Bee Hive Boxes & Frames Explained: An Australian Guide to Sizes

bee-space beginners boxes frames langstroth nuc sizing

Choosing your first beehive — or expanding an existing one — means working out two completely separate things: how wide the box is (5, 8 or 10 frame) and how tall the frames are (Full Depth, WSP, Manley or Ideal). There are 12 possible combinations, and beekeepers will argue about every one of them. This guide is the version we wish someone had written for us — what each option actually means, what's standard in Australia, and how to pick a box-and-frame combination that suits your back, your bees and your goals.

Two dimensions, two decisions

Every bee hive box has a width (set by the number of frames it holds) and a height (set by how tall those frames are). These two choices are completely independent — you can have a 10 frame Full Depth box, a 5 frame Ideal box, or any other combination. Get them sorted in your head separately and the rest falls into place.

  • Frame count (width) — how many frames the box holds side by side (typically 5, 8 or 10)
  • Frame depth (height) — how tall the frames are (Full Depth, WSP, Manley or Ideal)

Pick one of each and that's your box. Then make sure the frames you buy match the box (Full Depth frames for Full Depth boxes, WSP frames for WSP boxes, and so on) — which brings us to the most important rule of all.

A note on terminology and other sizes

This article covers the sizes most commonly available in Australia: 5, 8 and 10 frame counts and the Full Depth, WSP, Manley and Ideal frame depths. There are other sizes around — half-depth, jumbo and various manufacturer-specific shapes — but they're niche and not commonly used in Australia, so you can ignore them while you're starting out.

If you've been reading American beekeeping content, the US names map cleanly to three of ours: Deep = Full Depth, Medium = Manley, and Shallow = Ideal. WSP doesn't have a US equivalent — it's a uniquely Australian 3/4-depth size designed locally for our climate, our bees and our gum-tree honey flows. Langstroth designed the original hive in the US in 1851, and the Australian industry adapted from there over the decades that followed.

The bee space — why box height and frame size MUST match

The single most important measurement The precise gap (6-10 mm) that bees naturally leave open TOO SMALL (<6 mm) PROPOLIS (Bee glue) Bees seal the gap with propolis, gluing frames together. TOO LARGE (>10 mm) BURR COMB (Unwanted comb) Bees build unwanted comb that glues frames together. Between these extremes — the BEE SPACE a precise 6-10 mm gap bees leave alone — Langstroth's 1851 discovery.

The single most important thing to know about boxes and frames is this: they have to fit together properly, with a 6-10 mm gap on every side. That gap is the bee space — the magic distance discovered by Reverend Lorenzo Langstroth in 1851 that bees won't fill.

When you stack one box on top of another, the gap between the bottom of the upper-box frames and the top of the lower-box frames needs to be around 6-10 mm. This vertical bee space is what bees naturally leave open as a walkway between layers. If that gap is too narrow (under 6 mm), bees treat it as a sealed crack and fill it with sticky propolis — your frames get glued solid and inspections become a chisel job. If the gap is too wide (over 10 mm), bees treat it as wasted space and build random burr comb across it — your frames bond together with comb and breaking them apart kills brood and crushes bees.

This is why you can't mix and match willy-nilly. Put only 8 frames in a 10-frame box and you'll leave too much horizontal space between the frames — the bees fill it with burr comb, gluing frames together and making inspections a nightmare to pull the boxes apart. Use a shorter WSP frame in a Full Depth box and there's too much vertical space underneath the frame — same outcome, more comb where it shouldn't be. The frame count AND depth need to match the box. Read more about bee space and why it matters in our dedicated article — Langstroth's insight is genuinely one of the most consequential discoveries in beekeeping history.

Bees on natural honeycomb showing the precise bee space they leave between layers — the natural behaviour Reverend Langstroth measured in 1851.
Bees on natural comb instinctively leave a 6-10 mm gap between layers — the exact "bee space" Langstroth measured in 1851 and engineered into the modern hive box.

Frame count: 5, 8 or 10 frame (the WIDTH dimension)

Frame count determines how wide the box is and therefore how many bees and how much honey it can hold. In Australia, 10 frame is the traditional standard, but 8 frame has become popular with hobbyists, and 5 frame is the dedicated size for raising queens and starting new colonies.

5 Frame 8 Frame 10 Frame

5 frame — the nucleus size

A 5 frame box (sometimes just called a "nuc box") is built for a specific job: raising a new colony from a queen and a small starter of bees. You'll find them used for nucleus colonies bought from breeders, queen rearing, splitting an existing hive in spring, or temporarily housing a swarm you've caught. A 5 frame colony can grow strong, but at that point you'll usually transfer it into a larger box. Browse our nuc hives and nucleus boxes if you need a starting size.

8 frame — a lighter option

An 8 frame box holds eight frames in a smaller footprint than the traditional 10 frame. The big advantage is weight: an 8 frame box full of honey is roughly 20 percent lighter than the 10 frame equivalent, which makes a real difference when you're lifting boxes off a stack at harvest. 8 frame setups have grown popular in Australia with hobbyists, urban beekeepers and anyone with a dodgy back. The trade-off is slightly less honey per box, which matters more for commercial operators than for backyard keepers.

10 frame — the Australian standard

The 10 frame Langstroth has been the default in Australia for decades. It gives you the most honey per box and the most bees per colony, which is why commercial beekeepers and serious hobbyists tend to stick with it. The price you pay is weight — a 10 frame Full Depth super full of honey can hit 36 kilograms. If you're young, strong, and chasing maximum production, this is the box. If you're not, read on.

Frame depth: Full Depth, WSP, Manley or Ideal (the HEIGHT dimension)

Frame depth is how tall each frame is — and therefore how much comb area each frame holds. Australia ended up with four common sizes thanks to a mixture of imported standards (Full Depth from the US Langstroth tradition) and local innovations (WSP and Manley designed for Australian conditions, plus Ideal which became popular in Tasmania).

Full Depth 232 mm frame height Most commonly used size for brood boxes and honey supers WSP 180 mm frame height Aussie 3/4 depth Manley 159 mm frame height Equivalent to US "medium" size, less common in Australia Ideal 136 mm frame height Equivalent to US "shallow" size, popular due to weight

Full Depth (also called Deep) — 232 mm tall

Full Depth is the original Langstroth depth and remains the default for brood boxes (the box where the queen lays eggs and the colony raises young bees). A Full Depth frame holds the most comb area of any of the four sizes, which means the most brood capacity for the colony and the most honey storage when used as a super. The downside is the same as 10 frame: weight. A 10 frame Full Depth super full of honey can weigh around 36 kg. If you can manage the weight, Full Depth gives you the most efficient hive. Browse our Full Depth frames for current stock.

WSP — 180 mm tall (about three-quarter depth)

WSP stands for W.S. Pender, the Australian beekeeper who designed it in the early twentieth century. It sits between Full Depth and Manley at roughly three-quarters the height of a Full Depth — significantly lighter when full but still holding a decent amount of honey. WSP became popular in Australia for honey supers because it strikes a sensible balance: ten frames of WSP honey are easier on the back than ten frames of Full Depth, but you don't have to harvest as often as you would with Ideal. WSP is a uniquely Australian size with no direct US equivalent. Browse our WSP frames.

Manley — 159 mm tall (equivalent to the US "medium")

Manley frames are the Australian equivalent of the American "medium" or "Illinois" size, sitting between WSP and Ideal at 159 mm tall. They're less common in Australia — most beekeepers wanting something lighter than WSP go straight to Ideal — but Manley fills a useful middle ground for keepers who find Ideal too small per frame and WSP too heavy. Browse our Manley frames.

Ideal — 136 mm tall (the lightweight, equivalent to the US "shallow")

The Ideal is the shallowest of the four common sizes and matches the American "shallow" frame. It's popular in Tasmania and increasingly with older beekeepers everywhere for one reason: weight. An Ideal super full of honey weighs roughly half what a Full Depth super weighs, which makes the difference between "I can lift this" and "I need help to lift this". The catch is you'll need more boxes — a colony storing 30 kg of honey needs more Ideal boxes than Full Depth boxes to do it. Plenty of beekeepers happily trade box count for back health. The Ideal also has a strong following in cooler climates like Tasmania, where honey flow seasons are shorter and it pays to be able to get a super on and off the hive quickly as the flow comes and goes. Browse our Ideal frames.

Weight matters more than you think

A box full of capped honey is heavy. A box full of capped honey lifted up to chest height from a stack at the end of a long inspection is a back injury waiting to happen. The table below gives an approximate weight when full — these are the boxes you'll be moving around at honey harvest, and the numbers can be sobering.

Box configuration Approx. weight when full
10 frame Full Depth ~36 kg
10 frame WSP ~27 kg
10 frame Ideal ~18 kg
8 frame Full Depth ~28 kg
8 frame WSP ~22 kg
8 frame Ideal ~14 kg
5 frame Full Depth (nuc) ~18 kg

Weights are approximate. Actual weight depends on how heavily the bees have stored honey, whether the frames are timber or plastic, and how much wax has been built up. Use these as a rough guide for what your back is going to be dealing with at the busiest time of the season.

Why so many different sizes?

The variety exists because different beekeepers have different priorities. Commercial keepers chasing maximum honey yield typically run Full Depth equipment throughout — it gives the most honey per box, the most brood per colony, and the best economics at scale. Hobby beekeepers more often pick smaller frames (Ideal or WSP) to keep the lifting weight manageable when supers come off at harvest. A 10 frame Full Depth super full of honey can weigh 30 kg or more, which is the main reason smaller equipment exists in the first place.

There's also a specialist use case: cut-comb honey. When you sell comb honey in the wedge — the comb itself in a clear plastic container, rather than spinning the honey out of the frame — Ideal frames are the popular choice because the smaller comb area is easier to cut cleanly into retail-sized squares without the comb collapsing. If cut-comb is your goal, an Ideal honey super alongside a Full Depth brood box is a common setup.

Common Australian hive setups

You don't have to use the same frame size right through the hive — many beekeepers run one depth for the brood and a different depth for the supers. Here are the configurations you'll see most often:

  • 10 frame Full Depth throughout — the classic Australian production setup. Most honey, heaviest boxes. Common for commercial keepers (pictured below).
  • 10 frame Full Depth brood + 10 frame Ideal or WSP supers — keep the productive Full Depth brood chamber but harvest lighter supers. A common compromise.
  • 8 frame WSP throughout — modern lightweight setup. Popular with hobbyists and urban beekeepers.
  • 8 frame Full Depth brood + 8 frame Ideal supers — manageable lift weight without sacrificing brood capacity.
  • 5 frame Full Depth nuc — starter or queen-rearing colony, usually transferred into a larger box as it grows.
Rows of stacked Full Depth bee hives in an Australian commercial beekeeping operation — brood box on the bottom with Full Depth honey supers stacked above.
An Australian commercial apiary running 10 frame Full Depth boxes throughout — brood at the bottom, Full Depth honey supers stacked above. The classic production setup.

One non-negotiable rule about mixing

You can mix frame depths within a hive (brood one depth, supers another) but you cannot mix frame counts within the same vertical stack. This is bee space all over again — the boxes need to have the same internal width so the bee space gap at the edge of the frames stays correct, and so bees can move up freely between them. A 10 frame super does not fit on an 8 frame brood box. If you're starting fresh, pick a frame count and stick to it — changing later means replacing every box in the stack.

How to choose

Three questions usually settle it:

  1. How much can you comfortably lift? Twenty kilograms at chest height is a lot for most people. If you don't want to lift more than that, you're looking at 8 frame Ideal or WSP, or 10 frame Ideal. If you can manage 30 kg, you have all options open.
  2. How serious is the production goal? A hobby keeper who wants enough honey for the family doesn't need 10 frame Full Depth — 8 frame WSP will produce plenty. A commercial beekeeper running 50 hives needs maximum efficiency per box.
  3. What's the existing setup, if any? If you're buying frames to fit an existing box, the box determines the frame count and depth. If you're starting from scratch, pick what you want then buy boxes and frames to match.

When in doubt, an 8 frame setup with Full Depth brood underneath and either Ideal or WSP supers on top is a sensible default for most Australian hobby beekeepers — manageable weight, good honey capacity, and widely available.

Shop bee hive boxes & frames

Whatever configuration you choose, we stock the full range of Australian bee hive boxes in New Zealand pine timber, plus matching frames in all four common depths.

Have a question we didn't cover? Drop us a line.



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