Hive

Understanding the Langstroth Hive

Idris Beaumont 18 March 2026 10 min read

Almost every beekeeping practice you will read about assumes a Langstroth hive. Understanding how the box is put together — and why it is put together that way — makes the rest of the craft far less mysterious.

The bee space is the whole invention

Before Lorenzo Langstroth, hives were fixed combs. To harvest honey you destroyed the colony's home, and you could not inspect anything. Langstroth's contribution was not a box; it was an observation about spacing.

Bees leave a gap of roughly 6 to 9 millimetres between comb surfaces. Below that they fill it with propolis. Above about 9 millimetres they build comb in it. Hold a frame at exactly that gap from its neighbours and the walls, and the bees neither glue it in nor build on it. The frame stays loose. The hive becomes inspectable.

Why it matters to you

Every problem with stuck frames, brace comb and torn comb traces back to a spacing error. If a frame is glued in, something is out of tolerance — usually a warped frame rest or a swollen box.

What a hive is made of, bottom to top

A working Langstroth hive is a stack of components. Each has a job, and each is optional in some configuration.

Component	Function	Notes
Hive stand	Lifts the hive off the ground	Keeps the base dry; leg barriers stop ants
Bottom board	The floor	Screened boards help ventilation and mite monitoring
Brood box (deep)	The nest	241 mm deep; usually two of them
Frames	Hold the comb	8 or 10 per box; the unit of everything
Queen excluder	Keeps the queen below	Placed between brood and supers
Supers (medium)	Honey storage	168 mm deep; where your crop lives
Inner cover	Ceiling with a gap	Creates an air space; helps ventilation
Outer cover	Weatherproof roof	Telescoping or migratory style
Entrance reducer	Narrows the door	Defence for small colonies

The stack, bottom to top. Every component is modular, which is the point.

Deep, medium, shallow — and why the names confuse people

Depth is the only real difference between boxes of the same footprint, but the consequences are large. A deep box full of honey weighs around 30 kilograms and is genuinely hard to lift off a hive. A medium super of the same footprint weighs 20 to 25. A shallow, around 15.

This is why many beekeepers run "all medium" setups: every box is the same depth, every frame fits every box, and no single lift is back-breaking. You lose a little brood space efficiency and gain a great deal of flexibility and a functioning spine.

The 8-frame versus 10-frame question

A 10-frame box has a 505 mm footprint and holds more; an 8-frame is 413 mm and is lighter. The 8-frame configuration weighs roughly 20 per cent less when full, which is why it has become popular with hobbyists. Its only real cost is that you need proportionally more boxes for the same colony.

Frames, foundation and drawn comb

A frame is a wooden rectangle with a top bar, two end bars and a bottom bar. Inside it hangs either foundation — a wax or plastic sheet embossed with the hexagonal cell pattern — or, in foundationless setups, a starter strip that lets the bees draw their own.

Wax foundation: bees accept it readily and draw straight comb. Brittle in cold weather and expensive.
Plastic foundation: durable and cheap, but acceptance varies. Some colonies refuse it for a season.
Foundationless: natural cell size, and bees build drone comb where they choose. Comb is more fragile and can be cross-built.
Drawn comb: comb the bees have already built. It is the colony's most valuable asset — treat every drawn frame as precious.

Handle drawn comb carefully

It takes a colony roughly eight times as much honey to produce a kilogram of wax as it does to produce a kilogram of honey. Drawn comb is stored capital. Never leave it exposed to wax moth, and never crush it out of carelessness.

How a hive is managed through a season

Spring build-up

The queen expands the brood nest. Add a second brood box before the colony needs it, not after — bees run out of room faster than you expect in a good spring.

Add supers at the flow

When the first nectar arrives and the brood boxes are filling, put a super on. Bees will not store above an empty gap, so do not leave a void between brood and super.

Manage swarming

Inspect weekly for queen cells. Give room, split the colony, or make a nuc — but decide before the cells are capped.

Harvest the surplus

Take only fully capped frames, and leave enough for winter. The colony's needs come first; yours come from the surplus.

Reduce and prepare

Shrink the entrance, fit a mouse guard, treat for mites on a threshold, and feed 2:1 syrup until the hive is heavy.

Common structural problems

Brace comb: bees building between boxes. Usually a spacing error or a box left slightly askew.
Propolised frames: heavy glueing, often from a large propolis-producing colony or a slight gap.
Cross-comb: in foundationless frames, comb drawn across several frames at once. Fix early or lose the frames.
Rotted frame rests: the most common failure point in an old box. Check them when you scrape.
Warped boxes: cheap timber warps, and a warped box breaks bee space. Buy decent timber once.

The design principle

Everything about a Langstroth hive exists to keep frames removable. If a design decision makes a frame harder to remove, it is the wrong decision — no matter how convenient it seems at the time.

Idris Beaumont

Idris is a carpenter who came to beekeeping through building hives. He writes about equipment, materials and the small design decisions that decide whether a hive lasts a decade.

Educational content only. This article is general guidance, not veterinary or medical advice, and it cannot account for your climate, your colony or your local regulations. Suspected notifiable disease must be reported to your national bee health authority. If you suspect a bee venom allergy, consult a doctor before working with bees.