Homemade Hay Feeder for Goats Materials Cut List Safety
Many DIY hay feeders look cheap but create head-entrapment and tipping hazards when built without precise specs.
Goatzy presents a shop-ready plan that lists exact lumber species, hardware grades, and the 2x4 and plywood cuts builders actually need.
Readers will get a complete cut list, fastener recommendations (stainless vs galvanized), slat-spacing tables for kids and adults, anchoring depths, and a prioritized safety checklist to reduce waste and prevent injuries.
This keeps feeders durable outdoors, minimizes hay loss, and speeds a single-day build for an intermediate DIYer.
Related reading: DIY sheep hay feeder plans | sheep hay feeder safety tips
Shop our recommended feeders: Slow Feeder Hay Net | Premium Hay Feeder
Homemade Hay Feeder for Goats: Materials and Hardware List
Use rot-resistant or pressure-treated lumber for structural members and posts.
Use exterior-grade plywood or an exterior-rated alternative for panels that face weather and feed.
Select fasteners rated for outdoor use and animal exposure; stainless is best where corrosion and animal contact are highest, hot-dip galvanized is acceptable for general structural use.
- 6 × 8‑ft 2x4 boards — Standard construction grade for frame rails and braces; pick kiln‑dried for stability.
- 1 × 20" × 48" exterior‑grade plywood sheet — Use exterior or marine‑grade where possible to resist delamination.
- 2–4 × 4x4 posts (8 ft stock) — Use pressure‑treated or naturally rot‑resistant species for ground contact.
- 1 box 3" exterior wood screws (stainless or hot‑dip galvanized) — Primary structural fasteners; pick star/torx heads for less cam‑out.
- 8–12 washers + 4 lag bolts (3/8"–1/2" dia., 4"–6" long) — For anchoring to posts or brackets.
- 20–30 roofing screws + 2 flashing pieces — For roof panels and end protection against driving rain.
- 1 sheet wire mesh or expanded metal (approx 4' × 2') — Hold hay back and reduce waste; choose 16–19 ga galvanized or stainless.
- 1 bag concrete mix (50 lb) per post — Set posts when using in‑ground anchors for tip resistance.
- Angle brackets/fence mounting brackets (4) — For secure fence or wall mounting without twisting the frame.
- 2 heavy‑duty hinges + 2 barrel locks or hasps (optional) — For hinged refill panels that fold out for outside filling.
- Exterior non‑toxic stain or sealant (quart) — Protect exposed lumber surfaces while keeping feed safe.
- Sanding block and countersink bit set — Remove sharp edges, counter‑sink screw heads, and eliminate splinters.
| Item | Suggested Quantity | Notes |
|---|---|---|
| 2x4 lumber (8 ft) | 6 | Use kiln‑dried construction grade for frame rails |
| Plywood (20" × 48") | 1 sheet | Exterior‑grade; marine if available |
| 4x4 posts (8 ft) | 2–4 | Pressure‑treated or rot‑resistant species |
| 3" wood screws | 1 box | Stainless near feed; hot‑dip galvanized for structure |
| Washers / lag bolts | 8 washers, 4 lag bolts | For anchoring to posts or brackets |
| Roofing screws & flashing | 20 screws, 2 flashings | Use neoprene‑seal screws for leak resistance |
| Wire mesh / expanded metal | 1 sheet (~4'×2') | Galvanized or stainless for feed retention |
| Anchors / concrete | 1 bag per post | 18"–24" embed recommended for permanent posts |
Homemade Hay Feeder for Goats: Precise Cut List and Measurements
The cut list below is a shop‑ready set for a 4‑ft bunk‑style feeder based on the sample plan: plywood panel 20" × 48", frame rails 48", and internal braces 17".
Posts are shown as 4x4s cut to leave about 40" above grade with an 18"–24" embed for concrete anchors; roofing dimensions use a 50" long panel with 21" side overhangs and 1.5" trim overhang.
The design can be scaled up or down; an alternate frame from the source measures 34.5" × 34.5" outer with a ~31" inner frame and a 1/4" clearance between frames.
Slat spacing is critical for safety: specify 3"–4" gaps for kids and 4"–6" for adult small breeds.
Provide plan, elevation, and section drawings at a sensible scale (1:12 or 1:8) so slat spacing, rim heights, and anchoring detail transfer accurately to the build.
| Part Name | Quantity | Cut Size (inches) | Material | Notes |
|---|---|---|---|---|
| Frame rails (long) | 4 | 48 × 3.5 × 1.5 | 2x4 | Top and bottom rails for 4‑ft feeder |
| End rails (short) | 4 | 17 × 3.5 × 1.5 | 2x4 | Form bunk ends and brace spacing |
| Internal braces | 2 | 17 × 3.5 × 1.5 | 2x4 | Attach inside frame per sample plan |
| Bottom supports | 3 | 48 × 1.5 × 0.75 | 1x4 or 2x4 ripped | Support plywood/tread and trough |
| Plywood panel | 1 | 20 × 48 | Exterior plywood | Panel faces feed; marine grade preferred |
| Roof panel | 1 | 50 × (cover width) | Corrugated metal or treated plywood | Allow 21" overhang each side |
| Roof rafters | 2 | 48 × 3.5 × 1.5 | 2x4 | Set to give drainage pitch |
| Roof trim | 2 | 50 × 1.5 | Trim board | 1.5" overhang detail |
| 4x4 posts | 2 | (cut) 40 above + 18–24 embed | 4x4 treated | Adjust length per site depth |
| Trough front | 1 | 48 × 6 | 2x6 ripped | Catches loose hay; height per herd |
| Trough base | 1 | 48 × 10 | Plywood or 1x10 | Removable tray option recommended |
| Feeding slats | 6–8 | 48 × 1.5 × 0.75 | 1x boards | Space 3"–4" for kids; 4"–6" for adults |
- Single-goat mini feeder: compact 24" wide, single 20"×24" panel.
- 2-goat 4‑ft feeder: standard 48" frame for 1–1.5 square bale capacity.
- 5-goat multiple-feeder run: three 4‑ft modules linked with common roof and shared trough.
- Wall-mounted narrow feeder: 36" long, shallow depth, hinges for outside refill.
- Corner feeder: 34.5" × 34.5" outer frame with ~31" inner frame for tight pens.
- Suspended feeder: hung from posts with extra bracing to prevent tipping and allow cleaning.
1 Homemade Hay Feeder for Goats: Materials, Cut List, and Safety Rules Safe and Simple
A competent builder can complete a single 4‑ft feeder in a day; allow extra time for sanding, sealing, and complex roofing.
The builder should stage materials and verify the cut list before cutting to avoid rework or weak joints.
Tool safety and correct fasteners dictate long‑term performance and animal safety.
Essential tools and consumables list for a basic wooden feeder:
- 1/2" drill/driver with No. 2 Phillips/Torx bit — for driving 3" structural screws and smaller fasteners.
- Circular saw with a fine‑tooth blade and speed square — for ripping and crosscuts on 2x stock.
- Jigsaw — for cutouts and trimming plastic or curved details.
- Tape measure, speed square, and chalk line — layout and squareness checks.
- Clamps (4–6) and a workbench or sawhorses — hold parts during assembly to prevent racking.
- Countersink bit set and pilot‑drill sizes (1/8" pilot for 3" screws) — prevent splitting and recess heads.
- Orbital sander or sanding block with 80–120 grit — round edges and remove splinters.
- Hammer and punch set — align and seat parts before final fastening.
- Roof fastening set: roofing screws with neoprene washers and flashing pieces.
- Stainless or hot‑dip galvanized 3" wood screws (box) — primary structural fasteners.
- 1‑1/4" exterior screws or trim nails — for trim and roof battens.
- Safety gear: eye protection, hearing protection, dust mask, work gloves.
- Select a level site with good drainage and mark the feeder footprint.
- Cut lumber per the cut list using a stable cutting rhythm and layout marks.
- Assemble the bottom frame square; clamp and fasten with 3" screws and pilot holes.
- Fit internal braces and cross members; verify diagonal measurements for squareness.
- Attach plywood panels to the frame using countersunk 1‑1/4" screws where appropriate.
- Install feeding slats or mesh; set spacing 3"–4" for kids and 4"–6" for adults.
- Build and attach roof rafters and roof panel; seal roof seams with flashing.
- Construct trough/step-up; mount with washers and lag bolts where loads concentrate.
- Sand all exposed edges to a smooth radius and remove splinters.
- Fasten primary connections with stainless or hot‑dip galvanized 3" screws and washers.
- Fit hinges and barrel locks for hinged refill panels if used; test operation.
- Anchor posts to concrete or bracket to fence per site conditions.
- Add removable waste tray or mesh floor to limit ground loss.
- Apply exterior non‑toxic sealant or stain and let cure per product instructions.
- First fill with a small amount of hay and observe goat access and behavior.
- Start a maintenance log and inspect fasteners, edges, and anchors weekly for the first month.
Safety During Cutting
Support sheet stock fully on sawhorses to prevent blade pinch and kickback.
Set circular saw blade depth 1/8"–1/4" deeper than plywood thickness and clamp work before cutting.
Wear eye, hearing, and dust protection and keep hands clear of the cut line.
Use a jigsaw for curved or plastic cuts and sand all cut edges immediately.
Anchoring & Bracing
Use concrete‑set 4x4 posts with 18"–24" embed for permanent, tip‑resistant installations.
Fence brackets or steel angle plates with lag bolts provide secure wall mounting where concrete is not possible.
Add diagonal braces from post to frame at each end to prevent racking and tip forces.
Check anchors after the first week of use and tighten fasteners seasonally.
1 Homemade Hay Feeder for Goats: Materials, Cut List, and Safety Rules Safe and Simple
Building and using a feeder introduces three primary risks: head entrapment, tipping, and feed contamination from moisture or ground contact.
Workers should use standard shop PPE, clamp and brace assemblies during fastening, and control blade depth and stock support when cutting sheet goods to reduce kickback and splintering.
Fastener heads must be recessed or covered, and exposed edges sanded to a smooth profile before animals access the unit to reduce laceration and snaring hazards.
Verify anchoring strategy and load path for the finished assembly before adding hay so forces from leaning animals do not overload a single fastener or bracket.
Animal safety requires measurable features and a short acceptance test after first fill.
Slat gaps, rim heights, and opening sizes must be measured against target animals and adjusted on the mock‑up; a small initial fill and direct observation by an attendant will reveal risky behaviors such as necks pushed through side gaps.
Replace broad wooden side panels with fence mesh or narrower openings where goats were reported to push necks through while the feeder was opened.
Begin a 30‑minute observation period during first use and perform weekly checks for loose fasteners, splinters, and shifting anchors thereafter.
- Set slat spacing per animal size (see table below); mock up spacing before permanent fastening.
- Feeder rim heights: set lip heights to prevent hoof strain and to limit climbing.
- Sand or round exposed wood edges to a 1/8"–1/4" radius and remove splinters.
- Countersink or shield all screw heads and bend or coat any exposed metal edges.
- Use stainless fasteners at feed contact points; hot‑dip galvanized acceptable elsewhere.
- Anchor 4x4 posts with 18"–24" concrete embed for permanent installs.
- Use angle brackets and lag bolts for fence or wall mounting where concrete is impractical.
- Provide a wide base or diagonal bracing to increase anti‑tip stability.
- Fit wire mesh or welded panels at side openings to prevent neck‑through during refill.
- Add a removable trough or tray to collect loose hay and reduce ground contamination.
- Angle slats slightly inward to hold hay while limiting pawing and trampling.
- Test with a small hay load and observe animal interactions for 30 minutes.
- Verify anchors and fasteners after one week of use, then perform weekly inspections.
- Keep a maintenance log noting repairs, replacements, and behavioral anomalies.
| Goat Type | Recommended Slat Spacing (in) | Feeder Rim Height (in) |
|---|---|---|
| Kid / Day‑Old | 3.0 – 3.5 | 10 – 14 |
| Kid‑weaned / Young does | 3.5 – 4.0 | 14 – 18 |
| Adult small breed | 4.0 – 5.0 | 18 – 22 |
| Adult large breed | 5.0 – 6.0 | 22 – 28 |
Homemade Hay Feeder for Goats: Design Variations, Capacity, and Sizing for Herds
Practical feeder types meet tradeoffs between capacity, waste reduction, and ease of refill.
A 4‑ft bunk‑style feeder reliably holds about 1–1.5 square bales and suits small herds and mixed small‑stock.
Roofed and hinged designs enable outside refilling and keep hay drier during light rain.
Troughs or step‑ups beneath the feeder help smaller kids reach feed without climbing into the trough.
- Bunk‑style 4‑ft feeder — Holds 1–1.5 square bales; good balance of capacity and access.
- Pallet feeder — Frugal option; cut pallet boards reduce opening size and waste.
- Wall‑mounted hinged feeder — Refillable from outside; secures with barrel locks.
- Corner feeder — Compact footprint for tight pens; uses shared walls for support.
- Suspended feeder — Hung off posts to reduce tipping and allow cleaning underneath.
- Single‑goat mini feeder — 24" wide unit for isolation or medicated feeding.
- Multi‑feeder bank — Modular 4‑ft modules joined under one roof for larger herds.
- Plastic/metal commercial feeder — Factory‑built option with rounded edges and corrosion‑resistant hardware.
Sizing guidance ties herd needs to feeder length, module count, and refill logistics.
Use a 4‑ft module as the baseline for two goats or a single 1–1.5 bale capacity feed event.
Place feeders so refill is possible from outside the pen, close to shelter but out of main traffic lanes, and with predator‑resistant mounting.
Include a small observation period after first fill to confirm goats do not push heads through side gaps and anchors hold under load.
| Herd Size | Suggested Feeder Type | Feeder Length (ft) | Bale Capacity |
|---|---|---|---|
| 1 goat | Single‑goat mini feeder | 2.0 | 0.25–0.5 |
| 2 goats | Bunk‑style 4‑ft feeder | 4.0 | 1.0–1.5 |
| 3–5 goats | Multi‑feeder bank (modular 4‑ft units) | 8–12 | 2–4 |
| 6+ goats | Multiple 4‑ft modules or commercial feeder | 12+ | 3+ |
Homemade Hay Feeder for Goats: Weatherproofing, Finishes, and Maintenance Checklist
Finish exterior surfaces with an exterior‑grade, non‑toxic stain or sealant formulated for livestock contact.
Select products labeled for decks or exterior wood that do not list persistent solvents or heavy metal pigments.
Avoid standard interior paints that may contain toxic additives.
Fit a pitched roof with neoprene‑washer roofing screws and flashing at ends to shed water; the solid side panel used as a tray reduced wetting in light rain during testing.
Use stainless fasteners at feed contact points and hot‑dip galvanized for structural members to resist corrosion and reduce long‑term maintenance.
Set a maintenance rhythm that catches rot, loose fasteners, and mold early.
Keep hay out of direct ground contact by using a removable trough or tray and store extra bales in a dry, ventilated shed.
Clean spilled hay daily and inspect incoming bales for dampness before loading.
Sanitize feed surfaces monthly with a mild, livestock‑safe disinfectant and allow full drying before refilling.
- Weekly visual inspection of fasteners, slats, anchors, and seals.
- Monthly sanitize feed contact areas and removable tray.
- Quarterly reseal or touch up exterior stain where wear appears.
- Fastener torque check and tighten lag bolts/washers.
- Clean or replace wire mesh and trough liners.
- Inspect and reseal roof flashing and neoprene washers.
- Replace split or splintered boards immediately.
- Winterize: clear snow load and check freeze‑thaw seals.
- Summer ventilation check to prevent moisture buildup in stored hay.
- Rodent and pest inspection; remove nesting material and repair entry points.
1 Homemade Hay Feeder for Goats: Materials, Cut List, and Safety Rules Safe and Simple
A typical new‑materials build can be completed for under $80 using the 4‑ft plan as a baseline, with pallet or reclaimed wood reducing cost substantially.
A competent DIYer can finish a basic 4‑ft feeder in a single day when cuts, hardware, and anchors are staged in advance; set aside extra time for sanding, sealing, and observation after first fill.
A beginner should budget two days to allow for careful layout and mistake recovery.
An intermediate builder will typically finish in one day.
Advanced or custom builds with roofing, hinged panels, or metalwork often take two days or more and may require specialty tools or helpers.
| Item | Estimated Cost Range (USD) | Notes |
|---|---|---|
| Lumber & plywood | $35 – $70 | New materials baseline; pallets reduce cost |
| Fasteners & hardware | $10 – $35 | Include stainless for feed contact or hot‑dip galvanized otherwise |
| Roofing & flashing | $10 – $40 | Corrugated metal or treated plywood and neoprene screws |
| Tools (purchase or rental) | $0 – $120 | Rent saws/drivers if not owned; purchases amortize over projects |
| Finish / sealant | $8 – $25 | Exterior non‑toxic stain or sealer |
| Misc anchors / mesh | $10 – $50 | Concrete, lag bolts, wire mesh; common extras often missed |
- Circular saw
- Drill/driver (1/2") with No.2 bit
- Speed square
- Jigsaw
- Sander or sanding block
- Tape measure
- Clamps (4–6)
- Carpenter’s level
- Screwdriver set / impact bits
- Safety gear (eye, hearing, dust mask, gloves)
Builders should budget for common extra costs often omitted from casual plans: anchors and concrete for posts, stainless fasteners where animals contact wood, and spare slats or replacement hardware for wear and tear.
Homemade Hay Feeder for Goats: When a Ready-Made Feeder Is the Safer, Faster Option (Includes Direct Buy Link)
Building a feeder saves money and allows exact sizing for herd needs.
Many DIY and repurposed options in the field lack engineered anchoring, precise slat spacing, and corrosion‑rated hardware, which increases the chance of bending, tip‑over, or sharp edges.
For readers who need reliable tip resistance, corrosion protection at feed contact points, and minimal assembly time, a commercial premium feeder removes unknowns and reduces labor.
Use the buyer checklist below to vet models quickly.
For a fast, durable solution that avoids the common risks of homemade feeders, consider this vetted premium unit: https://www.amazon.com/dp/B0FLWKK4RG.
- Tip‑resistance: wide base or concrete anchors and diagonal bracing.
- Rounded edges at all feed contact points to prevent cuts and snags.
- Corrosion‑resistant hardware: stainless where animals touch, hot‑dip galvanized structural fasteners.
- Capacity: matches herd size and bale handling frequency.
- Ease of cleaning: removable trays and smooth surfaces.
- Weatherproof roof with flashing and neoprene washer screws.
- Predator‑proof mounting: secure brackets or concrete‑set posts.
| Option | Pros | Cons |
|---|---|---|
| DIY wooden feeder | Lower material cost; customizable dimensions | Requires time, measurement of slat spacing, and engineered anchoring |
| Commercial premium feeder | Factory‑tested stability, rounded feed edges, corrosion‑resistant hardware | Higher upfront cost but less labor and fewer safety unknowns |
Final Words
Putting the plans into action, the guide gives a complete materials and hardware list, a precise cut list, a 16-step build sequence, and prioritized safety rules for slat spacing and anchoring.
It covers tool needs, weatherproofing, maintenance schedules, cost and time estimates, and when buying beats building.
The guide closes by reinforcing practical checks and measurable specs, and it references Homemade Hay Feeder for Goats: Materials, Cut List, and Safety Rules as a ready reference for safe, shop-ready construction.
This leaves readers equipped and confident to build or buy a durable, low-waste feeder.
Related Articles
Our Recommended Feeders
Looking for a quality hay feeder? Goatzy offers durable, weather-resistant feeders designed for goats, sheep, and horses:
- Large Hay Feeder with Roof & Wheels — Keeps hay dry and clean, reduces waste by up to 60%. Ideal for 2–6 animals.
- Wall Mount Hay Feeder with Roof — Space-saving wall-mounted design, perfect for smaller pens and stalls.
- Goat Stand with Adjustable Headpiece — Adjustable legs and headpiece for comfortable milking and grooming.
All products ship from the US and come with a satisfaction guarantee. View all products →
FAQ
Q: What materials, cut list, and safety rules are needed for an easy or free homemade hay feeder for goats?
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Use pressure-treated 4x4 posts, six 8-ft 2x4s, 20"x48" exterior plywood, stainless or hot-dip galvanized 3" screws, washers, roofing screws, flashing, wire mesh; sand edges and use 3–6" slat spacing.
Q: What cut hay is best for goats?
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Second-cut mixed grass-legume hay offers high leaf-to-stem ratio and digestibility; reject dusty, moldy, or overly mature bales and prefer small-square or chopped hay for kids.
Q: How to make a basic goat feeder at home?
fp=predicted-only tokens
Build a 2x4 frame on 4x4 posts, attach 20"x48" plywood panels, install slats at 3–6" spacing, add roof and flashing, anchor posts, sand and seal with non-toxic exterior finish.
Q: How do you make hay for goats (harvesting and storage basics)?
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Mow at mid-flower, spread and dry to ~15% moisture, rake and bale when dry, store covered and elevated to prevent moisture and mold before feeding.
Q: How high should a goat hay feeder be?
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Recommended rim heights: kids 12–18", weaned/young 18–24", adult small breeds 24–30", adult large breeds 30–36"; set at comfortable neck level for the herd.
Q: What features create a no-waste hay feeder for goats?
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Use angled slats, removable lower waste tray, mesh floor, roofed bunk, narrow slat gaps to limit pawing, and mount 6–8" off ground to reduce trampling and moisture contamination.
Q: What are key notes for a goat hay feeder with a roof?
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Design a 50" roof with ~21" side overhangs, use roofing screws and flashing, slope for runoff, and seal junctions to keep hay dry and minimize spoilage.
Q: What simple feeder ideas, pallet options, and free plans exist?
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Options: 4-ft bunk (1–1.5 bale), pallet feeder, wall-mounted hinged rack, corner feeder, suspended bin, plastic-bin retrofit; many free plans provide 4-ft cut lists and hinge-refill details.
Q: How to build a DIY goat pellet feeder?
fp=predicted-only tokens
Create a gravity hopper from a plastic bucket or PVC with screened outlet, mount above a short trough, add a removable catch tray and accessible clean-out for daily maintenance.
Q: Where to start if choosing buy versus build and what to look for when buying?
fp=predicted-only tokens
Buy when time or engineered safety matters; choose models with tip-resistance, rounded edges, corrosion-resistant hardware, easy cleaning, weatherproof roof, and correct capacity for herd size.
