Remodeling a kitchen inside an existing ell addition presents unique challenges of proportion, structure, and daylight. When designers Hendricks Churchill took on an 1820s house in Sharon, Connecticut, they had to work within a narrow 14-foot by 23-foot footprint that was originally built as a low-ceiling addition. The goal was ambitious: accommodate 36-inch appliances, a coffee station, a three-seat island, and a generous breakfast table. The result demonstrates how thoughtful structural planning and space zoning can transform a cramped ell into an elegant, functional kitchen. For more on the principles that guided this project, see our guide to great kitchen design.
Understanding the Ell Addition Challenge
Ell additions are common in older New England homes, where owners extended the original structure one room at a time. These additions often have lower ceiling heights, narrower proportions, and less robust floor systems than the main house. In this project, the existing ell sat at the rear of the house with limited headroom and a floor structure that was not designed for modern kitchen loads.
Structural Constraints of an Existing Addition
The original ell addition had a floor system built with conventional dimensional lumber, which limited the clear span and created a noticeable step-down from the main house. The ceiling sat too low to allow for standard upper cabinets or comfortable headroom for the homeowners. Any new kitchen design would require raising the ceiling and reinforcing the floor to handle heavier loads from appliances, cabinetry, and daily traffic.
Key structural challenges included:
- Existing second-floor framing that limited ceiling height by approximately 10 inches
- Side walls that needed reinforcement during the reframing process
- Connection to the original timber-frame structure of the 1820s house
- Narrow 14-foot width that restricted layout options
- Load capacity insufficient for modern kitchen appliances and stone countertops
Why LVL Beams Made the Difference
The design team chose laminated veneer lumber (LVL) for the new floor system instead of conventional dimensional joists. LVL beams offer several structural advantages in tight retrofit situations:
| Property | Conventional Dimensional Lumber | LVL Beams |
|---|---|---|
| Span capability | Limited to 10-12 feet for typical loads | Up to 20+ feet with reduced deflection |
| Assembly depth | Requires 9.25-11.25 inches (2×10 or 2×12) | Can achieve same strength in 7-9 inches depth |
| Consistency | Varies with grain, knots, and moisture content | Engineered for uniform strength throughout |
| Connection to existing structure | Requires bearing pockets or hangers on all sides | Can be hung from LVL ledger through-bolted to timber frame |
The team removed the existing second-floor framing entirely, cross-braced the side walls to maintain stability during construction, and installed the new LVL floor system. The LVL joists were hung from an LVL ledger board that was through-bolted directly to the existing timber-frame structure, creating a robust mechanical connection between the new work and the historic fabric.
Space Planning in a Narrow Rectangular Room
The 14-foot by 23-foot rectangle presented a ratio of roughly 1:1.6, which is challenging for kitchen design. A typical U-shaped or galley layout would consume too much of the narrow dimension, leaving little room for circulation or dining. The designers responded by treating the space as two distinct zones rather than trying to fit everything into one continuous layout.
Zoning the Kitchen and Dining Areas
The kitchen functions were concentrated at one end of the rectangle, while the breakfast area occupied the opposite end. This separation by function rather than by walls preserved the open feel while allowing each zone to be dimensioned appropriately for its use.
The approach follows several kitchen remodeling planning principles:
- Dedicated work zone: Food preparation, cooking, and cleanup clustered near appliances and the sink, keeping workflow efficient within a compact area
- Separated dining zone: The breakfast table became the primary dining table for the household, so it needed generous clearance on all sides
- Reduced island footprint: The island was scaled down from a typical 4×6-foot size to allow room for the table behind the seating area
- Additional storage behind island: A lower cabinet placed behind the stools captured storage without blocking the sightline or circulation path
The Coffee Station as a Space-Saving Strategy
One of the more creative solutions was the dedicated coffee station. Rather than cluttering the main counter with a coffee maker, kettle, and accessories, the designers carved out a specific zone for morning beverage preparation. This small niche reduced counter clutter and distributed the daily traffic flow across the kitchen rather than concentrating everyone at the same spot during peak morning hours.
Structural Engineering for Ceiling Height Gain
Gaining 10 inches of headroom in an existing ell addition required careful sequencing and structural coordination. The team did not simply raise the roof; they reconfigured the floor above to create a thinner, stronger assembly that freed up vertical space.
Cross-Bracing for Lateral Stability
During the removal of the existing second-floor framing, the side walls lost their intermediate lateral support. The team installed temporary cross-bracing to maintain wall alignment and prevent racking. Once the new LVL system was in place, the bracing was removed and the walls regained their structural integrity through the new floor diaphragm.
Through-Bolting to Historic Timber Frame
The connection between the new LVL system and the original 1820s timber frame was accomplished with through-bolts. This approach avoided the need for notching or cutting into the historic timbers, preserving the structural integrity of the original frame while providing a secure load path for the new floor and kitchen loads. The LVL ledger board was carefully positioned to align with existing timber posts and beams, creating a direct load transfer path to the foundation.
The ceiling height gain transformed the space in three ways:
- Upper cabinets: Standard 36-inch wall cabinets could now be installed without interfering with headroom
- Visual spaciousness: The additional 10 inches of vertical space made the narrow room feel wider proportionally
- Window optimization: Higher ceilings allowed for taller windows that brought in more natural light and improved sightlines toward the surrounding landscape
Design Lessons for Narrow Kitchen Additions
This project offers several takeaways for homeowners and builders tackling similar converting porch into kitchen renovations or ell addition remodels.
Prioritize the Table
The decision to reduce the island size was driven by a simple observation: the breakfast table would serve as the family’s primary dining surface. In many narrow kitchens, designers default to a large island with seating, only to find that a dining table cannot fit comfortably in the remaining space. By designing the island around the table rather than the other way around, this kitchen gained both seating options without compromise. For homeowners working with tighter budgets, exploring budget kitchen smart design strategies can yield similar space-efficient results.
Match Structural Choices to Existing Conditions
LVL beams were the right choice here because of the combination of span requirements, depth constraints, and the need to connect to an existing timber frame. In other situations, steel C-channels, glulam beams, or even traditional dimensional lumber with intermediate supports might be more appropriate. Key factors to evaluate include:
- Existing foundation capacity
- Available depth for new floor assembly
- Connection points in the existing structure
- Load requirements for the new kitchen (appliances, stone, cabinetry)
- Budget for engineered materials versus labor for deeper assemblies
Let the Narrow Shape Guide the Layout
The 14-foot width dictated every major design decision. Rather than fighting the proportions, the designers embraced them. The long sightline from kitchen end to dining end became a feature rather than a limitation. The open plan allowed natural light from windows at both ends to penetrate the entire space. The reduced island kept the circulation corridor wide enough for comfortable movement.
A narrow kitchen addition works best when:
- The work triangle (sink, stove, refrigerator) stays compact at one end
- The dining zone sits at the opposite end with full clearance
- Island size is calibrated to leave at least 36 inches of walk space on each side
- Ceiling height is maximized to offset the narrow proportions visually
- Windows and views are used to draw the eye outward rather than focusing on the tight dimensions
Respecting Historic Context While Adding Modern Function
The finished kitchen relates to the existing historic details of the 1820s house while providing an efficient use of space for modern living. The through-bolt connections preserve the timber frame. The new LVL system sits within the same footprint as the original ell. The finishes and proportions echo the character of the original structure without resorting to imitation. This balance between preservation and performance is the hallmark of a well-executed historic home kitchen remodel.