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Toe Parameters

Sadek Akl
  • Updated

Overview

The Toe section controls the construction and appearance of toe kicks (also called toe spaces or base recesses) on your cabinets. Toe kicks provide recessed space at the bottom of base cabinets, allowing users to stand close to the counter without their feet hitting the cabinet front. Mozaik offers three main toe construction methods: ends-to-floor construction, detached toe assemblies, and toe skin overlays. The parameters in this section let you control dimensions, construction methods, joinery, and material assignments for all toe components.:

Understanding Toe Construction Options

Mozaik supports three primary toe kick configurations:

Ends-to-Floor (Standard Construction) Cabinet side panels extend all the way to the floor, with the front toe member fitting between the sides. This is the most common construction method.

Continuous/Manual Detached Toe (ConToe) A separate "ladder-style" toe assembly is built underneath the cabinet run. All cabinets in the run share this common toe platform, which is installed first, then cabinets are placed on top.

Toe Skin (ToeSkin) A finished skin panel covers the entire toe area across a run of cabinets, providing a clean, seamless appearance. This uses the ToeSkin material type.

Toe Dimension Parameters

ToeR - Toe Recess

Purpose: Sets the depth of the toe recess (how far the cabinet recedes from the front).

How it works: Enter the horizontal distance from the cabinet face to the back of the toe kick. This creates the recessed space that allows users to stand close to the counter.

Common values:

  • Standard: 3" to 4" (75mm to 100mm)
  • ADA compliant: 6" minimum depth
  • European standard: 50mm to 75mm

Application: Works in both Frameless and Face Frame constructions.

Important: This value affects cabinet depth calculations. Deeper toe recesses may require adjustments to overall cabinet depth.

ToeH - Toe Height

Purpose: Sets the vertical height of the toe kick.

How it works: Enter the distance from the floor to the top of the toe kick member. This is the visible height of the toe recess when viewing the cabinet from the front.

Common values:

  • Standard residential: 3.5" to 4.5" (90mm to 115mm)
  • ADA compliant: 9" maximum height
  • Commercial/accessible: 6" to 9"
  • European standard: 100mm to 150mm

Application: Works in both Frameless and Face Frame constructions.

Notes: Taller toe kicks reduce usable cabinet interior height. Shorter toe kicks may not provide adequate clearance for feet.

SideToeR - Side Toe Recess

Purpose: Sets the recess depth for the side toe members.

How it works: Enter the horizontal distance from the cabinet side to the edge of the side toe. This creates a recessed area on the sides of the cabinet, typically matching the front toe recess.

Common values:

  • Typically matches ToeR value (3" to 4")
  • May be set to 0 for cabinets against walls
  • Can be different from front recess for design purposes

Application: Primarily used on end cabinets or island cabinets where sides are visible.

Design note: Side toe recesses are often omitted (set to 0) when cabinets are installed against walls, as they won't be visible.

FinBackToeR - Finished Back Toe Recess

Purpose: Sets the toe recess depth on the back of the cabinet when the back is finished and visible.

How it works: Enter the recess depth for the back toe member. This parameter only applies when the cabinet has a finished back (typically for islands, peninsulas, or room dividers).

Common values:

  • Matches front toe recess: 3" to 4"
  • Set to 0 if back is against a wall
  • May be shallower than front for clearance purposes

Application: Only relevant for cabinets with finished/visible backs.

When to use: Islands, peninsulas, room dividers, or any cabinet with an exposed back that needs toe clearance.

Toe Construction Method Parameters

ConToe - Continuous/Manual Detached Toe

Purpose: Enables or disables detached "ladder-style" toe assembly construction.

How it works:

  • Set to YES: Removes all integrated toe parts from individual cabinets and creates a separate continuous toe assembly platform that runs underneath the cabinet run
  • Set to NO: Uses standard toe construction with toe members attached to each cabinet

When to use YES:

  • When installing cabinets on a pre-built platform
  • For easier cabinet installation and leveling
  • When multiple cabinets need to share a common base
  • For runs of cabinets that will be installed as a unit

When to use NO:

  • Standard cabinet construction
  • Individual cabinet installations
  • When each cabinet needs its own integrated toe

Important: Setting this to YES removes all toe parts from the cabinet itself. The detached toe assembly must be built and installed separately.

ToeSkin - Skin Toe for Room

Purpose: Adds a finished skin panel over the entire toe area across a run of cabinets.

How it works:

  • Set to YES: Generates a continuous skin panel that covers the toe area for all cabinets in the run
  • Uses the ToeSkin material type from your material library
  • Creates a seamless, finished appearance across multiple cabinets

When to use:

  • Modern, clean-line kitchen designs
  • When you want a continuous finished surface across the toe area
  • To hide toe construction details
  • For high-end or showroom installations

Material note: Ensure the ToeSkin material type is properly defined in your material library before enabling this parameter.

BackToe - Add Back Toe

Purpose: Controls whether a back toe member is included in the cabinet.

How it works:

  • Set to YES: Adds a back toe member to the cabinet
  • Set to NO: Omits the back toe member

Sizing behavior: The back toe is sized differently depending on the ToeBetween parameter (Front Toe Between Ends to Floor):

  • If ToeBetween = YES (FloorFEB set to YES): Back toe is sized to fit between the cabinet ends
  • If ToeBetween = NO (FloorFEB set to NO): Back toe is sized to fit between the side toe members

When to use YES:

  • Cabinets with finished/visible backs
  • Island and peninsula installations
  • For added structural support
  • When back toe recess is needed

When to use NO:

  • Wall cabinets (backs against walls)
  • When back toe is unnecessary
  • To reduce material usage

Important note: Back toe is always positioned between the sides, regardless of the FloorFEB setting. Only the sizing changes, not the position.

ToeBetween - Front Toe Between Ends to Floor

Purpose: Controls whether the front toe fits between the cabinet ends or runs over the ends.

How it works:

  • Set to YES: Front toe is sized to fit between the cabinet end panels (ends run to floor)
  • Set to NO: Front toe is sized to run over the cabinet ends (standard construction)

Visual difference:

  • YES: Cabinet ends extend to the floor, front toe fits in between them
  • NO: Front toe extends the full width, cabinet ends sit on top of toe

When to use YES:

  • Ends-to-floor construction preferred
  • When cabinet ends need to extend to the floor for structural or design reasons
  • Certain European construction styles

When to use NO:

  • Standard North American construction
  • When front toe needs to be continuous across width

Note: This parameter works in conjunction with the FloorFEB (Ends to Floor) parameter to control overall cabinet base construction.

Toe Joinery Parameters

ToeDado - Dado Depth for Toe into Ends

Purpose: Sets the depth of the dado groove that receives the toe members in the cabinet side panels.

How it works: Enter the depth that the toe is dadoed into the side panel. This creates a mechanical joint that captures the toe member.

Common values:

  • Standard: 1/4" to 3/8" (6mm to 10mm)
  • Typical: Half the material thickness
  • Minimum: 1/8" (3mm) for strength

Application: Both front and side toe members can be dadoed into ends.

Joinery note: Deeper dados provide stronger joints but remove more material from the side panel. Ensure the dado depth doesn't compromise the structural integrity of the panel.

ToeQDado - Toe Dado Qualified Tenon Thickness

Purpose: Sets the thickness of the qualified tenon on the toe member when using dado joinery.

How it works:

  • Enter the thickness of the tenon that will fit into the dado groove
  • Set to ZERO for no qualified tenon (square cut toe member)

Common values:

  • Matches dado depth: 1/4" to 3/8"
  • Set to 0 for butt joints

When to use qualified tenon:

  • For stronger mechanical joints
  • When precision joinery is required
  • CNC machining applications

When to set to ZERO:

  • Simple butt joint construction
  • When toe is simply captured in dado without tenon
  • Hand-built cabinets

ToeMiter - Miter Finished Side Toe

Purpose: Creates overlapping toe members that can receive a miter joint at corners.

How it works:

  • Set to YES: Extends toe members to overlap, allowing them to be mitered at 45° for clean corner joints
  • Set to NO: Toe members butt together at 90°

Application: Works with all three toe construction methods:

  • Ends-to-floor with integrated toes
  • Detached toe box assemblies
  • Detached toe kicks (continuous toe platforms)

When to use YES:

  • Finished end cabinets
  • Island corners
  • Peninsula ends
  • Any visible corner where a clean mitered joint is desired

When to use NO:

  • Cabinets against walls
  • When corners won't be visible
  • Simpler construction preferred

Note: This parameter creates the overlap needed for mitering. Actual miter cutting must still be performed during fabrication.

Detached Toe Assembly Parameters

These parameters only apply when ConToe = YES (Continuous/Manual Detached Toe is enabled).

ConToeStretchers - Continuous Toe Assembly Stretchers

Purpose: Controls the location and quantity of internal stretchers (cross supports) in the detached toe assembly.

Options:

  • None: No internal stretchers - only perimeter members
  • Front: Single stretcher at the front of the assembly
  • Front & Back: Stretchers at both front and back
  • Left & Right: Stretchers running left to right (perpendicular to front/back)

When to use each option:

None

  • Short toe assemblies (under 24")
  • Light-duty applications
  • Material savings priority

Front

  • Medium-length assemblies (24" to 48")
  • Standard residential installations
  • When front support is critical

Front & Back

  • Longer assemblies (over 48")
  • Heavy cabinet installations
  • Maximum structural support needed

Left & Right

  • Extra-long runs (over 72")
  • Very heavy cabinets
  • When perpendicular support is needed

Design note: More stretchers increase strength but also add material and labor costs. Choose based on span length and weight requirements.

ConToeStretcherW - Continuous Toe Assembly Stretcher Width

Purpose: Sets the width (thickness) of the stretcher members in the detached toe assembly.

How it works: Enter the dimension for stretcher width. This affects both the material usage and the structural capacity of the toe assembly.

Common values:

  • Light duty: 1.5" to 2" (38mm to 50mm)
  • Standard: 2" to 3" (50mm to 75mm)
  • Heavy duty: 3" to 4" (75mm to 100mm)
  • Maximum support: Match toe height

Considerations:

  • Wider stretchers provide more support
  • Narrower stretchers save material
  • Must fit within the toe height
  • Should match anticipated load requirements

Recommendation: For most residential installations, 2" to 3" stretchers provide adequate support while minimizing material usage.

Special Toe Parameters

FrToeHM - Front Toe Height Minus

Purpose: Reduces the width (vertical dimension) of the front toe kick member.

How it works: Enter the amount to subtract from the toe height when sizing the front toe kick piece. This creates a narrower toe member than the full toe height.

Common uses:

  • Creating clearance for toe kick lighting
  • Accommodating toe kick ventilation grills
  • Allowing space for finished flooring underlayment
  • Aesthetic reasons (smaller toe member profile)

Example:

  • ToeH (Toe Height) = 4"
  • FrToeHM (Front Toe Height Minus) = 0.5"
  • Result: Front toe member = 3.5" wide

When to use:

  • Toe kick lighting installations (typically reduce by 0.25" to 0.5")
  • HVAC vent integration
  • Adjustment for thick flooring materials
  • Design preference for slimmer toe profile

Set to ZERO when full-height toe member is desired.

ToeNotchUEHeightAdj - Adjust Height of Toe Notch in Unfinished Ends

Purpose: Controls the height of the toe notch cutout in unfinished end panels.

How it works: Sets the vertical dimension of the notch that accommodates the toe kick in cabinet end panels that will be against walls or otherwise unfinished.

Application: Only affects unfinished end panels. Finished ends use different toe construction methods.

Common values:

  • Typically matches ToeH (Toe Height) + small clearance
  • Standard: ToeH + 1/8" to 1/4"
  • Allows for floor irregularities and installation tolerances

When to adjust:

  • Accommodating uneven floors
  • Providing extra clearance for installation
  • Matching specific toe member dimensions
  • Compensating for material thickness variations

Note: This notch allows the unfinished end panel to fit over the toe kick assembly. Proper sizing ensures the panel sits flush to the floor while clearing the toe member.

SleeperSep - Maximum Sleeper Separation

Purpose: Sets the maximum distance between toe sleepers (support members) in the toe assembly.

How it works: Enter the maximum allowable spacing between internal support members. Mozaik will automatically add sleepers as needed to ensure spacing doesn't exceed this value.

Common values:

  • Standard residential: 24" to 36" (600mm to 900mm)
  • Heavy-duty: 18" to 24" (450mm to 600mm)
  • Light-duty: 36" to 48" (900mm to 1200mm)

Application: Works with detached toe assemblies and continuous toe platforms.

Calculation example:

  • Cabinet run width: 96"
  • SleeperSep: 30"
  • Result: Sleepers placed at 24" intervals (96" ÷ 4 = 24")

When to reduce value (closer spacing):

  • Heavy countertop materials (granite, concrete)
  • Cabinets storing heavy items
  • Long spans without other support
  • Uneven or weak subfloors

When to increase value (wider spacing):

  • Light-duty applications
  • Strong subfloors
  • Material cost concerns
  • Cabinets with internal dividers providing support

Important: Adequate sleeper spacing prevents toe assembly sagging and ensures even cabinet support across the entire run.

Common Toe Configurations

Standard Residential Base Cabinet

  • ToeR: 3.5"
  • ToeH: 4"
  • SideToeR: 0 (against wall)
  • ConToe: NO
  • ToeSkin: NO
  • BackToe: NO
  • ToeBetween: NO
  • ToeDado: 0.25"
  • ToeMiter: NO

Island Cabinet (All Sides Visible)

  • ToeR: 3.5"
  • ToeH: 4"
  • SideToeR: 3.5" (matches front)
  • FinBackToeR: 3.5" (matches front)
  • BackToe: YES
  • ToeMiter: YES (for corners)
  • ToeSkin: Optional for seamless look

Continuous Toe Platform for Cabinet Run

  • ConToe: YES (removes individual cabinet toes)
  • ConToeStretchers: Front & Back
  • ConToeStretcherW: 2.5"
  • SleeperSep: 30"
  • ToeSkin: Optional

ADA Compliant Base Cabinet

  • ToeR: 6" minimum (deeper recess)
  • ToeH: 9" maximum
  • All other parameters: Standard

Toe Kick with Lighting

  • ToeR: 3.5"
  • ToeH: 4"
  • FrToeHM: 0.5" (creates 3.5" toe member with 0.5" clearance for lights)
  • All other parameters: Standard

Troubleshooting Toe Issues

Issue: Toe kick doesn't provide enough foot clearance

  • Increase ToeR (recess depth) to 4" or more
  • Check that ToeH is adequate (minimum 3.5")

Issue: Toe members don't fit properly in dados

  • Verify ToeDado depth matches material thickness capabilities
  • Check ToeQDado thickness is appropriate for dado depth
  • Ensure dado depth doesn't exceed half the panel thickness

Issue: Detached toe assembly is unstable

  • Add more ConToeStretchers (use Front & Back instead of Front only)
  • Increase ConToeStretcherW for stronger stretchers
  • Reduce SleeperSep value to add more support points

Issue: Mitered corners don't align

  • Verify ToeMiter is set to YES for both cabinets meeting at corner
  • Check that ToeR and ToeH values match on both cabinets
  • Ensure SideToeR matches ToeR for proper overlap

Issue: Toe skin has gaps between cabinets

  • Verify ToeSkin material type is defined in library
  • Check that all cabinets in run have ToeSkin set to YES
  • Ensure cabinets are properly aligned in design

Issue: Back toe is wrong size

  • Check ToeBetween parameter setting
  • Verify FloorFEB (Ends to Floor) setting
  • Remember: Back toe position is always between sides, only sizing changes

Issue: Unfinished end won't fit over toe

  • Increase ToeNotchUEHeightAdj to provide more clearance
  • Verify toe member height matches notch size
  • Check for floor irregularities or installation issues

Best Practices

Design Phase:

  • Decide on toe construction method early (integrated vs. detached vs. skin)
  • Maintain consistent toe dimensions across cabinet runs for uniform appearance
  • Consider ADA requirements if designing accessible spaces
  • Plan for toe kick lighting or HVAC vents before finalizing dimensions

Material Selection:

  • Use durable materials for toe members (they're close to floor and subject to kicks)
  • Ensure ToeSkin material is properly defined if using toe skin option
  • Consider moisture resistance for toe members in kitchens and baths

Construction:

  • Dado depth should not exceed 50% of panel thickness
  • Qualified tenons should fit snugly in dados without forcing
  • Miter joints require precise cutting - test fit before final assembly
  • Sleeper spacing should match anticipated cabinet loads

Installation:

  • Detached toe assemblies should be installed and leveled before placing cabinets
  • Check floor levelness - use shims if needed
  • Toe skins install after cabinet placement and alignment
  • Leave expansion gaps for solid wood components

Parameter Interactions to Know

ConToe and other toe parameters: When ConToe is set to YES, most integrated toe parameters are ignored because toe parts are removed from individual cabinets. Only ConToeStretchers, ConToeStretcherW, and SleeperSep affect the detached assembly.

ToeBetween and BackToe: The ToeBetween parameter only affects sizing, not position. Back toe is always between sides, but ToeBetween determines if it's sized to fit between ends (YES) or between side toes (NO).

ToeSkin and ConToe: These can work together - ConToe builds the platform, ToeSkin adds the finished surface over it.

ToeMiter and finished ends: ToeMiter only matters when both toe members at a corner are on finished (visible) sides. Wall-side toes don't need mitering.

FrToeHM and ToeH: The actual toe member width = ToeH minus FrToeHM. This reduction creates space for accessories like lighting.