8 Pieces of Equipment for Harvesting Small Square Hay Bales

Standing in a three-day weather window with dark rain clouds on the horizon tests the nerves of any small-scale farmer. Putting up high-quality small square bales requires precise timing, reliable machinery, and an efficient workflow from cutting to stacking. Equipping an operation with the right implements turns a chaotic race against rain into a smooth, rewarding harvest.

What to Consider Before Haying Season Begins

Timing and tractor power dictate every equipment purchase on a small farm. A mismatched setup leads to broken PTO shafts, clogged balers, and spoiled crops before the first cutting is even off the ground. Calculate total acreage, evaluate tractor horsepower at both the engine and PTO shaft, and ensure hydraulic outputs match the implements planned for the season.

Field layout also shapes machinery choices. Tight gateways, hilly terrain, and small paddocks demand nimble implements rather than massive commercial setups. Investing in smaller, highly dependable units allows one operator to maneuver easily without tearing up turf or spending hours reversing out of awkward corners.

Weather monitoring remains the ultimate deciding factor for small square baling. Rectangular bales require lower moisture thresholds than large rounds to prevent mold and heat risks inside the barn storage area. Planning equipment purchases around crop drying capabilities ensures forage cures properly within narrow weather windows.

Disc Mower – New Holland Discbine 210 Mower

Cutting grass cleanly and consistently is the critical first step in hay production. A disc mower slices through heavy, downed forage at higher ground speeds without clogging, laying down uniform windrows ready for fast drying.

The New Holland Discbine 210 features a 9-foot, 2-inch cutting width and a heavy-duty modular disc cutterbar, making it efficient for small to mid-sized acreage. Its smooth cutterbar profile reduces field scalping on uneven ground, while the rubber conditioning rollers crack plant stems gently. This accelerates drying time significantly without stripping nutrient-rich leaves from legume crops.

• PTO Horsepower Requirement: 65 HP minimum
• Hydraulics Needed: Dual rear remote valves
• Key Feature: MowMax modular cutterbar with individually sealed disc modules

This implement is ideal for hobby farmers managing 15 to 50 acres who need maximum throughput during limited sun windows. It is too heavy for compact tractors under 50 horsepower or operations working on extreme vertical slopes without proper ballast.

Wheel Hay Rake – Kuhn Speed Rake SR 110 GII

Raking gathers scattered, drying grass into continuous, uniform windrows sized specifically for the baler pickup. Proper raking lifts the crop cleanly while keeping dirt, rocks, and ground debris out of the forage.

The Kuhn Speed Rake SR 110 GII utilizes 10 individual rake wheels in a ground-driven design, eliminating complex PTO drivelines and extra hydraulic lines. Its floating rake arms adapt seamlessly to undulating terrain, preserving plant leaves while gathering clean, fluffy windrows. The heavy-duty structural frame provides outstanding longevity while keeping the overall unit lightweight.

• Horsepower Requirement: 30 HP minimum
• Working Width: Adjusts up to 21 feet
• Design Advantage: Ground-driven rake wheels with mechanical spring flotation

This rake is perfect for operators wanting fast working speeds, simple maintenance, and minimal tractor fuel consumption. It is less suitable for extremely wet, heavy first-cutting forage where a powered rotary rake might handle thick mats with less soil contact.

Rotary Tedder – Pequea HR1140 Hay Tedder

Tedding spreads cut hay out evenly across the full field width to maximize sun and wind exposure, cutting total drying time down dramatically. Fluffing the crop is mandatory in humid climates where heavy morning dew or thick grass stands delay natural curing.

The Pequea HR1140 Hay Tedder offers a 14-foot working width powered by four robust rotors built for tough ground conditions. Its heavy-duty tubular steel frame and sealed commercial gearboxes handle rough pastures effortlessly without flexing or dropping tines. The aggressive tine angle lifts heavy mats of green grass cleanly off the ground without digging into the topsoil.

• PTO Horsepower Requirement: 25 HP minimum
• Working Width: 14 feet 2 inches
• Key Feature: Super-durable tines and flat-profile rotor angled adjusters

Essential for small farms in humid regions trying to bale high-protein legume or heavy grass mixtures within two dry days. It is unnecessary for farmers operating in arid, desert climates where crop drying happens naturally within hours.

Square Baler – John Deere 348 Square Baler

The square baler compresses dried windrows into dense, stackable rectangular bales that are simple to store, haul, and feed by hand. Consistent bale shape and reliable tying mechanisms are crucial for maintaining steady harvest momentum.

The John Deere 348 Square Baler remains a gold standard on small farms due to its 74-inch wide pickup and ultra-reliable knotter system. Its heavy flywheel maintains smooth plunger strokes at 80 strokes per minute, producing tight, uniform 14×18-inch bales that stack like bricks. The gear-driven knotters work flawlessly with synthetic or sisal twine, eliminating missed knots during long production days.

• PTO Horsepower Requirement: 35 to 50 HP depending on field slope
• Bale Dimensions: 14 in. x 18 in. (adjustable length)
• Pickup Width: 74 inches with narrow tine spacing

Ideal for smallholders who prioritize brick-solid bale shape, high resale value, and minimal mechanical downtime. It is overkill for tiny operations producing fewer than 200 bales per year, where simpler, older baler models suffice.

Moisture Tester – Agratronix BHT-2 Tester

Measuring internal bale moisture prevents mold development, nutrient degradation, and disastrous barn fires caused by spontaneous combustion. Guessing moisture levels by feel often leads to ruined hay crops or dangerous heat buildup inside closed lofts.

The Agratronix BHT-2 Tester provides continuous, direct-read moisture measurements right from the tractor seat while baling. Its dual multi-point sensors mount directly inside the baler chamber, feeding real-time percentage readings to a backlit digital display in the cab. Operating within a 10% to 40% moisture range, it instantly alerts the operator when windrows hit wet spots in the field.

• Moisture Range: 10% to 40% continuous direct reading
• Power Source: Direct wire to tractor 12V DC system
• Display: Illuminated digital dashboard console

A non-negotiable tool for any conscientious farmer aiming for premium, horse-quality square bales. Unnecessary only for those who exclusively bale dry cereal straw or farm in rainless, hyper-arid regions.

Bale Hook – Union Tools Wooden Bale Hook

Manual handling of hundreds of small square bales causes severe hand fatigue, glove wear, and back strain without proper gripping tools. A bale hook extends reach, improves leverage, and locks securely into twine or stems.

The Union Tools Wooden Bale Hook features a forged high-carbon steel hook securely anchored into a contoured hardwood handle. The classic curve buries deep into dense bales without slipping or snapping twine strands mid-lift. Its balanced weight reduces wrist strain during long hours on the transport wagon or up in the hay loft.

• Material: Forged carbon steel hook with hardwood grip
• Length: 11.5 inches overall
• Primary Function: Ergonomic manual bale lifting and stacking

Indispensable for anyone hand-loading flatbed wagons or stacking bales inside tight barn corners. Not needed on operations utilizing fully automated bundle-handling equipment or tractor bale spears exclusively.

Bale Accumulator – Kuhns Manufacturing 615

Small square baling usually demands intense physical labor; a bale accumulator collects and groups individual bales into neat packages right behind the baler for fast mechanical loading.

The Kuhns Manufacturing 615 accumulates 15 bales flat on the ground in a 3×5 layout without using complex electronics or hydraulic hookups. Gravity-driven mechanical gates organize bales as they exit the baler chute smoothly. Built with heavy structural steel, it matches with a loader-mounted grab to turn a multi-person bucking crew into a single-operator job.

• Capacity: 15-bale flat package (3 wide by 5 long)
• Operation Type: Fully mechanical gravity-and-gate system
• Tractor Requirements: Loader tractor with specialized grab attachment required for field pickup

A game-changer for solo operators or small family farms short on reliable manual farmhands. It is impractical for tight, irregularly shaped paddocks under five acres where turning radius and maneuverability are restricted.

Hay Elevator – Timberwolf Conveyor Top 24

Elevating heavy square bales into second-story lofts or high ground-level stacks takes a massive physical toll; motorized conveyors lift bales vertically with ease and safety.

The Timberwolf Conveyor Top 24 provides a 24-foot heavy-duty steel frame powered by a quiet electric motor or small gas engine option. Its deep-flanged chain flighting grabs bales firmly, carrying them up steep incline angles without slippage or tumbling back down. The balanced axle design allows easy transport around the yard and quick height adjustments at the barn door.

• Length: 24 feet
• Power Source: 110V Electric motor or gas engine drive
• Frame: Welded truss steel construction with heavy drive chain

Critical for farms utilizing traditional two-story bank barns or tall floor stacks where manual lifting is unsafe. Unnecessary for single-level flat storage setups where front-end loader grabs handle top-tier placement directly.

Tips for Stacking and Storing Square Bales

Proper stacking preserves hay quality for months and prevents dangerous stack collapses inside the barn. Always start with a dry base elevated off raw dirt or concrete floors, utilizing wooden pallets to permit air ventilation underneath.

Interlock bales on each successive layer, crisscrossing directional patterns much like brickwork to tie the stack together tightly. Keep edge bales level, slanting top exterior layers inward slightly if stacking outdoors under heavy-duty UV-resistant tarps.

• Place bottom layer cut-side up to reduce moisture draw from pallets
• Leave 12 inches of clearance between top bales and barn roof rafters for heat dissipation
• Keep stack columns straight to distribute weight evenly across the footprint

Monitor internal stack temperatures daily for two weeks after harvest using a long thermal probe. Temperatures staying under 120°F are safe; readings approaching 140°F warrant close observation, while anything over 160°F indicates an urgent fire risk.

Maintaining Haying Equipment Between Seasons

Off-season maintenance turns potential field breakdowns into smooth operational starts when harvest weather arrives. Clean every piece of equipment thoroughly with compressed air or a pressure washer, removing acidic plant juices and lingering dust that attract moisture and rust.

Grease every fitting, inspect gearboxes for oil contamination, and replace worn drive belts, chains, and pickup tines before storing. Apply a light coat of rust inhibitor to raw metal surfaces, especially baler knotters, cutterbar beds, and bale hook points.

Store machinery inside a dry shelter away from sunlight and rodents, which chew through electrical wiring and baler twine. Jacking implement weight off tires preserves sidewalls through long winter storage periods, ensuring equipment is field-ready come spring.

Final Checklist for a Successful Hay Harvest

A disciplined pre-flight routine keeps the harvest moving smoothly when weather windows shrink. Run every machine at full working PTO speed days before entering the field to verify smooth operation and listen for failing bearings.

Stock essential replacement parts right in the tractor tool chest to avoid unnecessary mid-day store runs:

• Spare baler shear bolts and knotter springs
• Extra mower knives and guard bolts
• Replacement rake tines and pickup teeth
• Additional rolls of baler twine matching weight specs

Align weather forecasts, tractor fuel supplies, field routes, and barn storage spaces well in advance. When every piece of equipment operates in harmony, putting up high-quality small square bales becomes an efficient, deeply satisfying harvest.

Putting up small square bales remains one of the most rewarding tasks on a small farm when backed by dependable machinery. Selecting equipment matched to tractor capacity and field acreage transforms long harvest days into clean, efficient work. With solid preparations, proper maintenance, and smart storage strategies, high-quality forage will keep your livestock well-fed all winter long.