Kitchen Layouts: Complete Classification of Every Configuration

Kitchen layout types determine everything about how a kitchen occupies space – yet most homeowners enter a remodel without being able to name the configuration they already have, let alone the one they actually need. The kitchen is the most structurally constrained room in any home, where wall count, footprint shape, and square footage define what is physically possible before a single design decision is made. This article functions as a complete structural classification of every recognized kitchen layout type, from the single-wall configuration to the G-shaped enclosure, covering exact dimensional profiles, spatial requirements, and the geometric conditions that separate one layout from another. Whether you are identifying your current kitchen, comparing adjacent configurations like U-shaped versus G-shaped, or determining whether an island or peninsula fits your floor plan, every answer here is grounded in physical footprint – not design trends or workflow theory.

What Are the Different Kitchen Layout Types?

A kitchen layout type is a structural classification defined by 3 measurable criteria: wall count, wall orientation, and the presence of freestanding or attached counter extensions. This classification system is not a style category or design trend. It is a geometric taxonomy based on how many walls carry kitchen cabinets and countertops, how those walls are oriented relative to each other – parallel, perpendicular, or wrapped – and whether the configuration includes an independent counter structure. Understanding this framework is the foundation of any kitchen remodeling decision.

Seven recognized layout types exist within this classification system. The one-wall kitchen places all cabinetry, countertops, and appliances against a single wall. The galley kitchen uses two parallel counters facing each other. The L-shaped kitchen forms when two walls of kitchen cabinets meet at a 90-degree angle. The U-shaped kitchen extends workspaces across three connecting walls. The G-shaped kitchen is a variation of the U-shaped layout that adds a partial fourth wall segment, offering even more counter space and storage. The island kitchen incorporates a freestanding island providing extra counter space and seating. The peninsula kitchen connects a counter extension to a wall or cabinetry on one end, making it suitable for kitchens that lack floor space for a fully freestanding island.

Each type is a distinct structural category with specific spatial requirements. The one-wall kitchen and galley kitchen are commonly used in compact spaces where floor area is limited. Island and peninsula layouts appear frequently in open-concept plans where the kitchen connects to living or dining areas. Each layout type carries different work triangle implications – the relationship between the refrigerator, sink, and stove that defines workflow efficiency. Layout type selection also directly affects kitchen renovation cost, since wall count and footprint geometry determine the scope of cabinetry, countertops, and appliances required.

The kitchen layout is defined by the shape made by the arrangement of countertops, major appliances, and storage areas. This floor plan establishes the kitchen’s structural identity before any design decisions are made. Professionals at Elite Pro Remodeling & Construction and kitchen designers broadly recognize these seven configurations as the complete taxonomy of kitchen layout types. The three classification criteria – wall count, wall orientation, and counter extension type – are what distinguish each configuration from the others. Every subsequent section of this guide examines one layout type through this same structural lens, starting with the one-wall kitchen.

One-Wall Kitchen Layout: Definition, Dimensions, and Structural Profile

A one-wall kitchen is a layout where all cabinets, appliances, and countertop space are arranged along a single wall in one continuous run – also called a single-run layout, linear configuration, single line kitchen, or I-shaped kitchen. This is the structurally simplest of all kitchen layout types. Every other configuration – L-shaped, U-shaped, galley – is built by adding walls to this baseline single-run layout.

The linear configuration suits long narrow rooms and open-plan rooms where the kitchen occupies one edge of a larger living space. According to Block Renovation, a functional one-wall kitchen requires a minimum run length of 8 feet and fits within approximately 75 square feet of total floor area – based on roughly 6 feet of room depth and 25 inches of counter depth plus the work zone in front. Below this threshold, the single counter run cannot accommodate the minimum appliance and counter sequence needed for functional cooking.

In a standard linear configuration, the refrigerator anchors one end, the cooktop sits at the other, and the sink is typically centered. Kitchen cabinets run beneath the countertops, with kitchen appliances like a dishwasher or washing machine fitting under the counter run where space allows. Homestyler Design notes that the one-wall kitchen streamlines the traditional work triangle into a linear arrangement, with a recommended 24 to 30 inches of prep zone between key components.

Structural Advantages of the One-Wall Layout

• Maximizes open floor space – no cabinetry projects into the room from a second wall
• Structurally simpler to plan and install than any multi-wall kitchen layout
• Integrates naturally into open-plan rooms where kitchen design must coexist visually with adjacent living areas
• Works in ADUs, hybrid living rooms, and larger showcase kitchens

Structural Limitations of the One-Wall Layout

• No continuous work triangle – all functions compress onto a single axis
• Counter run is limited to the length of one wall, restricting kitchen countertops space
• Storage is entirely constrained to one storage wall, limiting total cabinet volume compared to L-shaped or U-shaped layouts
• Ventilation can be more difficult to manage due to the layout’s compressed shape

Research across residential spaces found that I-shaped (one-wall) kitchens represent 59.6% of all kitchen layouts studied – making the single-run layout the most common kitchen configuration in residential design.

The ideal household profile for this layout includes studio apartments, small homes, open-concept loft spaces, and secondary kitchens where cooking frequency is moderate. This is the correct structural classification when all kitchen functions occupy one wall by design – not as a compromise, but as the most efficient use of a narrow or open-plan room. Elite Pro Remodeling & Construction frequently evaluates this layout for clients in compact urban spaces where minimum square footage and visual openness are the primary design constraints. Note that this layout carries specific ADA accessibility implications, which are covered in detail in the accessible kitchen layout guide.

Galley Kitchen Layout: Definition, Dimensions, and Structural Profile

A galley kitchen is a two-wall configuration where two parallel runs of cabinetry, kitchen countertops, and kitchen appliances face each other across a central corridor – also called a parallel kitchen, double galley, or corridor kitchen. This layout is classified as a Type II kitchen in academic research on kitchen layout types. The defining structural criterion separating a galley from a one-wall layout is the presence of the opposing wall run: a single run of kitchen cabinets along one wall is a one-wall kitchen; the moment a second parallel run is added on the facing wall, the classification becomes a galley.

The galley kitchen requires a long, narrow rectangular room. It is structurally incompatible with square rooms because the corridor geometry depends on the room being longer than it is wide. A single-row galley kitchen layout has a linear length ranging from 7 to 12.5 feet (2.1–3.8 m) and is planned with an overall area of roughly 75 square feet (7 m²). This footprint gives the layout enough length to distribute the primary appliance sequence – refrigerator, sink, and cooking surface – across the two runs without compressing them into non-functional proximity.

Corridor Width: The Structural Threshold

Corridor width is the most critical structural variable in galley kitchen design. These thresholds are functional requirements, not style preferences:

• 42 inches minimum – the threshold for single-cook use; below this, the corridor does not meet functional clearance standards and functions as a one-wall kitchen with storage opposite
• 42–48 inches – the recommended range for comfortable movement and multi-user circulation, preventing obstruction when kitchen appliances and cabinets are opened
• 45–48 inches – considered ideal, allowing two people to pass each other and permitting the dishwasher to open while someone walks by
• 4–6 feet (1.2–1.8 m) – total clearance width required in front of a single-row galley for full equipment access

Structural Advantages

• Supports a naturally compressed work triangle, keeping the refrigerator, sink, and stove within 4 to 9 feet of each other
• Maximizes storage and counter space per square foot – the second run roughly doubles capacity without widening the footprint
• Creates an efficient linear workflow where all surfaces are within a compact zone
• Makes full structural use of narrow rectangular rooms that other kitchen layout types cannot accommodate

Structural Limitations

• No natural gathering space within the corridor
• The enclosed corridor can feel spatially constrained
• Narrow configurations create traffic conflict when multiple cooks use the space simultaneously

The galley kitchen is the ideal kitchen layout for single-cook households, apartments, small homes, and professional-style efficiency kitchens where linear workflow compression is a structural asset. It is also commonly used in compact spaces where no other configuration fits the room geometry. For kitchen renovation projects in Dallas, Elite Pro Remodeling & Construction evaluates corridor width and room length before recommending this layout – because a galley that falls below the 42-inch minimum is structurally a different layout type entirely.

L-Shaped Kitchen Layout: Definition, Dimensions, and Structural Profile

An L-shaped kitchen is a two-wall perpendicular configuration where cabinetry, kitchen countertops, and kitchen appliances run along two adjacent walls that meet at a 90-degree corner, forming an L-shaped footprint. Unlike the galley layout – where two wall runs face each other across a parallel corridor – the L-shaped layout places its two runs at a right angle. Both layouts use two wall runs. The orientation of those runs determines the classification.

The corner work zone created at the junction of the two arms is a defining structural feature. This is where the two runs meet and where primary workflow naturally concentrates. It is also where the corner cabinet sits – and that cabinet represents a structural liability inherent to the layout, not a design choice. The interior corner creates dead storage space that requires specialized hardware, such as lazy Susans or pull-out systems, to remain functional.

Standard Dimensions for an L-Shaped Kitchen

• Long wall run: 8–13 feet (2.4–4 m)
• Short wall run: 3–9 feet (0.9–2.7 m)
• Ideal room size: 10×10 feet to 12×14 feet
• Minimum aisle clearance: 3’6″ (1.07 m), with 42–48 inches recommended
• Work triangle spacing: 4–9 feet between each point
• Base cabinet depth: 24 inches standard
• Counter per work zone: At least 36 inches

The L-shaped kitchen layout suits square or near-square rooms, corner rooms, and open-plan spaces where the kitchen occupies one corner of a larger area. It is structurally incompatible with long, narrow corridor rooms – those belong to the galley. The layout requires sufficient room depth on both arms to support functional counter runs, plus enough open floor area within the L for unobstructed traffic movement.

Structural Advantages

• The corner work zone concentrates the cooking, cleaning, and cold storage functions where the two runs meet
• One or two sides of the room remain fully open, supporting dining adjacency within or adjacent to the kitchen footprint
• Open-plan integration is natural – the layout anchors a corner without closing off the surrounding space
• The footprint accommodates an island counter for additional workspace when floor area allows

Structural Limitations

• The corner cabinet creates dead storage space – a structural liability requiring specialized hardware
• Long L-arms can stretch the work triangle beyond the recommended 4–9 foot range, reducing efficiency
• Movement efficiency is identified as a shortcoming compared to U-shaped and single-wall layouts in workflow research
• The layout is less efficient than the galley for purely linear kitchen workflow

The L-shaped kitchen is best suited to medium-sized homes, families who need dining adjacency within the kitchen footprint, and households with moderate cooking frequency. In Dallas, local kitchen designers at Elite Pro Remodeling & Construction frequently recommend this configuration for open-plan renovations where corner placement is a structural given. A kitchen renovation that targets this layout performs best when cooking behavior aligns with the configuration – a factor covered in detail in the cooking-style guide.

Galley vs L-Shaped Kitchen: Direct Structural Comparison

Both the galley kitchen and the L-shaped kitchen use 2 walls of cabinetry – but wall orientation is where the structural similarity ends. That single difference in wall orientation drives every downstream decision: room shape requirement, traffic flow pattern, and open-plan integration potential.

The decision rule is spatial, not stylistic. If the room is long and narrow, the galley kitchen is the structural fit – its parallel counter configuration maximizes every inch of kitchen countertops and keeps kitchen appliances within arm’s reach. If the room has a usable corner, the L-shaped kitchen is the structural fit – its perpendicular layout enables open-plan kitchen design and supports island-based kitchen renovation plans.

For Dallas homeowners weighing kitchen remodeling options, this table makes the geometry-first decision visible before any kitchen cabinets, kitchen flooring, or kitchen layout details are selected.

U-Shaped Kitchen Layout: Definition, Dimensions, and Structural Profile

A U-shaped kitchen is a three-wall configuration where cabinetry, kitchen countertops, and appliances wrap continuously along three adjacent walls – two parallel walls connected by a single perpendicular bridging wall – leaving one side fully open as the entry point. Also called a C-shaped layout, this three-sided layout forms an enclosed work triangle that places the refrigerator, sink, and stove each on a separate wall. Cornell University researchers built the original kitchen work triangle concept around this exact configuration in the 1940s.

The U-shaped kitchen requires a square or near-square room with sufficient room depth on all three sides. Long, narrow rooms cannot support this layout. A compressed bridging wall reduces interior clearance below functional minimums, making the kitchen unusable. The National Kitchen & Bath Association (NKBA) sets the minimum width between opposing arms at 60 inches. Dimensions.com specifies a minimum central open zone of 5 feet (1.53 m), with a recommended range of 6–8 feet (1.8–2.4 m) for comfortable multi-person use. Typical overall kitchen width ranges from 9–12 feet (2.7–3.7 m).

For work aisle clearance, NKBA standards require 42 inches minimum for one cook and 48 inches for two cooks. The total countertop frontage requirement is 158 inches at a 24-inch depth – the highest countertop requirement of any standard layout type. This three-wall configuration delivers more kitchen countertops and cabinet storage than any other non-island configuration.

Structural Advantages of the U-Shaped Layout

• Maximum counter and storage run across three connected wall runs
• Compact, enclosed work triangle with each leg between 4 and 9 feet and a total perimeter between 12 and 26 feet
• Natural work zone separation – prep, cooking, and cleanup can each occupy a dedicated run
• No through-traffic – the single entry point structurally eliminates cross-kitchen foot traffic

Structural Limitations of the U-Shaped Layout

• Requires substantial room depth on all three sides – smaller rooms cannot meet minimum clearance thresholds
• The enclosed geometry can feel spatially constrained, particularly in kitchens at the minimum square footage range
• Two corner junctions create the same dead-corner storage challenge found in L-shaped kitchens – but doubled
• The single open end makes open-plan kitchen integration structurally difficult

The U-shaped kitchen layout suits medium to large homes with high cooking frequency. It functions best as a dedicated kitchen workspace rather than a social hub. Local kitchen design professionals in Dallas identify the U-shaped layout as one of the primary configurations recommended for larger homes requiring ample storage and workspace. Teams at Elite Pro Remodeling & Construction regularly evaluate room depth and interior clearance before recommending this layout during kitchen remodeling consultations.

One additional factor: U-shaped layouts carry specific ADA accessibility implications that affect minimum clearance dimensions and turning radius requirements – covered in detail in the accessible kitchen layout section.

G-Shaped Kitchen Layout: Definition, Dimensions, and Structural Profile

A G-shaped kitchen is a four-sided configuration that begins with a U-shaped base – three walls of cabinetry and countertops – and adds a partial fourth wall in the form of a peninsula return that projects inward from one open end. When viewed from above, the cabinetry and countertop arrangement visually resembles the letter “G,” which gives this kitchen layout its name. Also called a peninsula kitchen, the G-shaped kitchen is structurally distinct from the U-shaped extension it builds upon: the partial fourth wall almost fully encloses the cooking space, replacing the fully open entry of a U-shaped layout with a narrowed, defined entry point.

Structural Dimensions and Space Requirements

The G-shaped kitchen requires more total room area than any other standard layout type. According to BORA’s kitchen planning guide, the minimum recommended room size is 15 square metres – enough to allow free movement and full cabinet door clearance across all four sides. Dimensions.com specifies a minimum interior zone width of 5 feet (1.53 m) for functional use, with a recommended width of 6–8 feet (1.8–2.4 m) in the short direction to comfortably accommodate multiple cooks.

The peninsula return itself carries specific dimensional requirements. A standard overhang of 30–35 cm accommodates tall bar stools along the breakfast bar face. Peninsula height runs at either 90–92 cm for a counter-height finish or 105–110 cm for a raised bar-height configuration that creates stronger visual separation from the main kitchen zone.

Structural Advantages

• Maximum storage and counter run of any standard kitchen layout configuration
• Natural work zone separation – the partial fourth wall creates a defined prep station or breakfast bar without requiring a separate island
• Strong work triangle efficiency, with easy movement between the stove, sink, and refrigerator
• A self-contained, semi-enclosed shape that defines the kitchen as a distinct zone – particularly effective in open-plan kitchen design

Structural Limitations

• Requires the largest room footprint of any standard kitchen layout type
• The peninsula return restricts entry to a single narrowed point, limiting traffic flow
• Three corner junctions create the dead-corner storage challenge at three points rather than two
• Can feel tunnel-like in rooms without adequate interior width

Classification Boundary: G-Shaped vs. U-Shaped

The classification boundary between G-shaped and U-shaped is functional, not decorative. The fourth segment must be long enough to create a usable counter run or seating overhang – a peninsula return that meets the 30–35 cm overhang threshold and supports bar stool seating qualifies the layout as G-shaped. Below that functional threshold, the layout remains a U-shaped extension with a decorative return, not a true four-sided configuration.

The G-shaped kitchen suits large homes, households with multiple simultaneous cooks, and kitchens designed for high-volume cooking or entertaining. For homeowners in Dallas planning a kitchen remodeling project, understanding this classification boundary is essential before committing to a kitchen renovation at this scale – the room footprint requirement alone separates G-shaped kitchen design from every other standard configuration.

U-Shaped vs G-Shaped Kitchen: Where One Classification Ends and the Other Begins

A U-shaped kitchen uses 3 walls of cabinetry with no fourth wall segment. A G-shaped kitchen begins with that same 3-wall U base and adds a partial fourth wall segment – a peninsula return – that projects inward from one open end. That single structural addition changes the classification, the room size requirement, the entry point restriction, and the corner junction count.

The classification threshold between these two kitchen layouts is the fourth wall segment itself. If the peninsula return is absent or non-functional, the kitchen design is U-shaped. If it creates a usable counter run or seating surface – the defining addition in kitchen renovation terms – the layout is G-shaped. According to BORA’s kitchen design guide, the peninsula is the structural and classificatory dividing line between the two configurations.

Island Kitchen Design: Layout Modifier or Standalone Configuration?

An island kitchen is a layout configuration where a freestanding counter unit – accessible from all four sides – is added to an existing base layout, functioning as a layout modifier rather than a standalone structural classification. The island itself does not define the kitchen type. The base layout – most commonly L-shaped or U-shaped – retains its own classification. The island modifies it by introducing a fifth work surface within the open floor area, creating 360-degree circulation that wall-mounted cabinetry cannot provide.

The defining structural constraint of any island kitchen design is the clearance requirement. A minimum walkway clearance of 42 inches must be maintained on all four sides of the island to allow safe, unobstructed movement. Without this clearance, the island blocks traffic rather than enabling it. This four-sided access requirement is what separates a true island from a peninsula, which anchors to a wall and eliminates one circulation path entirely. The average island width falls between 30 and 48 inches, and the island itself should not exceed 10 percent of the kitchen’s total floor area – in a 150 square foot kitchen, that limits the island to 15 square feet maximum.

Island kitchen configurations require an open-plan room with sufficient total floor area to accommodate both the base layout and the full clearance zone surrounding the island. This spatial demand makes the island the least common kitchen feature in residential homes – only 16.7% of kitchens include one. The structural advantages are significant when space allows: the island adds a work surface accessible from multiple sides, functions as a social focal point within the kitchen footprint, and can house kitchen appliances or a sink when plumbing and electrical routing supports it. Kitchen countertops on an island are accessible from all sides, unlike wall-mounted kitchen cabinets where storage faces a single direction.

Structural limitations are equally significant. The clearance requirement on all four sides consumes substantial floor area. Routing plumbing or electrical to a freestanding island is more complex than wall-mounted installations – once a sink or outlet is added, the island is fixed in place despite its freestanding appearance. Narrow rooms and smaller kitchen layouts cannot support island configurations without violating the minimum clearance thresholds that make the layout functional.

The ideal household profile for an island kitchen includes large open-plan homes, multiple-cook households where simultaneous work zones are needed, and households that use the kitchen as a primary social space. The classification rule holds regardless of island size or configuration: the base layout type is the primary classification, and the island is the modifier. Island layouts appear most frequently in open-concept floor plans – a connection explored in the open concept kitchen section of this guide. The next structural modifier to examine is the peninsula, which shares some characteristics with the island but introduces a fundamentally different spatial relationship with the surrounding kitchen layout.

Peninsula Kitchen Layout: Definition, Dimensions, and Structural Profile

A peninsula kitchen is a wall-attached counter extension that projects into the room from one fixed connection point, providing three-sided access – two long sides and one free end – rather than the four-sided access of a freestanding island. This single structural difference, attachment versus freestanding, is the classification boundary that separates a peninsula from an island in every kitchen layout type.

The peninsula functions as a layout modifier. It does not define the base kitchen configuration on its own. Instead, it extends an existing cabinetry run – typically converting an L-shaped kitchen into a U-shape or G-shape – while creating an open-plan boundary between the culinary zone and adjacent living or dining areas.

Structural Dimensions and Clearance Requirements

Peninsula kitchens follow specific dimensional standards. Typical peninsula length runs 60 to 90 inches, with a counter depth of approximately 25.5 inches – matching standard countertop depth. The interior zone of a G-shape or peninsula kitchen requires a minimum central width of 5 feet (1.53 m), with a recommended width of 6 to 8 feet (1.8–2.4 m) to allow multiple people to move comfortably. Walkway clearance on the open sides must meet 42 to 48 inches per NKBA standards, which treats peninsulas as partial islands requiring clear workflow areas.

Because the attached end eliminates one clearance zone entirely, the peninsula requires less total floor area than an island of equivalent counter length. This makes it viable in rooms where a full island lacks sufficient clearance on all four sides.

Structural Advantages

• Three-sided access delivers island-like functionality – additional kitchen countertops, a seating overhang, and multi-side workflow – with one fewer clearance requirement
• The open-plan boundary function physically separates the kitchen from living areas without requiring a full wall
• Routing plumbing and electrical to a peninsula is structurally simpler than to a freestanding island, because the attachment point provides a direct path through existing kitchen cabinets
• A seating overhang on the open long side adds casual dining without consuming additional floor space

Structural Limitations

• The attached end is not accessible, which reduces circulation compared to a full island
• The attachment point creates a traffic flow restriction if entry clearance is insufficient – a real-world example from a Dallas kitchen design project showed dual peninsulas placed approximately 8 feet from range to sink produced impractical workflow for a hobby chef
• Once installed, the peninsula cannot be repositioned; it is a fixed structural element tied to existing kitchen cabinets and cabinetry runs

The peninsula kitchen layout suits medium-sized open-plan homes where households want island-like functionality – added prep surface, seating, and kitchen design flexibility – without the square footage demand of a full island. Elite Pro Remodeling & Construction frequently incorporates peninsula configurations in kitchen renovation projects where open-concept kitchen remodeling goals meet real spatial constraints. Peninsula layouts appear extensively in open-concept kitchen design, a configuration covered in detail in the open concept kitchen article.

Island vs Peninsula Kitchen: Structural Differences and When Each Applies

An island kitchen is a freestanding structure with four-sided access and no wall attachment. A peninsula kitchen connects to an existing wall or cabinet run on one end, providing three-sided access. That single structural difference – wall attachment versus none – drives every downstream consequence: clearance requirements, traffic flow, routing complexity, and repositionability all differ as a direct result.

The kitchen layout decision follows directly from clearance and room width. If the room is 15 feet or wider and provides at least 36 inches of clearance on all four sides of the proposed unit, an island kitchen is structurally viable. If the room falls below that width threshold or clearance is available on only three sides, a peninsula kitchen is the structurally appropriate choice – delivering comparable kitchen design function with fewer square footage demands.

Which Kitchen Layout Is Best for Your Space?

The best kitchen layout depends on your room size, household needs, and how you cook. Follow these steps to find the right fit:

1. Assess your current flow. Evaluate movement between your fridge, sink, and stove. Each leg of the work triangle should measure 4–9 feet, with a total between 13 and 26 feet.
2. Match layout to room size. Smaller homes benefit from a galley layout, which maximizes every inch efficiently. Larger kitchens suit U-shaped or island configurations that boost prep space and storage.
3. Consider how you use the kitchen. Families who entertain frequently do best with U-shaped or island layouts, which improve traffic flow and counter space.
4. Arrange appliances in workflow order. Position the refrigerator first for storage, then the sink for prep, then cooking appliances. This sequence optimizes efficiency regardless of layout type.
5. Evaluate storage and counter space. If your current setup feels cramped, a layout change-not just a remodel-may solve the problem.

Starting with your space constraints and daily habits narrows the options quickly and leads to a more functional kitchen.

Kitchen Layout Pros and Cons: Structural Trade-Offs Across All Seven Types

Kitchen layouts fall into six primary configurations, each with distinct structural trade-offs between storage, workflow, and social openness.

Each layout balances storage, workflow, and social openness differently.

Your best choice depends on footprint size, cooking habits, and how the kitchen connects to living areas.

Common Questions About Kitchen Layout Types

There are 6 commonly recognized kitchen layout types: galley, L-shaped, U-shaped, one-wall, island, and peninsula.

Each layout balances space and workflow differently. Galley kitchens maximize efficiency in narrow spaces. L-shaped layouts work well in small to medium rooms, placing cabinets along two adjacent walls. U-shaped kitchens typically offer the most storage. One-wall, island, and peninsula designs suit open-plan homes.

Regardless of layout, the kitchen work triangle rule applies – keeping the refrigerator, sink, and stove within 4–9 feet of each other. The best layout depends on your room dimensions, household size, and how you use the space daily.