Bed preparation, compost handling, irrigation trenching, and precision work on smaller-scale vegetable operations. The skid steer isn't the first machine most market gardeners think of — but in the right applications, it changes how much you can accomplish in a short season.
Market gardening in Canada runs on compressed timelines. Spring arrives late. Frost comes back early. The window to get beds prepared, irrigation in, and plants established is narrow, and labour is often the limiting factor. The skid steer, with the right attachments, can do in hours what would take days by hand or with small-scale tractor equipment.
That said, the skid steer is a rough-and-ready machine by nature. It's heavy, it compacts soil, and it lacks the precision of purpose-built horticultural equipment. This guide is honest about where the skid steer fits well in a vegetable operation and where it doesn't — because using it wrong is worse than not using it at all.
A market garden running 0.1–0.5 acres with a hand tool philosophy and a walk-behind BCS doesn't need a skid steer. The machine is too large, too heavy, and too imprecise for intensive hand-scale operations on this acreage.
A market garden running 1–10 acres, doing significant bed establishment work, handling compost and material inputs in volume, installing or expanding irrigation, and dealing with infrastructure work — that operation can make good use of a skid steer. The machine earns its place when there's real volume work to do.
Many Canadian market gardens in this scale range — BC's Fraser Valley, Ontario's Niagara peninsula and Holland Marsh, Quebec's Montérégie, and PEI potato country — own or access a skid steer specifically for the high-volume seasonal prep work that the machine handles efficiently and then transition to smaller equipment for season operations.
The rotary tiller attachment is the most valuable soil preparation attachment for market garden operations. On new ground being broken for the first time, a skid steer rotary tiller working to 150–200mm depth breaks up sod, incorporates existing vegetation, and creates a loose, workable seedbed over large areas quickly. On established gardens, it incorporates compost and organic matter amendments before the season.
The critical consideration for market garden use is soil compaction. A skid steer is heavy — a mid-size machine weighs 2,500–4,000 kg — and running it repeatedly over garden beds, especially in spring when soil is at or above field capacity, compacts the soil structure that the tiller is trying to improve. The practical approach: tractor path the machine on designated lanes, avoid turning on productive garden beds, and time ground work for when soil is dry enough to avoid compaction damage. The traditional market garden advice of "don't work wet soil" applies to skid steer work even more strongly than to smaller equipment.
For raised bed systems, the rotary tiller is used primarily in bed establishment — creating the initial loosened bed structure — and for full seasonal renovation if beds are being refilled and re-established rather than maintained in place. In established no-till or reduced-till bed systems, the skid steer tiller doesn't play a role during the season.
After tilling, a power rake produces the fine, uniform seedbed surface that market gardeners need for direct seeding. The power rake's aggressive spinning tines break up remaining clods, move rocks to the surface, and create the consistent tilth that small seeds need for good germination contact.
This is the attachment that bridges "we tilled it" and "we can seed or transplant directly." On large bed areas — when you're establishing 50 or 100 new beds at the start of a season — the power rake makes bed finishing a machine task rather than a crew task. See the power rake catalog for sizing options.
The compost input requirement for intensive vegetable production is substantial. A 2-acre market garden might receive 50–200 tonnes of compost per season for annual amendments, with additional inputs of wood chip mulch for paths and organic material for bed renovation. Moving that volume by wheelbarrow is not a viable approach. The skid steer with a GP bucket or pallet forks is the right tool.
The GP bucket on the skid steer handles compost loading from a pile efficiently. The challenge is spreading — a bucket-dumped pile of compost in the middle of a garden bed still needs to be spread manually or with a loader attachment. Some operators use a low-capacity push-spread technique with the bucket tilted forward, but it's imprecise and not ideal for getting even amendment coverage.
For large-volume compost spreading on established garden areas, some market gardeners use a manure spreader or compost spreader attachment pulled by a tractor, with the skid steer handling pile loading and transport. The skid steer is better at the loading and positioning task than the spreading task in garden contexts.
Canadian market garden operations receive regular large inputs: compost deliveries, seed starting medium by the pallet, drip irrigation supplies, row cover material, fence materials. Pallet forks on the skid steer handle all of this without manual unloading. On farm operations where everything is tight and every hour counts in the spring window, saving two hours of manual pallet work by owning a set of forks is real value.
Pallet forks are also useful for managing cold frame and low tunnel structures — moving the frames between fields, positioning them at the start of the season, storing them efficiently at the end.
Drip irrigation is the standard for Canadian market gardens in any water-conscious region — BC's dry summers, Ontario's variable summer rainfall, the dry belts of Alberta and Saskatchewan. Installing a permanent sub-surface irrigation system or buried mainlines requires trenching.
A trencher attachment on the skid steer opens irrigation trenches at a fraction of the time manual digging takes. For a 2-acre market garden with sub-main irrigation lines running to each bed zone, a skid steer trencher can open the necessary trenches in a day that would take a crew several days by hand.
The key for market garden trenching is narrow trench width — you're burying 1.5" or 2" polyethylene pipe, not a 6" culvert. A narrow trencher (4–6 inch chain width) is appropriate and causes minimal surface disturbance on garden beds. Wider trenchers waste material and create more restoration work. See the catalog for trencher attachment sizing options.
In BC's rocky soils and Ontario's heavy clay, a chain trencher handles the work better than most alternatives. In Alberta's clay-heavy soil, a chain trencher in summer when the soil is dry and hard cuts reasonably well — but plan irrigation trenching for early spring while soils still have moisture content, as bone-dry Alberta clay in August is extremely hard on trencher chain.
For market gardens building permanent raised beds — whether full raised beds with imported soil or modified-field raised bed systems — the skid steer is involved in the initial site preparation and bed construction phase.
For full raised bed systems on previously cultivated land, the skid steer with a bucket can move topsoil, create pathways by excavating path areas and mounding soil to future bed areas, and do the bulk earthwork of establishing a permanent bed layout. This is a one-time job — once the raised bed system is established, the skid steer isn't involved again in season operations.
Permanent paths between raised beds need ongoing management — renewing wood chip mulch, removing accumulated organic material, maintaining drainage. The skid steer with a bucket can scrape and refresh wood chip paths on wide enough paths (paths of 90cm+ allow a narrow skid steer to work). Narrower paths — the 60cm paths common in intensive growing systems — don't have room for a skid steer.
It's worth being direct about the limitations, because the wrong expectation leads to damaged beds and frustrated operators.
If you're choosing a skid steer specifically for market garden work, a smaller machine is often better than a larger one. A compact skid steer in the 600–900 kg operating weight class — like a Bobcat S550 or equivalent compact size machines — is less destructive on garden soil than a full-size 2,500 kg machine. The trade-off is less hydraulic power and lower ROC, which limits some attachment options.
Compact track loaders (CTL) have lower ground pressure than wheeled skid steers of comparable size, which makes them better for garden soil work. If the primary use is market garden operation on wet spring soil, a CTL is worth considering — the tracks distribute weight over a much larger contact area.
Rotary tillers, power rakes, trenchers, pallet forks, and buckets — with sizing and compatibility for all machine classes.