Hive placement, site preparation, access road management, and small-scale land work for commercial and semi-commercial beekeepers across Canada.
Commercial beekeeping in Canada is a bigger operation than most people realize. Alberta alone has roughly one million colonies — the most of any province — and the Prairie provinces together account for the bulk of Canadian honey production. A commercial beekeeper managing 500, 1,000, or 3,000 colonies is moving equipment across large distances, maintaining dozens of remote apiary sites, and doing real land management work that machine support genuinely helps.
This guide is aimed at that operator — commercial beekeepers and those operating in the 100+ colony semi-commercial range. Hobbyist keepers with 5 hives in the backyard don't need a skid steer. But anyone managing a real apiary operation with road access challenges, site preparation needs, and volumes of hives to move will find legitimate use for compact equipment.
In commercial operations, honey bee colonies are kept on wooden pallets — typically 4 hives per pallet (a "quad"). Moving these pallets at the beginning and end of each pollination or honey flow season is the primary equipment-intensive task in beekeeping. Fully loaded quad pallets can weigh 800–1,200 lbs depending on honey stores, which puts manual handling out of reach and makes forklifts or skid steers the standard tool.
A skid steer with pallet fork attachments handles hive pallets well. The keys for apiary work are slightly different than standard pallet handling:
Fork extensions (attached to the existing tines to extend reach) are useful for off-pallet placement in tight spots or when placing hives at a slight distance from the machine's body. Extensions typically extend 24"–36" beyond the standard tine length.
Night operation is standard in commercial hive moving — bees are in the hive after dark, which is the right time to move them. If you're operating a skid steer at night for hive loading, adequate machine lighting matters. Most modern skid steers have cab-mounted lights, but adding a light bar or work lights facing rearward can improve visibility when backing to a trailer.
Apiary sites need to be accessible by truck and trailer — the heavy equipment road standards of construction don't apply, but two-wheel drive pickup access is usually the minimum requirement. In rural Alberta and Saskatchewan, apiary sites are often at the edge of shelterbelts, crop margins, or Crown land lease sites that haven't been maintained. Opening up and maintaining that access is genuine work.
A box blade or land plane on a skid steer can maintain a two-track access road effectively. This includes pulling ruts back to level after wet season damage, crowning the road surface to improve drainage, and moving topsoil spoil from the edges back to the roadway surface. Most apiary access roads don't need anything more sophisticated than periodic box blade work.
In areas with significant brush encroachment on the access track — common in aspen parkland country in Alberta, Eastern Saskatchewan, or the boreal fringe — a brush cutter or flail mower mounted on a compact skid steer keeps the track open. You don't need a full forestry machine for this; a standard brush cutter attachment handles young aspen and scrub growth fine.
Hive pads — level, stable areas where hive pallets sit — need to be reasonably flat. Unlevel sites cause pallet instability, water pooling around hive bases, and difficulty during pallet removal in wet conditions. A box blade or land plane pass to level a hive pad takes 15–30 minutes for a standard 4–8 pallet site. Done once and maintained annually, it keeps the site functional for years.
In Alberta, some commercial beekeepers use concrete pad sections or treated lumber platforms at high-use sites — the skid steer delivers these materials from the trailer to the placement location. Dead-simple pallet fork work, but it saves hours of manual hauling.
Tall grass and weeds growing up around hive bases create moisture issues and make hive inspection harder. Most commercial beekeepers use herbicide around hive bases for season-long suppression, but some prefer mechanical mowing — particularly at organic or spray-free operations.
A skid steer with an angle broom or light brush cutter can maintain the cleared zone around a multi-pallet apiary site in minutes rather than the hours it takes with a walk-behind mower. This isn't the primary driver for owning a skid steer in beekeeping — it's a nice-to-have task for operators who already have one.
Bears are a genuine operational hazard for Canadian beekeepers. Black bears are found across the boreal zone, and their damage to apiaries can be catastrophic — a single bear attack can destroy an entire apiary site. Electric fence is the standard defence, and installing effective perimeter fencing around apiary sites is where a skid steer with a post driver earns its keep.
A hydraulic post driver on a skid steer can set fiberglass or steel T-posts for electric fence at a rate that makes manual post driving look absurd. A 40-post perimeter fence that might take a crew two hours to drive by hand can be done by a single operator in under 30 minutes with a skid steer post driver. On large operations with dozens of apiary sites needing bear protection — common in the Peace River country of Alberta and BC — this is a significant time saving at the start of each season.
Post hole augers work for corner and gate posts that need deeper, more stable placement than driven T-posts. A 6" or 8" auger bit, 2' depth, anchors corner posts for bear fence construction effectively. In the hardpan soils of many Alberta apiary sites, a rock-capable bit is worth having available.
Bear fence installation note: Effective bear exclusion fencing around apiaries is typically 5-strand electric, with the lowest strand at about 20 cm from the ground and strands spaced to the top at roughly 60–80 cm total height. Post spacing of 3–4 metres gives adequate wire support. Provincial wildlife agencies in BC and Alberta both provide bear conflict prevention guidance and sometimes cost-share programs for electric fencing at apiary sites — worth checking before purchasing material at full cost.
In Western Canada, commercial beekeepers move colonies to canola, clover, and other crops for contract pollination during the flowering season, then move them again for fall honey flows or wintering sites. This transhumance (seasonal movement) is the logistics core of the commercial beekeeping business model.
At both ends of each move — setup and teardown — skid steers help. Setting pallets in position in a field, adjusting placement when a landowner's crop access needs change, removing pallets at the end of the pollination contract, and loading the bee truck for the next move are all pallet fork operations.
One underappreciated aspect: site cleanup after hive removal. Hive pallets leave behind dead bees, propolis residue, and sometimes burr comb dropped during moves. Landowners with strict site cleanliness expectations (particularly canola and berry operations where residue can attract pests) expect the site to be cleaned up after hive removal. A bucket and a quick sweep clears accumulated residue from the pad area before the beekeeper leaves — a 10-minute task that maintains the landowner relationship.
Alberta, Saskatchewan, and Manitoba beekeepers using overwintering facilities — insulated buildings where colonies spend the winter at controlled temperature — deal with significant movement logistics in October and April. Moving hundreds of quad pallets into cold storage at the end of the season and back out in spring is the biggest single equipment event in the commercial beekeeping calendar.
Skid steers are the standard equipment for this. The narrow aisle configurations of most overwintering facilities require compact machines — a standard 60–70" wide skid steer can typically work in aisles built for them. Overwintering building design and skid steer aisle width should be coordinated if you're building a facility; retrofit is much harder.
Indoor operation introduces ventilation requirements — diesel machines need adequate air exchange. Many large operations use propane or electric mini-forklifts for indoor work; outdoor skid steer work is diesel. If your facility is large enough to warrant it, an electric compact pallet jack inside and the diesel skid steer outside for truck loading is a practical split.
Unless you're running 500+ colonies with multiple seasonal moves, owning a skid steer specifically for apiary work probably doesn't pencil out. The machine use is seasonal and concentrated — a week in spring, a week in fall, plus occasional site maintenance days.
Renting makes more sense at smaller scales. A day-rate or weekend rental from a local equipment dealer for spring and fall moves keeps the cost proportional to use. Alternatively, many rural beekeepers have working relationships with neighbouring farmers who own skid steers — informal equipment sharing arrangements are common in agricultural communities in Alberta and Saskatchewan.
If you're adding a skid steer for multiple farm uses — cattle handling, grain bin work, general farm maintenance — the math changes and beekeeping becomes one more application in the rotation rather than the justification for the purchase. See our cattle operations guide for context on that overlap.