7 Supplies for Preparing Your Farm for Haying Season

A clear three-day weather window in early summer creates an immediate scramble to drop, ted, rake, and bale high-quality forage. Success on small-scale farms depends on having every tool, spare part, and diagnostic device checked and staged before the mower hits the grass. Equipping the barn with reliable gear prevents sudden mechanical failures and safeguards the nutritional value of the harvest.

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Getting Your Equipment Ready for Haying Season

A sunny three-day rain window means nothing if a dry-rotted drive belt snaps on the first pass across the field. Pre-season maintenance turns potential panic into a smooth harvest by addressing wear and tear while the weather is still holding. Taking the time to pull implements into the shop early prevents costly surprises when forage is prime for cutting.

Small-scale setups often rely on older, well-loved machinery that demands deliberate attention before stepping foot in the field. Catching slop in bearings, rust on cutter bars, or stretched chains on the barn floor saves hours under a blistering sun. Checking wear points now keeps the machinery turning reliably when speed is critical.

Staging essential replacement parts and maintenance supplies in advance avoids desperate trips to the farm supply store when weather is closing in. Success comes down to mechanical reliability when the hay is down and drying. Preparing implements early ensures that equipment works just as hard as the operator when the window opens.

Assessing Your Pasture Before the First Cut

Walking fields on foot reveals hidden hazards that thick green growth conceals from the tractor seat. Winter frost heave pushes rocks upward, while burrowing pests leave ruts that can snap a cutter bar instantly. Clearing debris, low branches, and fallen limbs preserves mower blades and prevents unexpected equipment damage.

Forage maturity dictates feed quality just as much as field conditions impact machinery performance. Cutting too early yields light tonnage, while waiting too long produces stemmy, low-protein hay that livestock will reject. Look for the early bloom stage in legumes and boot stage in grasses for the optimal balance of yield and nutrition.

Keep an eye out for toxic or invasive weeds like tansy, nightshade, or wild mustard before swathing. Isolated weed patches can be mowed around or pulled by hand to prevent seeds from contaminating entire bales. Clean pastures yield clean, marketable feed that stays safe for stock all winter long.

Hay Moisture Tester – Delmhorst FX-2000 Meter

Baling wet forage leads to ruinous mold growth, lost nutrient value, and dangerous internal heat buildup inside the stack. A reliable moisture meter eliminates guesswork by providing real-time moisture content readings across the field before committing to a full baling run. Knowing exact moisture levels dictates whether to start baling or give the swaths another hour of sunshine.

The Delmhorst FX-2000 Meter stands out for small-scale operators who need pinpoint accuracy across windrows and finished bales. Its clear digital display, multi-point averaging function, and rugged probe sensor deliver dependable results across varying field pockets. The meter tests both loose hay in the windrow and dense, packed bales, providing versatile utility throughout the harvest window.

• Key Specs & Features:
  • Digital moisture reading range from 6% to 40%
  • Multi-point averaging capability for field accuracy
  • Compatible with windrow testing chambers and bale probes
  • Rugged metal enclosure built for field conditions

Calibration is critical. Always run a quick check using the built-in calibration standard before taking field measurements each morning. The extended metal probe requires careful handling to avoid bending when driving it deep into tightly packed, high-density square bales.

This tool is ideal for small farms stacking baled hay in enclosed barns where mold prevention and fire safety are top priorities. It is unnecessary for producers exclusively making wrapped, high-moisture baleage or silage where high water content is intentionally preserved.

Hay Hook – Weaver Leather Heavy Duty Hay Hook

Moving hundreds of small square bales from field wagons to loft storage puts extreme strain on hands, wrists, and lower backs. A dedicated hay hook acts as a mechanical extension of the arm, offering superior leverage to grab, drag, and stack bales cleanly. It eliminates the constant pinch-gripping of twine that tears fingers and stretches twines to the breaking point.

The Weaver Leather Heavy Duty Hay Hook combines a cold-rolled steel hook with an ergonomically contoured hardwood handle. The tempered steel tip bites deep into dense grass or alfalfa bales without slipping or splitting the core. Its solid weight and balance reduce fatigue during long hours of manual stacking in tight quarters.

• Key Specs & Features:
  • Heat-treated, heavy-gauge cold-rolled steel construction
  • Smooth, shaped hardwood handle for comfortable grip
  • Tapered precision point for secure bite and easy release
  • Compact design ideal for tight loft spaces

Using a hook requires a quick, deliberate flick of the wrist to set the point firmly and release it effortlessly at the top of the stack. Pair the tool with heavy leather work gloves to prevent friction blisters during intensive, multi-day stacking operations.

This supply is essential for small-acreage farmers who manually handle traditional square bales on wagons or in hay lofts. It is unnecessary for operations utilizing mechanical bale accumulators, bale spears, or large round bale systems.

Baler Twine – Bridon Cordage Max-600 Twine

Few events ruin a productive afternoon faster than bales bursting apart as they drop off the baler chute or get lifted into the barn. High-tensile baler twine keeps tight, dense bales securely bound through transport, stacking, and winter feeding. Consistent knot strength prevents misties that turn fresh bales into scattered piles of loose grass.

Bridon Cordage Max-600 Twine provides a robust 210-pound knot strength in a manageable spool size suited for compact square balers. Its uniform mechanical diameter reduces knotter adjustments and friction wear on older bill hooks and twine guards. The synthetic fiber resists rot, moisture degradation, and rodent chewing while stored in the stack.

• Key Specs & Features:
  • 210-lb tested knot strength for high-density bales
  • 6,000 feet total length per double-spool carton
  • Rot-proof, UV-stabilized synthetic polypropylene composition
  • Smooth-running uniform diameter to reduce knotter jams

Threading new twine spools requires careful routing through tension plates and porcelain guides to maintain proper knotter action. Keep replacement spools dry and clean inside the baler twine box, as dirt contamination disrupts tension settings and damages knotter mechanisms.

This twine is tailored for small square balers running dense grass or legume forage that demands reliable holding power. It is not designed for heavy round balers requiring net wrap or lightweight binder twine used on vintage grain binders.

Hay Cover – Agriboss Heavy Duty Hay Tarp

Unprotected outdoor hay stacks lose up to thirty percent of their nutritional value to rain penetration, snow melt, and UV bleaching. A specialized hay tarp creates a weather-tight roof that sheds precipitation while preserving green color and digestible nutrients. Protecting outdoor stacks preserves feed value without the capital expense of constructing a permanent barn.

The Agriboss Heavy Duty Hay Tarp utilizes a heavy 14-mil polyethylene woven membrane with reinforced hem edges and heavy-duty tie-down loops. The dual-color design features a reflective white top coating to bounce solar radiation off the stack, reducing heat accumulation and sweat condensation underneath. Its high tear resistance holds up against harsh wind gusts and winter weather.

• Key Specs & Features:
  • 14-mil heavy-duty woven polyethylene material
  • UV-resistant white top layer with dark underside
  • Reinforced web loop tie-downs spaced along all edges
  • Built-in pocket hems for inserting weighting pipes or poles

Securing the tarp requires weighted lines, heavy rubber straps, or spiral anchor pegs driven firm into the ground. Never tie tarps directly to individual bales, as settling stacks create slack that allows high winds to catch and destroy the fabric.

This cover is ideal for small operations lacking sufficient indoor barn storage or dry loft space for their harvest. It is less suitable for high-humidity lofts where natural ambient airflow is preferred over synthetic sheet coverings.

Grease Gun – Lincoln 1134 Heavy Duty Pistol

Haying implements rely on dozens of grease zerks operating under extreme dust, chaff, and heat. Continuous lubrication flushes out abrasive dirt, reduces friction, and prevents catastrophic bearing failures in the middle of a short cutting window. A reliable grease gun makes routine morning maintenance fast and effortless.

The Lincoln 1134 Heavy Duty Pistol grease gun delivers up to 7,500 PSI with comfortable single-handed pump operation. Its heavy cast-iron head, hardened plunger, and jam-proof toggle mechanism easily open clogged fittings on old equipment. The variable-stroke design allows precision grease delivery even in cramped quarters behind shields and PTO guards.

• Key Specs & Features:
  • Maximum working pressure of 7,500 PSI
  • 18-inch flexible whip hose with heavy-duty coupler
  • Dual-loading system (cartridge or bulk suction)
  • Cast-iron head equipped with air bleeder valve

Keep extra flexible hoses and 90-degree couplers on hand to reach recessed zerks on baler flywheel drives and tedder gearboxes. Always wipe fittings clean with a rag prior to pumping to avoid forcing gritty surface dirt inside smooth bearing races.

This tool is a non-negotiable requirement for any farmer maintaining aging mowers, tedders, rakes, and balers. It is unnecessary only for operations running modern machinery built exclusively with sealed, maintenance-free bearings.

Tedder Tine – Kuhn Replacement Tedder Tine

Tedding spreads tight cutter swaths into a broad, loose carpet so sunlight and wind can evaporate plant moisture rapidly. Broken or missing tines leave heavy wet streaks across the field, creating damp pockets in the windrow that cause moldy spots inside finished bales. Replacing worn tines restores full sweeping width and proper drying efficiency.

Kuhn Replacement Tedder Tines are forged from high-tensile spring steel engineered to endure continuous high-speed ground contact. The precise coil angle and anti-loss geometry maintain consistent sweep height across uneven ground without gouging the turf. Their durability keeps the machine running smoothly through rough field conditions.

• Key Specs & Features:
  • Heat-treated spring steel construction for high flexibility
  • Precision coil design to absorb ground impacts
  • Direct bolt-on fit for specified rotary tedder arms
  • Corrosion-resistant protective coating

Inspect tine mounting hardware regularly for correct bolt torque, as high machine vibration can back nuts off during operation. Keep a small supply of spare tines and mounting hardware in the tractor toolbox for quick roadside or field repairs.

These replacement parts are required hardware for producers running compatible rotary tedders during hay curing. They are not compatible with wheel rakes, sickle mowers, or field conditioners that do not use rotary spring tines.

Hay Thermometer – Agratronix Hay Temp Probe

Freshly baled hay undergoes natural biological heating, but excessive internal heat indicates active mold growth that can lead to spontaneous combustion. Monitoring stack temperature provides early warning of dangerous heat trends, allowing producers to dismantle warm stacks before a barn fire occurs. It offers vital reassurance during the critical post-baling curing phase.

The Agratronix Hay Temp Probe features a rugged 20-inch stainless steel probe attached to a direct-reading analog dial gauge. Its pointed tip punches cleanly into dense square or round bales without bending or binding. The dual-scale display provides clear temperature readings without requiring batteries or electronic calibration.

• Key Specs & Features:
  • 20-inch heavy-duty stainless steel probe shaft
  • Readings from 10°F to 220°F (and Celsius equivalent)
  • Bimetal direct-drive sensor requiring no batteries
  • Hermetically sealed glass dial face to prevent fogging

Take readings at multiple points and depths across the stack daily for the first three weeks after baling. Internal temperatures above 140°F require frequent monitoring, while readings approaching 170°F demand immediate bale removal and emergency ventilation to prevent fire.

This diagnostic tool is essential for anyone storing high-moisture hay, large dense bales, or tightly packed indoor lofts. It is unnecessary for light, dry straw or small outdoor stacks where heat dissipates naturally.

Crucial Tractor Checks Before Hitting the Field

Tractor breakdowns during a tight haying window put the entire crop at risk of rain damage. Clean out the radiator screens and oil cooler fins daily to prevent chaff buildup from causing engine overheating during slow-speed, high-load field work. Check coolant levels, fan belt tension, and air filters before hooking up heavy PTO-driven implements.

Inspect the Power Take-Off (PTO) shaft, safety shields, and hydraulic quick-couplers for fluid leaks or mechanical play. Low hydraulic fluid reduces lift capacity for heavy disc mowers, while dry PTO splines cause severe vibration and costly driveline failure. Grease all tractor three-point linkages and steering knuckles before pulling into the field.

Adjust tire pressures according to field load requirements to ensure maximum stability on side slopes and rough ground. Proper wheel ballasting keeps the front end planted firmly when turning tight corners with heavy trailing balers or mowers attached.

How to Safely Store Your Bales After Harvesting

Proper stacking technique protects hay quality and prevents stack collapses inside the barn. Lay the bottom layer of bales on wooden pallets rather than bare earth or concrete to stop soil moisture from wicking into the forage. A well-ventilated base preserves the bottom layer and allows heat to escape from underneath.

Interlock rows in a alternating, brickwork pattern to bind the stack together securely as the bales settle over time. Avoid stacking bales flush against solid barn walls; leave at least twelve inches of open air space to allow moisture to vent out through cupolas and wall louvers.

• Stacking Guidelines for Safety:
  • Base layer placed on dry wooden pallets
  • Alternating row patterns for structural stability
  • 12-inch gap between stack and barn walls
  • Top cap covered or sheltered immediately

Monitor stack temperature and structural stability daily for the first month following harvest. Remove soft, shifting, or excessively warm bales immediately to prevent moisture pockets from spreading decay through adjacent layers.

Key Takeaways for a Successful Haying Season

Successful haymaking relies on systematic preparation, dependable supplies, and vigilant field monitoring rather than weather luck alone. Checking equipment early, measuring moisture accurately, and securing proper storage supplies eliminates expensive delays when forage reaches peak nutritional value. Having the right gear on hand turns high-stress windows into smooth, productive work sessions.

Prioritizing equipment maintenance and monitoring bale heat protects both livestock health and farm infrastructure. Outfitting the operation with practical, durable supplies ensures that every cutting yields clean, high-protein feed. Thorough preparation turns summer field work into long-term winter security for the entire homestead.

With the right equipment staged and maintenance complete, haying season turns from a chaotic sprint into a smooth, manageable harvest. Taking proactive steps today ensures high-quality forage in the stack yard and peace of mind all winter long.