8 Supplies for Making Hay on a Small-Acreage Farm

Standing at the edge of a lush pasture, watching the grass head out, signals that the haymaking season has arrived. For small-acreage farmers, producing high-quality forage requires equipment sized specifically for lower horsepower tractors and compact fields. Investing in the right suite of implements transforms a chaotic weather race into a smooth, manageable harvest.

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Essential Equipment for Small-Scale Haymaking

Making hay on a small acreage is a precise balance between weather windows and mechanical efficiency. On properties ranging from five to twenty acres, commercial-scale implements are far too large and expensive, while hand tools demand unrealistic physical labor. Right-sizing the machinery allows a single operator to cut, dry, and bale high-value feed efficiently.

A successful small-scale operation relies on a dedicated lineup of light-duty and compact implements. Matching implement width and weight to tractors in the 15 to 50 horsepower range prevents equipment strain and soil compaction. Utilizing tools designed for small fields makes navigating fence lines, gates, and tight corners simple.

Every tool in the haymaking chain serves a specific, time-sensitive purpose. A breakdown at any stage—whether cutting, drying, testing, or packing—endangers the quality of the entire crop. Putting together a reliable toolkit ensures forage retains its nutritional density from the field to the barn.

Drum Mower – Galfre FR/D 190 Rear Drum Mower

The mower is the initial workhorse of the harvest, tasked with laying down dense stands of grass cleanly. Unlike finish mowers, a dedicated hay mower leaves a neat, continuous swath without mulching the plant stems. Cutting the crop cleanly at the right height promotes rapid plant regrowth for subsequent cuttings.

The Galfre FR/D 190 Rear Drum Mower stands out for small-acreage operations due to its structural simplicity and high blade speed. Utilizing two counter-rotating drums, this mower slices through thick, tangled, or blown-down grass without clogging. Its simple gear-driven design eliminates the complex belts and hydraulics that frequently fail on light-duty sickle bar mowers.

• Working Width: 6 feet 3 inches
• Tractor Requirement: 45+ HP minimum
• Hitch Type: Category 1 or 2 three-point hitch
• Mechanism: Dual counter-rotating drums with heavy-duty steel knives

Because drum mowers carry their weight far behind the tractor, proper front ballast is critical on compact frames. Maintenance is straightforward, requiring regular greasing of the primary pivot points and checking gearbox oil levels. The reversible knives can be flipped or replaced in minutes using a basic lever tool.

This mower is ideal for smallholders running mid-sized compact tractors who cut dense mixed-grass or legume fields. It is not suitable for sub-compact tractors under 35 horsepower, as the heavy cantilevered weight can destabilize lighter tractor frames during transport.

Hay Tedder – Galfre GS 300 Rotary Tedder Rake

Once grass is cut, the clock starts ticking against rain and humidity. A hay tedder spreads and lifts the heavy, wet swath, exposing the underside to air currents and sun exposure. Proper tedding shortens drying time significantly, often cutting a full day off the field-curing process.

The Galfre GS 300 Rotary Tedder Rake is a highly versatile combination tool engineered specifically for small pastures. It converts quickly from a tedder that fluffs green forage to a rotary rake that pulls dried hay into clean windrows. Its robust frame and heavy-gauge spring tines handle heavy clover and thick grass mixes without bending.

• Dual Functionality: Fluffs for drying, rakes into windrows
• Operating Mechanism: PTO-driven rotary arms with flexible steel tines
• Tractor Requirement: 20+ HP
• Transport Mode: Folds vertically for narrow gate passage

Operating speed requires careful attention; driving too fast can shatter high-protein leaves on alfalfa or clover crops. Daily inspection of the tine fasteners prevents loose hardware from entering the field and damaging downstream equipment. Simple mechanical adjustments alter the tine angle for either spreading or windrowing.

This combination unit is perfect for small-scale farmers looking to minimize equipment costs and barn storage space by using one implement for two tasks. It is less suited for large-scale operations requiring multi-basket tedding widths over fifteen feet.

Mini Round Baler – Ibex TX31 Mini Round Baler

The baler compresses cured windrows into transportable, dense packages ready for winter storage. For small farms, large round or commercial square balers require massive horsepower and heavy transport gear. Mini round balers bridge this gap by producing easily manageable bales using small compact tractors.

The Ibex TX31 Mini Round Baler is designed around the needs of small-acreage producers. It rolls standard 20-by-28-inch bales that weigh between 40 and 55 pounds, making them light enough to handle by hand. Its simple, fully mechanical drive system connects to standard Category 1 three-point hitches without requiring external tractor hydraulics.

• Bale Dimensions: 20" diameter x 28" length
• Bale Weight: 40 to 55 lbs (adjustable based on moisture and density settings)
• Power Requirement: 15 to 25 PTO HP
• Binding System: Automatic twine wrapping mechanism

Feeding the baler requires a steady, slow ground speed to allow the chamber to form a tight core. The mechanical knotter or wrapping system must be kept free of chaff accumulation to prevent misfeeds. Check drive chain tension and apply lubricant after every twenty operating hours.

This machine is ideal for solo farmers, homesteaders with small tractors, and operations managing steep or small paddocks. It is not designed for custom baling contractors who need to process dozens of acres per hour.

Understanding Hay Moisture Before Baling

Baling hay at the wrong moisture level is the single largest cause of ruined crops and barn fires. When forage is baled too wet—typically above 20 percent moisture—trapped moisture promotes bacterial growth and mold formation. This bacterial activity generates heat, which degrades feed protein and can spontaneously ignite the stack.

Conversely, baling hay that is too dry (below 12 percent moisture) leads to severe leaf shatter. The leaf contains the highest concentration of protein and digestible nutrients in forage plants. If the crop crumbles into dust during baling, the resulting feed value drops significantly.

The ideal target window for baling small bales is between 14 and 18 percent moisture. Achieving this target requires checking multiple areas across a field, paying close attention to shaded fence lines and low-lying hollows where curing lags behind high ground.

Moisture Tester – Agratronix BHT-1 Hay Tester

Eliminating guesswork during the curing process requires objective measurement tools rather than simple hand-twist tests. A dedicated moisture tester provides instant readings, helping operators decide precisely when to start baling.

The Agratronix BHT-1 Hay Tester mounts directly inside the baler chamber to deliver continuous, real-time moisture readings while driving. Featuring a direct-read digital display, it measures moisture levels as hay is actively compressed into the bale chamber. This allows the operator to spot high-moisture pockets immediately and halt baling before wet spots contaminate the stack.

• Display: Backlit digital screen with continuous readout
• Moisture Range: 8% to 40% depending on crop type
• Installation: Dual sensor pads mount in the bale chamber wall
• Power: Standard 12V tractor battery connection

Sensor pads must be wiped clean regularly to prevent sap buildup from distorting electrical resistance readings. Route the wiring harness carefully away from moving baler parts and hot tractor exhaust components. Periodic calibration against oven-dried samples or secondary handheld probes ensures ongoing accuracy.

This unit is perfect for tractor operators who want continuous feedback without stopping to pull manual probe samples. It is less necessary for producers who prefer testing windrows manually prior to hitching up the baler.

Baler Twine – Bridon Max 170 Plastic Twine

Baler twine holds the compressed forage together under high expansion pressure during ejection and transport. Weak or inconsistent twine leads to broken bales, wasted crop, and constant knotter jams in the field.

The Bridon Max 170 Plastic Twine provides high tensile strength engineered to resist snapping under dense compression. Made from UV-stabilized polypropylene, this twine stands up to sunlight exposure without degrading or rotting during storage. Its smooth, uniform construction feeds cleanly through tension guides and knotter needles without fraying.

• Material: Heavy-duty UV-stabilized polypropylene
• Knot Strength: 170 lbs rating
• Color: High-visibility pink or yellow for easy identification in pastures
• Spool Compatibility: Standard mini-round and small square baler twine boxes

Proper twine box threading is essential; follow the baler manual’s routing diagram precisely to maintain correct line tension. Store spare spools in a dry, dark place away from rodents, which can chew through plastic fibers during the off-season. Clean away synthetic twine scraps from fields to prevent livestock ingestion.

This product is right for any smallholder using modern mechanical balers that require consistent synthetic twine tension. It is not suitable for organic operations that mandate fully biodegradable, natural-fiber sisal twines.

Hay Tarp – Inland Plastics Heavy Duty Hay Tarp

If indoor barn space is unavailable, stored hay must be shielded from rain, snow, and destructive solar ultraviolet rays. Unprotected outdoor stacks can suffer up to 30 percent spoilage loss on the top and outer layers alone.

The Inland Plastics Heavy Duty Hay Tarp is purpose-built for outdoor forage protection. Constructed from heavy-gauge, woven polyethylene, it features a silver outer layer that reflects sunlight and prevents heat buildup beneath the tarp. The underside incorporates a black inner layer that blocks light penetration, preventing internal condensation growth.

• Material: Heavy-duty UV-treated woven polyethylene
• Fastening: Heavy-gauge webbing loops welded directly into the hem
• Color: Silver exterior, black interior
• Sizing Options: Scaled from small homestead stacks up to large commercial piles

Securing the tarp properly is vital; loose tarps beat against the stack in wind, shredding seams and pulling out tie-downs. Use heavy rope ratchets or weighted water pipes passed through the bottom loops rather than simple tarps stakes. Ensure the stack has a sloped ridge pattern beneath the tarp to facilitate water shedding.

This tarp is essential for small-acreage farmers storing hay stacks outdoors for extended periods. It is unnecessary for operations with sufficient indoor barn capacity to hold their full annual yield.

Bale Spear – Titan Attachments 39 Inch Spear

Moving cured bales off the field efficiently reduces soil compaction and clears the pasture for rapid regrowth. A dedicated bale spear penetrates the dense core of a bale, providing a secure lifting point without tearing twine bindings.

The Titan Attachments 39 Inch Spear attaches directly to front-end loaders or rear three-point hitches using standard quick-attach systems. Solid forged steel construction guarantees the main spear can support heavy loads without bending or snapping. Two lower stabilizer prongs prevent round or square bales from spinning during transport over rough terrain.

• Main Spear Length: 39 inches
• Capacity: 3,000 lbs total capacity
• Material: Forged spring steel
• Attachment: Universal quick-tach or Category 1 three-point options

Tractor operators must verify that the front loader’s lifting capacity comfortably exceeds the combined weight of the attachment and bale. Drive slowly when transporting elevated bales, keeping loads low to the ground to maintain tractor balance on uneven pastures. Periodically coat the spear taper with grease or oil to prevent rust and ease penetration.

This tool is designed for producers moving dense mini-round bales, standard round bales, or stacked square bale pallets with a tractor loader. It is unnecessary for operations handling small, individual hand-sized bales exclusively by hand.

Hay Hook – Weaver Leather Wood Handle Hook

Manual labor remains a substantial part of handling, loading, and stacking small bales. Using dedicated hay hooks reduces back strain, protects fingers from twine cuts, and provides leverage when pulling tight bales from stacks.

The Weaver Leather Wood Handle Hook features a cold-rolled steel hook set securely into a smooth, contoured hardwood handle. Designed to fit comfortably in a gloved hand, the hook penetrates deep into compressed hay to establish a firm grip. Its curved tip releases cleanly with a quick flick of the wrist once the bale is in position.

• Handle Material: Turned hardwood with a smooth clear finish
• Hook Material: Cold-rolled steel shaft with sharp tapered point
• Grip Style: T-handle design for maximum lifting leverage
• Weight: Lightweight balance to minimize wrist fatigue

Safety is the primary consideration when using sharp hand tools; keep the hook tip pointed away from body parts while swinging into a bale. Store hooks in a scabbard or wall rack when not in use to prevent accidental punctures. Touch up the steel point occasionally with a hand file to keep it sharp.

This tool is ideal for farmhands loading trailers, stacking inside tight haylofts, or feeding livestock daily. It provides little benefit to operations that are entirely mechanized with loaders and grabbers.

Proper Storage Techniques for Small Hay Bales

Creating a stable, long-lasting hay stack requires thoughtful planning to preserve forage quality and protect physical safety. Always build the base of the stack on elevated wooden pallets rather than bare dirt or concrete floors. The air space beneath the pallets breaks capillary action, preventing ground moisture from wicking up into the bottom layer of bales.

Stagger the seams between layers in a interlocking brick pattern to tie the stack together structurally. Alternating the direction of the bales on each row locks the corners in place, preventing tall stacks from leaning or collapsing over time. Keep the sides of the stack plumb and square as you work upward.

Ensure adequate ventilation around the entire perimeter of the stack, leaving at least twelve inches of space between the hay and barn walls. Monitor internal stack temperatures weekly for the first month after harvest using a long probe thermometer. Temperatures below 120°F are normal during curing, but readings approaching 140°F warrant close monitoring, and anything over 160°F indicates a critical fire risk requiring immediate disassembly.

Maintaining Your Equipment After the Harvest

Proper maintenance at the end of the cutting season extends the lifespan of small-farm machinery and prevents costly spring breakdowns. Start by thoroughly cleaning all dust, chaff, and plant debris from every implement using air pressure or a pressure washer. Removing packed chaff eliminates moisture pockets that breed rust and deters mice from nesting in mechanical housing.

Grease all zerks, PTO shaft splines, pivot pins, and wheel bearings prior to winter storage. Pushing fresh grease through the fittings forces out trapped moisture and grit accumulated during field use. Coat unpainted steel surfaces—such as mower cutterbars, baler knotters, and spear tips—with a light layer of storage oil or rust inhibitor.

• Release belt and chain tension on balers to prevent stretch fatigue.
• Sharpen mower blades and inspect tedder tines for structural cracks.
• Store equipment indoors or under breathable, waterproof covers elevated off wet soil.
• Check gearbox oil levels and replace contaminated fluids according to manufacturer specs.

Taking the time to service gear in the fall ensures equipment sits safely through winter dampness. When spring warm-up arrives, the machinery will be fully prepared to hit the field as soon as the grass is ready.

Equipping a small-acreage farm with the right tools transforms haymaking from a stress-filled trial into a rewarding seasonal routine. By selecting durable, properly sized equipment and applying smart curing and storage practices, high-quality feed remains secure for the winter ahead. Keep your implements well-maintained, monitor field moisture closely, and enjoy the satisfaction of a successfully harvested crop.