Find out how much honey you'll get per frame, per super, and per hive. Enter your frame size, how capped the frames are, and how many supers and hives you have — and get lbs, jar equivalents, wax yield, and a harvest value estimate.
The single most important variable in any honey frame yield estimate is frame size, and the difference between deep, medium, and shallow frames is larger than most new beekeepers expect. A standard deep Langstroth frame (9.5" tall, 17.5" wide with a usable comb area of roughly 14" × 8.5" per side) can hold approximately 8 pounds of honey when fully drawn and capped on both sides. A medium frame (6.25" tall) holds around 5 pounds. A shallow frame (5.75" tall) holds about 3.5 pounds. These numbers assume fully drawn natural comb with no significant gaps or uncapped sections.
The key phrase is "fully drawn and capped." Bees don't fill frames linearly from the bottom up. They tend to build out from the center of a frame and from the top down, which means a frame that looks 60% covered with bees might have honey in only 40–50% of its cells. The cap percentage you enter in this calculator represents how much of the total potential comb area is both drawn and capped — which is the only portion that represents extractable, stable honey. Uncapped nectar still contains too much water to be stable and will ferment in the jar.
The 80% capping rule is the practical standard beekeepers use before pulling frames to extract. When at least 80% of the cells on a frame are capped with white or tan wax, the honey in those cells has been reduced to a water content of roughly 17–18%, which is below the 18.5% threshold where fermentation becomes a real risk. Frames pulled earlier than this are not necessarily wasted — you can blend low-moisture honey with high-moisture frames or use a refractometer to test individual batches — but the simplest rule is to wait for 80%+ capping before extracting any frame from a super.
The choice between deep, medium, and shallow supers is one of the longest-running debates in hobby beekeeping, and the right answer genuinely depends on your situation. Deep supers hold the most honey per frame — roughly 8 lbs fully capped — but a fully loaded deep super with 10 frames weighs approximately 80–90 pounds. For most beekeepers, that's not safely liftable alone, and it becomes a significant physical barrier during inspections and harvest. The same beekeeper using medium supers at about 50 lbs loaded can manage alone more safely, especially as their hive count grows.
The equipment simplification argument favors mediums: if you run all medium boxes for both brood and honey supers, you only ever need one frame size, one set of tools, and one type of box. Mixed-size hives require keeping track of which boxes go where and create headaches when you need to swap equipment between hives. Many experienced beekeepers who started with a mix of deeps and mediums eventually standardize on all-medium setups for this reason.
Shallow supers exist primarily for cut-comb honey production. The shallower depth (5.75") produces a more manageable section comb frame and is sometimes preferred in areas with shorter nectar flows where bees might not complete a medium super before the flow ends. In high-production operations with strong flows — clover country in the Midwest, for example — deeps and mediums are more common because bees can fill them quickly.
For most small-scale homestead beekeepers starting out, medium supers are the pragmatic choice: manageable weight, adequate yield, and equipment compatibility with a growing operation.
The practical standard is 80% capped or better. When bees cap a cell with wax, it means they've determined the honey has been reduced to a stable water content — typically 17–18%. Honey above 18.5% water content will ferment in the jar, ruining the batch with off-flavors and potential pressure buildup. Waiting for at least 80% capping on each frame before extracting is the safest approach for most beekeepers without a refractometer. If you have a refractometer, you can pull frames earlier and test each batch directly: anything below 18.5% is safe to extract, and anything below 17% will last indefinitely on the shelf without refrigeration. The 80% rule is a conservative proxy for the refractometer reading — it gets you there reliably without needing extra equipment. Frames that are only 50% capped should stay on the hive until the bees finish the job.
A healthy established colony in a good nectar flow area typically produces 60–100 pounds of surplus honey per year that the beekeeper can harvest. "Surplus" is the key word: bees need roughly 60 pounds of honey stored in the hive to survive a typical winter in a cold climate, and that winter supply is not available for harvest. In warm climates with year-round forage, colonies can produce significantly more — 150–200 pounds is possible in exceptionally productive areas like central California during the eucalyptus and star thistle flows. First-year hives almost always produce less surplus, sometimes nothing harvestable at all, because the colony is spending energy building comb, establishing population, and storing their own winter reserves. By the second and third year, a well-managed colony in a productive area should hit the 60–100 pound range consistently. Flow variability (drought, late frost, colony health) makes every year different, which is why veteran beekeepers track their harvest over multiple seasons rather than expecting a fixed number.
A deep super uses 9.5" frames and holds about 8 pounds of honey per fully capped frame. A medium super uses 6.25" frames and holds about 5 pounds per fully capped frame. The main practical difference beyond honey volume is weight: a fully loaded 10-frame deep super weighs 80–90 pounds, while a fully loaded medium weighs about 50 pounds. Both are standard Langstroth equipment and can be used on the same hive body. Deeps are most often used for brood boxes because the deeper frame gives the queen more laying space per comb. Mediums are commonly used for honey supers because the lower weight makes inspection and harvest more manageable. Some beekeepers run entirely medium equipment — all boxes medium depth — to simplify their operation to a single frame size.
The rule of thumb is to add a new super when the existing super is about 70–80% drawn and filled. If you wait until the super is 100% full and capped, you risk the bees running out of storage space — especially during a strong nectar flow — which can trigger swarming. Bees that have no place to put incoming nectar may decide the hive is too crowded and prepare to swarm, taking roughly half your colony and next year's honey production with them. Adding a super early, before they absolutely need it, is always the safer choice. The new super is most effectively placed directly above the brood nest (under the existing honey super) rather than on top — bees tend to move upward from the brood nest and will fill a box placed right above them faster than one stacked high above other honey boxes. During a strong flow, check your hives every 7–10 days and be ready to add supers quickly. Running out of space during peak flow is one of the most common preventable swarm triggers in managed hives.