Price Per Square Foot Calculator

Divide a property's price by its area in square feet to instantly find the price per square foot. Free, instant, no signup.

sq ft
Formula: Price per sq ft = Total price ÷ Area (sq ft)

How to use the Price Per Square Foot Calculator

  1. Enter your values. Fill in the fields with your numbers.
  2. Calculate. Press Calculate to run the price per square foot calculator.
  3. Use the result. Copy the result or try a related tool next.

Why use our Price Per Square Foot Calculator

Instant results. Enter your figures and the price per square foot calculator returns an answer in seconds.
Free & private. Runs in your browser — no signup, and nothing is sent to a server.
Accurate. Uses standard formulas so you can rely on the numbers.

Free to use — premium coming soon

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About the Price Per Square Foot Calculator

The Price Per Square Foot Calculator turns a total price and a floor area into a single normalized number you can actually compare. Enter the price of a home, lease, or batch of building materials, enter the square footage, and the tool divides one by the other: price per square foot equals price divided by area in square feet. A $300,000 house at 2,500 sq ft works out to $120 per square foot. By reducing two listings to the same per-foot basis, it lets you weigh a small condo against a large single-family home without being fooled by the headline sticker price.

Reach for this tool when you are shopping for a home, pricing a rental, or budgeting a renovation or new build. Buyers and agents use price per square foot to spot whether a listing is rich or cheap relative to nearby comps; landlords and tenants use rent per square foot to compare office or retail space; and contractors quote flooring, paint, roofing, and concrete by the foot. It is also handy in reverse: if you know the going rate per square foot in a neighborhood, multiply by the area to estimate a fair total price or an asking budget.

Mechanically the math is simple division, but the inputs decide whether the answer means anything. For real estate, the area that counts is gross living area (GLA): space that is finished, heated by a conventional system, accessible from the rest of the home, and at least seven feet of ceiling height. Basements, garages, patios, and unpermitted conversions are normally excluded, which is why two listings of the 'same size' can produce very different per-foot figures. For construction, decide up front whether your price includes land, contractor margin, and finishes, or only the raw build, so you are comparing like with like.

This calculator runs entirely in your browser. The price and square footage you type are never uploaded, stored, or shared, so you can model offers and budgets privately. Accuracy depends only on your inputs, not on any market database, so the result is exactly your numbers divided correctly to the cent. Treat the output as a comparison aid rather than an appraisal: per-foot pricing is most reliable between similar homes in the same area, and it loses meaning across very different sizes, conditions, lot values, and locations, where it should be paired with other factors before you decide what something is worth.

Frequently asked questions

How do I calculate price per square foot?

Divide the total price by the total area in square feet. For example, a $450,000 home with 2,000 square feet is $450,000 / 2,000 = $225 per square foot. The same formula works for rent (monthly rent / area) and for materials (package price / area covered).

Is a higher or lower price per square foot better?

Neither is automatically better. When buying, a lower price per square foot can signal a bargain, but larger homes naturally cost less per foot because fixed costs like the kitchen, foundation, and HVAC are spread over more area. Compare it only against similar nearby homes, not as a standalone score.

What square footage should I use, the listed size or the living area?

Use gross living area: finished, heated, accessible space with at least a seven-foot ceiling. Exclude basements, garages, porches, and unpermitted spaces. Listings sometimes quote total or under-roof area, which inflates square footage and understates the true price per foot, so confirm what the number includes.

Can I use this calculator in reverse to estimate a total price?

Yes. If you know the typical rate per square foot for an area or material, multiply it by the square footage to estimate the total. For instance, $200 per square foot times 1,800 square feet gives an estimated $360,000.

Why do two homes the same size have different prices per square foot?

Price per square foot captures only price and area, so differences in location, lot size, age, condition, upgrades, view, and layout all push the figure up or down. That is why it works best for comparing very similar homes and becomes misleading across different markets or quality levels.

From our blog

How to Use a Future Value Calculator to Plan Smarter Savings

By the Super Simple Digital Tools Team · Updated June 2026

Future value is one of the most useful ideas in personal finance because it turns a vague hope ("my savings will grow") into a concrete number you can plan around. The concept rests on the time value of money: a dollar today is worth more than a dollar later, because today's dollar can be invested and earn a return. A future value calculator quantifies exactly how much more, given a rate and a time horizon. Once you can see that $5,000 left untouched at 7% becomes roughly double in a decade, abstract advice about "letting money grow" turns into something you can act on.

To run a projection, gather four pieces of information before you start. First, your present value: the amount you have or plan to deposit today. Second, the annual rate of return you expect, expressed as a percentage. Third, the time horizon in years. Fourth, how often interest compounds, which is annually, quarterly, monthly, or daily depending on the account. With those four inputs the calculator applies the compound interest formula and returns your projected ending balance. If you are modeling a savings habit rather than a single deposit, add the recurring contribution amount as a fifth input.

Reading the result well matters as much as generating it. The headline number is nominal, meaning it ignores inflation, taxes, and fees. A balance that looks impressive in raw dollars may buy less than you expect in twenty years, so it helps to run a second pass with a lower, inflation-adjusted rate to see the conservative case. Treat the gap between the two figures as your uncertainty band. The point is not to predict the future precisely but to understand the shape of the outcome and how sensitive it is to the assumptions you feed in.

The most revealing way to use the tool is to change one variable at a time and watch the effect. Bump the time horizon by five years and notice how much the ending balance jumps, since compounding rewards patience disproportionately at the back end. Then raise the rate by a single percentage point and see how a small return difference snowballs over decades. Finally, switch compounding from annual to monthly to observe the smaller but real boost from more frequent compounding. These comparisons teach the mechanics faster than any formula on its own.

Where future value really earns its keep is in answering everyday decisions. Should you make a one-time deposit now or spread contributions over the year? Is it worth chasing an account with a slightly higher rate? How early do you need to start to reach a target by retirement? Run the numbers both ways and let the calculator settle the argument. Because the math is transparent and the inputs are yours, the tool works equally well as a quick gut check and as the backbone of a longer-term savings plan.

  • Convert percentages correctly: enter the rate as the annual figure and let the calculator handle the per-period math, rather than dividing it yourself.
  • Match the compounding setting to your real account; using monthly when your bank compounds daily will slightly understate the result.
  • Run a second projection at a lower rate to approximate an inflation-adjusted, real-purchasing-power view of the outcome.
  • When testing a savings habit, model the recurring contribution and the lump sum together, since the contributions often outgrow the starting balance over long horizons.

Read the full guide →

Tool by the Super Simple Digital Tools Team. Reviewed by our editorial team. Free to use, no signup required.

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