bedrooms and bathrooms rather than tucking everything into bedroom closets; cedar-lined or ventilated upper shelves work well for off-season storage without sacrificing everyday space.
How should the laundry location and setup support bedroom storage and the household routine? Put primary laundry on the same level as most bedrooms — a second-floor laundry adjacent to the master and secondary bedrooms cuts carrying time and prevents baskets from accumulating in hallways. Design the laundry room as a workflow zone: washer/dryer at comfortable heights (consider pedestals or elevated counters), a 36″ high folding counter, a deep sink, and a built-in sorting station with 3+ removable bins. If you want hands-off solutions, plan for a hamper drop or laundry chute from a closet into the laundry room, include a floor drain and venting chase in the plan, and allocate cabinetry or open shelving directly between the master closet and laundry for hang-to-wear items so ironing and hanging become a one-step process.
Should I build custom built-ins or use modular storage, and how can I make them accessible for the long term?
As a builder I weigh the tradeoffs on every job: built-ins give a seamless look, squeeze storage into awkward nooks (under stairs, knee walls, flanking fireplaces), and can be specified to handle heavier loads and integrated lighting or outlets. They cost more up front and are permanent, so I recommend them where you want long-term value and a tailored fit — mudrooms, pantry walls, and media cabinetry are prime candidates. Modular systems are less expensive, can be replaced or reconfigured later, and are great for bedrooms or homes where future owners may want different layouts; a good hybrid is to frame openings and provide backing for modular units so you can swap them without drywall work.
Designing for accessibility doesn’t have to be a separate project — it can be built in from the start. I size doorways and circulation with at least a 36-inch clear path and plan a 60-inch turning area in key zones so wheelchairs or strollers can maneuver; for counters and work surfaces I often specify 34-inch heights or include at least one lowered station, and I include knee clearance under one sink and space for a seated user. Practical hardware choices matter: full-extension drawers, pull-out pantry trays, under-counter microwaves or drawer-style microwaves, pull-down closet rods, and lever handles reduce reaching and bending, so I specify those where homeowners anticipate mobility changes.
To keep options open during construction, I always install backing/blocking in walls at planned cabinet heights and run dedicated circuits and low-voltage wiring into built-ins for lighting and future charging stations. Use durable materials for fixed shelving (3/4″ plywood or hardwood shelves rather than thin MDF) where heavy use is expected, and request adjustable shelf standards and mounting rails so spacing can be changed without a carpenter. If you want the built-in look but future flexibility, ask me to frame cabinet openings to accept standard-size modular units — that gives a finished appearance now while letting you replace interiors or configurations down the road.