How much does under-cabinet lighting cost to install in a kitchen?

Hardwired under-cabinet LED strip lighting in an average kitchen (3–5 runs, 15–25 linear feet) typically costs $600–$1,800 installed by an electrician. Plug-in options cost $200–$500 in materials and can be self-installed, though they leave visible cords. Puck lights fall in the middle at $400–$1,200 installed depending on the number of fixtures and whether new wiring is required.

What is the best type of under-cabinet lighting for a kitchen?

Continuous LED strip lighting is generally the best option for even, shadow-free task illumination across the full countertop. Puck lights create pools of light with dark spots between them. Linear LED bars fall between the two — better spread than puck lights, but with some variation at the seams between fixtures. For cooking tasks and food prep, continuous strip or linear LED bars are more functional.

Should under-cabinet lights be hardwired or plug-in?

Hardwired lighting looks cleaner and is controlled by wall switches, which is preferable in most permanent installations. Plug-in lighting is faster and cheaper but requires hiding cords (either with channels or inside cabinets), and the plug-in point limits placement. If you are doing a full kitchen remodel where walls are already open, hardwired is almost always worth the additional cost.

What color temperature should I choose for kitchen under-cabinet lighting?

2700K–3000K (warm white) is most common in residential kitchens and pairs well with wood tones, warm countertops, and traditional finishes. 3500K–4000K (neutral white) is better for modern kitchens with white or light gray cabinetry and works well for food preparation because it renders color more accurately. Avoid 5000K+ (daylight/cool white) in kitchens unless you have a specific task reason — it reads as harsh and clinical in most residential settings.

Can I add under-cabinet lighting without a full kitchen remodel?

Yes. Plug-in LED strip lights or battery-operated puck lights can be added to any existing kitchen without opening walls or ceilings. The trade-off is cord management and control integration — you will not get a wall switch without additional work. Plug-in hardwired conversions (where an electrician adds a switch and in-cabinet outlet) are a middle path that gives you a wall switch without full rough-in wiring.

Under-Cabinet Lighting for Kitchen Remodels in 2026: Types, Costs, and What Actually Makes a Difference

August 27, 2026 · Guide · 8 min read

Under-cabinet lighting does two things simultaneously: it improves task illumination on countertops and changes the ambient quality of the entire kitchen. Most kitchen lighting plans rely on recessed ceiling lights that cast indirect, often shadowed light onto countertops — because your own body blocks the ceiling source when you are standing at the counter. Under-cabinet lighting eliminates that shadow by placing the light source directly above the work surface. It is one of the highest-impact upgrades in a kitchen remodel relative to its cost.

The three main types and what separates them

LED strip lighting

Continuous LED strip (or tape) lighting is a flexible circuit board with densely spaced LEDs that runs the full length of the cabinet base. It provides the most even, shadow-free illumination of the three options. The full run means every inch of countertop gets consistent coverage, unlike puck lights which create pools of brightness between dark gaps.

Modern LED strips use high-density configurations — 120 LEDs per meter is standard for kitchen applications — and are typically mounted in an aluminum channel that acts as a heat sink and diffuser. The diffuser softens the individual LED dots into a continuous line of light, which looks significantly better than a strip without a channel.

Cost for materials: $8–$20 per linear foot for quality strips with channels and a compatible driver. Installation by an electrician adds $300–$700 depending on the run configuration and whether new wiring is required.

Linear LED bars

Linear LED bars are rigid fixtures — typically 12 to 48 inches long — that mount under cabinets and are wired together in sequence. Major manufacturers (Kichler, WAC, Nora) produce systems designed specifically for under-cabinet use with consistent color temperature and easy linking between bars. These are more commonly specified by contractors than DIY strip solutions because they use standard fixture mounting and are easier to spec with confidence.

The main limitation: seams between bars create slight variation in brightness. For a 30-inch cabinet run covered by two 15-inch bars, you will see a faint bright spot at each fixture and slightly less light at the center between them. This is barely noticeable in practice but is distinguishable from continuous strip in a direct comparison.

Cost for materials: $35–$120 per bar depending on brand and quality. A typical kitchen with 20 feet of cabinet runs requires 5–8 bars plus a driver or transformer, totaling $400–$1,200 in materials before installation.

Puck lights

Puck lights are round disc-shaped fixtures mounted individually at intervals along the cabinet base, typically spaced 12–18 inches apart. They were the dominant under-cabinet solution before LED strips became cost-effective, and they are still frequently specified for their simple installation and low per-unit cost.

The problem is light distribution: puck lights create circles of brightness with dark areas between fixtures. This is more noticeable on lighter countertops and with glossy finishes. For a kitchen where the counter is a primary food prep surface, uneven light creates visual distraction and reduces functional utility. Puck lights work adequately for accent or ambient purposes but are not the best choice for primary task illumination at a cooking surface.

Hardwired vs. plug-in: what actually matters

The practical difference between hardwired and plug-in under-cabinet lighting is not just aesthetics — it affects how the lights are controlled and how they integrate with the rest of the kitchen electrical plan.

Hardwired lighting is connected directly to the electrical system and controlled by a dedicated switch, usually paired with or adjacent to the main kitchen lighting switch. This means the lights go on and off when you want them to, without reaching under a cabinet to find a switch or dimmer. During a kitchen remodel when walls are already open, adding a hardwired under-cabinet circuit adds $200–$500 to the electrical rough-in — a very low incremental cost relative to the rest of the remodel.

Plug-in lighting requires an outlet inside or near the cabinet. Most plug-in solutions come with a cord management system, but some degree of visible cord is almost always present at the outlet connection. The switch or dimmer is typically mounted inside the cabinet or on the fixture itself, not on the wall. This is adequate for retrofit situations where you are not opening walls, but it is an acceptable compromise, not a preferred outcome.

The middle path — an electrician adding a switched outlet inside the cabinet — gives you the clean control of hardwired with the flexibility of plug-in installation. This is appropriate when you are upgrading an existing kitchen without a full remodel and want a wall switch without a major electrical project. Cost for this approach: $250–$600 depending on how far the new outlet is from the nearest circuit.

Color temperature and CRI: the decisions that determine how food and countertops look

Color temperature (measured in Kelvin) determines whether your lighting looks warm, neutral, or cool. CRI (Color Rendering Index) determines how accurately that light renders the true colors of surfaces and food. Both matter for kitchens.

For color temperature, the typical residential kitchen range is 2700K to 4000K. Most design-oriented kitchens specify 2700K–3000K because it flatters wood tones, warm countertops, and skin tones if you are near the counter. 3000K–3500K is a good middle ground — warm enough to not feel clinical, cool enough to render lighter countertop materials (white quartz, light marble) accurately. Kitchens with bright white cabinetry and light gray quartz often benefit from 3500K–4000K because the warmer temperature can make very white materials look slightly yellow.

CRI should be 90 or above for kitchen applications. CRI 90+ means the light renders colors close to what they look like in natural daylight — critical for seeing food doneness accurately, reading produce color, and making the countertop material look the way it did in the showroom. Lower CRI LEDs (CRI 80, which is common in cheaper strips) make colors look slightly muted. Most reputable LED strips and fixtures specify CRI at point of sale. Do not buy under-cabinet lighting without checking this number.

Integration with dimmers and smart lighting systems

Under-cabinet lighting benefits significantly from dimmer control. Full brightness during food prep, 30–40% for ambient dinner lighting, and very low levels for nighttime navigation are all useful settings that flat on/off switching cannot provide.

LED dimmers are not interchangeable with incandescent dimmers. LED strips require a compatible LED driver or transformer, and that driver must be matched to a dimmer that communicates with it correctly. Using the wrong dimmer causes flickering at low levels, early LED failure, or a narrow usable dimming range. Specify the driver and dimmer together from the same manufacturer, or use a pre-configured system from a manufacturer like Lutron that publishes compatibility lists.

Smart lighting integration is straightforward if you plan it before installation. Most smart LED systems (Lutron Caséta, Philips Hue, Leviton) support under-cabinet LED strips via compatible drivers. If you are building out a smart kitchen, specify the control system first and then select under-cabinet fixtures that are certified for that system. For a broader kitchen lighting strategy that includes under-cabinet as one layer of a full kitchen lighting plan, see our kitchen lighting design guide. If you are considering smart kitchen upgrades more broadly, our smart kitchen technology guide for 2026 covers what is worth adding and what is not.

Placement specifics: where and how to mount

The standard mounting position for under-cabinet lighting is at the front of the cabinet base, 2–3 inches back from the door face. This prevents the fixture from being visible from a standing position while directing light toward the work surface rather than at the backsplash.

Mounting too far back (toward the wall) reduces light on the front portion of the counter where most work happens and increases backsplash wash, which looks attractive in photos but is less useful for cooking. Mounting too far forward puts the fixture in the sightline of someone sitting at a counter stool or coming from the other side of the kitchen.

Aluminum channel profile matters: a low-profile channel (approximately 8mm tall) is less visible below the cabinet. A full channel with a diffuser cover reduces visible LED hot spots and produces smoother, more even light. Specify a frosted diffuser, not a clear one — clear diffusers do not soften the individual LED dots.

What under-cabinet lighting bids typically include and exclude

Under-cabinet lighting bids from contractors and electricians typically include: fixture and driver materials, installation labor, and connection to an existing or new circuit. They typically do not include: structural modifications to cabinetry if wire routing requires it, painting or finishing work disturbed by wiring, or permit fees if required by your municipality for new electrical circuits.

Permits for under-cabinet lighting are required in some jurisdictions when a new circuit is added. Adding lighting to an existing circuit without a new dedicated run typically does not require a permit, but your electrician should confirm local requirements. Operating without a required permit is a problem for home sales and insurance claims.

Where to find the right installer

Under-cabinet lighting installation quality varies significantly. The main failure points: poor wire management inside cabinets, incorrect dimmer-driver pairing that causes flickering, inconsistent color temperature if fixtures from different batches are mixed, and fixture placement that puts the LEDs in sightlines.

Electricians with kitchen remodel experience are typically the right trade for hardwired under-cabinet lighting. General contractors who specialize in kitchens often coordinate the electrical work as part of a broader project. For full kitchen remodel context — including how under-cabinet lighting fits into the overall electrical plan — see our guide on kitchen electrical planning and circuit requirements. To find kitchen remodelers who coordinate lighting as part of the project scope, browse our directory at city guides or find kitchen remodelers near you.

Frequently Asked Questions

How much does under-cabinet lighting cost to install in a kitchen?: Hardwired under-cabinet LED strip lighting in an average kitchen (3–5 runs, 15–25 linear feet) typically costs $600–$1,800 installed by an electrician. Plug-in options cost $200–$500 in materials and can be self-installed, though they leave visible cords. Puck lights fall in the middle at $400–$1,200 installed depending on the number of fixtures and whether new wiring is required.
What is the best type of under-cabinet lighting for a kitchen?: Continuous LED strip lighting is generally the best option for even, shadow-free task illumination across the full countertop. Puck lights create pools of light with dark spots between them. Linear LED bars fall between the two — better spread than puck lights, but with some variation at the seams between fixtures. For cooking tasks and food prep, continuous strip or linear LED bars are more functional.
Should under-cabinet lights be hardwired or plug-in?: Hardwired lighting looks cleaner and is controlled by wall switches, which is preferable in most permanent installations. Plug-in lighting is faster and cheaper but requires hiding cords (either with channels or inside cabinets), and the plug-in point limits placement. If you are doing a full kitchen remodel where walls are already open, hardwired is almost always worth the additional cost.
What color temperature should I choose for kitchen under-cabinet lighting?: 2700K–3000K (warm white) is most common in residential kitchens and pairs well with wood tones, warm countertops, and traditional finishes. 3500K–4000K (neutral white) is better for modern kitchens with white or light gray cabinetry and works well for food preparation because it renders color more accurately. Avoid 5000K+ (daylight/cool white) in kitchens unless you have a specific task reason — it reads as harsh and clinical in most residential settings.
Can I add under-cabinet lighting without a full kitchen remodel?: Yes. Plug-in LED strip lights or battery-operated puck lights can be added to any existing kitchen without opening walls or ceilings. The trade-off is cord management and control integration — you will not get a wall switch without additional work. Plug-in hardwired conversions (where an electrician adds a switch and in-cabinet outlet) are a middle path that gives you a wall switch without full rough-in wiring.