8 Pieces of Equipment for Making Hay on a Hobby Farm

Standing in a waist-high field of sweet-smelling orchard grass, the dream of self-sufficiency feels incredibly close. Yet, turning that standing forage into high-quality, mold-free winter feed on a small acreage requires the right tools and flawless timing. Having a reliable, scaled-down equipment lineup transforms a stressful, weather-dependent scramble into a smooth, rewarding homestead tradition.

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Challenges of Small-Scale Hay Production

Standard commercial hay equipment is designed for sprawling fields, wide gates, and high-horsepower tractors. Trying to maneuver a massive 15-foot disc mower or a heavy round baler through a tight two-acre paddock is a recipe for broken fences and compacted soil. Small-scale farmers must find machinery that is nimble, lightweight, and highly efficient.

Weather windows are notoriously tight, and a single unexpected rainstorm can ruin an entire cutting. Finding a custom baler willing to travel to a small property for just a few dozen bales is nearly impossible, as commercial operators prioritize larger contracts. To secure high-quality feed, hobby farmers must take control of their own production timeline with scale-appropriate gear.

Investing in small-scale equipment requires a careful balance of cost and durability. Cheap, light-duty lawn attachments often buckle under the strain of thick, damp forage, while industrial-grade implements are financially out of reach. The key is sourcing robust, simple machinery that delivers professional results on a manageable scale.

Sickle Bar Mower – BCS Professional 620

Cutting is the critical first step in the haymaking process, and a clean slice is vital for rapid pasture regrowth. A sickle bar mower shears the grass cleanly at the base rather than shredding it like a rotary brush cutter, preserving plant health and leaving a neat swath. This clean cut allows the plant to heal quickly, ensuring a productive second cutting later in the season.

The BCS Professional 620 walk-behind tractor paired with a sickle bar attachment is perfect for tight spaces, steep slopes, and small plots. Its all-gear drive transmission and independent PTO deliver reliable power without belts that slip in thick, damp grass. The low center of gravity and agricultural tires provide exceptional traction where riding tractors cannot safely go.

• Cutting width options: 30 to 53 inches
• Engine: Honda GX270 (8.5 HP)
• Terrain compatibility: Excellent on slopes up to 20 degrees

Operating this walk-behind unit requires physical stamina, especially on uneven ground. Users must regularly sharpen the individual teeth on the cutter bar to prevent dragging and tearing. Additionally, clearing clogged debris from the guards requires stopping the engine and PTO every time for safety.

This setup is ideal for homesteaders managing one to five acres of orchard grass or alfalfa. It is not suitable for those looking to cut large, open multi-acre fields quickly, where a riding tractor is necessary.

Rotary Tedder – Galfre GTS 280 Pull-Type

Once cut, hay must dry quickly to preserve nutrients and prevent mold. A rotary tedder lifts the damp, green bottom layers of the cut swath and fluffs them to expose the crop to wind and sun. The Galfre GTS 280 Pull-Type tedder is a robust, small-scale implement that can be towed by compact tractors or even heavy-duty utility vehicles. Its two-rotor design features flexible steel tines that gently lift the hay without beating the high-value leaves off delicate legumes like clover or alfalfa.

• Working width: 9 feet, 2 inches
• Tractor requirement: Minimum 15 HP with a standard drawbar
• Tire type: Pneumatic transport wheels for smooth towing

Proper height adjustment is critical; setting the tines too low will dig up dirt and contaminate the hay, while setting them too high leaves wet pockets untouched. Operators must also grease the rotor gearboxes daily to prevent premature wear during hot, dusty summer runs.

This tedder is a must-have for damp climates where drying windows are short and unpredictable. It is not necessary for arid, desert climates where cut grass dries to safe moisture levels within 24 hours without agitation.

Wheel Rake – Tar River W-4 Pull-Type Rake

Before baling, the scattered, dried hay must be gathered into neat, uniform windrows. A wheel rake uses the ground’s motion to spin its tines, gently rolling the crop into a fluffy windrow that matches the width of the baler pickup. The Tar River W-4 Pull-Type Rake features four independent, ground-driven wheels that float effortlessly over uneven terrain. Its heavy-duty tubular steel frame and high-carbon steel tines ensure it handles thick, heavy first-cutting hay without bending or skipping.

• Working width: Up to 7 feet, 6 inches
• Power requirement: Low; can be pulled by any utility vehicle or compact tractor with a pin hitch
• Transport mode: Manual lift lever to raise wheels for road travel

Adjusting the spring suspension is key to getting the right ground pressure; too much pressure accelerates tine wear, while too little leaves valuable forage behind. Because it is ground-driven, operators must maintain a steady forward speed of four to six miles per hour to keep the wheels spinning effectively.

This rake is perfect for small-acreage operators using sub-compact tractors who need a simple, low-maintenance rake with no PTO shafts or hydraulics required. It is less suited for fields with deep, un-leveled ruts that can catch the ground-driven wheels and disrupt the windrow pattern.

Mini Round Baler – Abbriata M60 Mini Baler

Baling packages loose windrows into dense, manageable packages for transport and storage. Standard round balers produce 1,000-pound rolls that require heavy machinery to move, whereas mini balers make lightweight bales that can be handled by hand. This allows the hobby farmer to stack, transport, and feed livestock without investing in heavy-duty loaders.

The Abbriata M60 Mini Baler is a premium, PTO-driven machine that produces compact, dense round bales measuring roughly 20 by 28 inches. Its constant-volume chamber and automatic twine wrapping system ensure highly consistent bale density and shape, making them easy to stack and feed. The machine’s narrow transport width allows it to slip through standard farm gates with ease.

• Bale weight: Adjustable from 35 to 55 pounds
• Tractor requirement: 18 to 25 HP with a Category 1 three-point hitch and 540 RPM PTO
• Output capacity: 50 to 80 bales per hour depending on windrow thickness

This machine has a steeper learning curve regarding driving speed and windrow feeding. Driving too fast can clog the pickup mechanism, requiring manual clearing, while driving too slowly results in loose, poorly formed bales. Regular lubrication of the heavy drive chains is essential for trouble-free operation.

This is the ultimate tool for the solo hobby farmer who wants to handle, stack, and feed hay without needing a front-end loader. It is not ideal for those on a tight budget, as mini balers represent a significant upfront financial investment.

Understanding Hay Moisture and Weather Windows

Making hay is a race against the clouds. Cut grass needs consecutive dry days with low humidity and decent wind to cure properly down to a safe moisture level. Baling too early traps moisture, while waiting too long sun-bleaches the hay, stripping away vital proteins and vitamins.

The ideal moisture content for small round or square bales is between 14% and 18%. Anything above 20% risks mold development, which makes the feed toxic to livestock and can even trigger spontaneous combustion in storage. Monitoring local dew points and relative humidity is just as important as watching the rain forecast, as high humidity slows down the curing process significantly.

Moisture Tester – Farmex HT-Pro Hay Meter

Guessing hay moisture by twisting a handful of stems is a recipe for disaster. A digital moisture tester provides precise, scientific readings of the internal temperature and moisture levels, taking the guesswork out of the curing process. The Farmex HT-Pro Hay Meter is a rugged, handheld probe featuring a 20-inch stainless steel shaft and a backlit LCD display for easy reading in direct sunlight. It is the first tester on the market with a calibration clip that allows the user to calibrate the meter in seconds, ensuring consistent accuracy.

• Moisture range: 8% to 44%
• Temperature range: 32°F to 225°F
• Power source: Single 9V battery

To get an accurate reading, users must insert the probe at a 45-degree angle into the end of the bale, taking multiple readings across different bales in the stack to find the average. The probe tip must be kept clean of sap and organic buildup to maintain sensor accuracy.

This tool is indispensable for any small-scale producer who values the health of their animals and the safety of their barn. It is not needed by those who only buy pre-cured, certified dry hay from commercial suppliers.

Tractor Bale Spear – Titan Attachments 39-Inch

Moving baled hay from the field to the barn is a labor-intensive chore that can quickly wear down any homesteader. A tractor bale spear allows a compact tractor’s front-end loader or three-point hitch to lift, transport, and stack bales quickly without manual lifting. The Titan Attachments 39-Inch Bale Spear features a high-strength, heat-treated steel spear rated for up to 1,350 pounds. It uses a universal skid steer style quick-tach system, making it incredibly easy to mount and dismount from most modern compact tractors.

• Main spear length: 39 inches
• Stabilizer spears: Dual 17-inch bottom tines to prevent bale rotation
• Weight: 115 pounds

Always ensure the tractor has adequate rear counterweight when lifting bales on the front loader to prevent tipping on uneven terrain. Operators should check the mounting pins regularly to ensure the spear remains locked securely to the loader quick-attach plate.

This is an essential attachment for homesteaders who use their compact tractors to move multiple mini-bales at once on pallets, or light standard round bales. It is not suitable for heavy, commercial-scale round bales that exceed the tractor’s loader lift capacity.

Hand Hay Hook – Seymour Midwest 21303 Hook

Even with tractor attachments, manual handling of individual bales is inevitable when stacking inside tight loft spaces or feeding animals. A hand hay hook acts as an extension of the arm, providing a secure grip on the bale without tearing up hands or straining wrists. The Seymour Midwest 21303 Hook features a cold-rolled steel hook with a sharp, tapered point that bites deeply into dense bales. Its hardwood T-handle is ergonomically shaped to fit comfortably in gloved hands, distributing the bale’s weight evenly across the palm.

• Hook length: 11 inches
• Material: High-carbon steel with a clear coat finish to prevent rust
• Handle style: Classic wood loop/T-grip

Users must keep the hook tip sharp using a hand file, and always pull the hook toward themselves with caution to prevent accidental slips and injury. It is also important to hook into the meat of the bale rather than the twine, as pulling on the twine can snap it and ruin the bale.

A must-have tool for anyone stacking square or mini-round bales in a barn, truck bed, or loft. It is of little use to those who handle exclusively large round bales with hydraulic tractor machinery.

Protective Hay Tarp – Tarps Now Heavy Duty

Not every hobby farm has a dedicated hay barn, making outdoor storage a necessity. A high-quality, breathable hay tarp protects stacked bales from rain, snow, and UV degradation, preventing the outer layers from rotting into useless compost. The Tarps Now Heavy Duty Hay Tarp is constructed from 12-ounce heavy-duty polyethylene with a silver outer layer to reflect heat and a black inner layer to block light. It features heavy-duty webbing loops instead of cheap brass grommets, preventing the tie-downs from tearing out under high wind loads.

• Material weight: 15 mil thickness, UV-resistant coating
• Securing mechanism: Built-in PVC pipe pockets along the sides for weighting down
• Sizes available: Multiple configurations from 12×24 to 54×48 feet

Proper installation requires stacking the hay with a peaked top row to shed water, and keeping the tarp pulled taut to prevent water pooling in sagging areas. Elevating the bottom layer of bales off the ground using pallets is also critical to prevent moisture from wicking up from the soil.

This is the perfect solution for homesteaders storing their seasonal hay supply outdoors or under open-sided lean-tos. It is unnecessary for those with ample, dry indoor barn storage space.

Safe Storage Practices to Prevent Barn Fires

Storing wet hay is one of the most dangerous mistakes a hobby farmer can make. When hay is baled at moisture levels above 20%, bacteria and fungi multiply rapidly, generating heat as they consume the plant sugars. This biological heating can raise internal bale temperatures to the point of spontaneous combustion. To prevent disaster, stack bales in a way that promotes airflow, avoiding tight placement against barn walls and leaving small ventilation chimneys between stacks.

Regularly monitor the temperature of newly stacked hay for the first six weeks using a long-probe thermometer. Any reading below 120°F is safe; temperatures climbing above 140°F require close daily observation, while anything over 160°F indicates an active fire hazard that requires immediate evacuation of the stack.

Maximizing Your Small Acreage Hay Yields

Getting the most out of a small pasture requires active soil management and rotational grazing. Conducting a soil test every two years allows for precise application of lime and organic fertilizers, ensuring the grass has the nutrients needed for rapid regrowth.

Timing the harvest is a delicate balance between quality and quantity. Cutting grass just as the seed heads begin to emerge yields the highest nutritional value, whereas waiting for maximum height results in coarse, stemmy hay with low protein. Finally, avoid cutting the grass too low to the ground. Leaving a stubble height of three to four inches protects the plant’s energy reserves in the lower stem, allowing for a faster second cutting and preventing soil erosion.

Equipping a hobby farm with scale-appropriate tools turns the annual hay harvest from an overwhelming chore into a deeply satisfying routine. By understanding the weather, monitoring moisture, and using reliable machinery, homesteaders can secure a high-quality winter feed supply right from their own soil. Investing in quality gear and respecting the drying window ensures a barn full of sweet, safe hay year after year.

Frequently Asked Questions (FAQs)

What is a hay tedder used for on a small farm?

A hay tedder is an implement that fluffs and spreads cut hay across the field to speed up drying. Rotating tines lift damp grass underneath and expose it to sunlight and wind. Using a tedder can shave a full day off field drying time, which is critical in humid climates with narrow weather windows. Hobby farmers typically run a small two-rotor tedder hooked to a tractor PTO.

What does a hay moisture tester do?

Hay moisture testers measure the internal water percentage inside windrows or baled hay using an electrical resistance probe. Safe storage requires small square bales to sit below 18 to 20 percent moisture, while large round bales must stay under 15 percent. Inserting a 20-inch probe directly into dense bales prevents thermal heating, mold growth, and spontaneous combustion inside the barn. Testing several bales per cutting ensures your crop is safe for livestock.

How do you rake cut grass into windrows for baling?

Raking cut grass requires driving a wheel rake or rotary rake parallel to mower lines once the top layer of hay is crisp. Set the rake teeth to skim just above the soil surface so dirt and stones do not enter the forage. Sweep two or three cut swaths together into a uniform, fluffy windrow matching the exact pickup width of your baler. Avoid raking in the heat of midday when dry alfalfa leaves can shatter off stems.

How long does cut hay take to dry before baling?

Cut hay typically takes two to four days to dry to safe baling moisture under clear skies. Drying speed depends heavily on ambient humidity, wind speed, ground moisture, and forage type. Thick-stemmed grasses like timothy or clover dry slower than fine-stemmed orchard grass. Tedding the forage 24 hours after cutting speeds up dehydration, allowing you to bale sooner if an unexpected rain shower approaches.

Round baler vs square baler which is better for a hobby farm?

Square balers are generally better for a hobby farm because small square bales are easy to handle by hand without heavy loader equipment. A two-string square bale weighs 40 to 60 pounds, making it simple to transport in a pickup bed, stack inside a standard barn, and feed to small livestock like goats or horses. Round balers make 600- to 1,200-pound bales that save labor outside, but they require a tractor with at least 50 horsepower and a front-end loader spear.

How much does basic hay equipment cost for a small hobby farm?

Basic used hay equipment for a small hobby farm usually costs between $7,000 and $15,000 total for a complete setup. This package includes an older sickle bar or drum mower for $1,500 to $3,000, a used ground-drive wheel rake for $800 to $1,500, and a working small square baler for $3,500 to $7,000. New mini-hay packages designed for sub-compact tractors run significantly higher, often between $18,000 and $25,000 without the tractor.

What is the most common mistake when baling hay on small acreage?

Baling grass when it contains excessive moisture is the most common and dangerous mistake made on small hay operations. Forage packed into tight bales above 20 percent moisture creates an environment where aerobic bacteria multiply rapidly. This bacterial activity generates extreme heat that damages protein quality, breeds toxic respiratory molds, and can ignite barn fires weeks after stacking. Test windrows before hooking up the baler, and leave the hay in the sun longer if stems do not snap.

Is buying hay equipment worth the cost for under ten acres?

Purchasing dedicated hay equipment is rarely financially profitable on under ten acres if your only goal is saving money on feed. Maintenance, machinery depreciation, fuel, and storage costs usually exceed the cost of buying local hay off the field. However, owning your machinery is worth the expense if you need guaranteed forage quality for sensitive animals, cannot find reliable custom balers willing to cut small parcels, or want independence from volatile market prices.