5 DIY Deer Feeder Plans
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5 DIY Deer Feeder Plans: Easy Homemade Designs

So you’re at your favorite local sporting goods store and you’re looking at the deer feeders, and you notice that they’re a little on the pricey side. Not only that, but they’re mostly pretty simple designs. And you think to yourself, “I wonder if I could just make my own and save some money?”. Well, you can!

An effective DIY deer feeder is easy to make even for the most mechanically challenged. You can make them as simple or as complicated as you want, and with a little bit of creativity, you can make one out of stuff you already have lying around taking up space on your property. Here are five ways you can quickly build your own DIY deer feeder that will be higher quality than the store bought ones and a heck of a lot cheaper too.

Most Common Homemade Deer Feeder Designs

  • PVC Pipe Gravity Feeders – Quick and easy to make, transport, and set up. You can make them in different sizes to hold more or less feed. And they have the added benefit of being low profile and unobtrusive.
  • Buckets & Drums – These can hold larger amounts of feed so they don’t have to be filled as often, and can be made from discarded, easily obtained materials.
  • Tripods – A tripod mounted bucket or drum gives you more versatility with placement, and they’re more stable. They can also be equipped with a motorized automatic feeder to drop feed on a schedule, or just use the simple gravity feed method.
  • Troughs –  Simple frame construction to hold protein or corn. Instead of spilling onto the ground, the feed fills a trough.

1. Poor Man’s PVC Feeder

This design is just what it says, all the materials can be bought at your local hardware store for $50 or less, and the only tools really needed are a drill and a hacksaw.

You simply pour your corn or whatever feed you’re using into the top of the tube and gravity keeps it moving downward as it gets eaten.

It has a drain at the bottom to let out any rainwater that gets in to keep the feed from becoming moldy. Deer will have no problem getting their snout into the pipe to retrieve the feed.

Bill Of Materials

  • One PVC pipe of the desired length (at least 3’ and up to 10’) and 6” diameter
  • Two 6” PVC slip-on end caps
  • One 6” PVC Wye (Y) coupler
  • Several small eye-bolts (number depending on length)
  • One can PVC primer
  • One can PVC cement
  • Spray paint for camouflage
  • Power drill
  • Hacksaw

Steps

  1. Cut the 6” PVC pipe to the desired length. Obviously the longer it is the less often you’ll have to fill it, but longer ones will be harder to reach to fill.
  2. Primer the end of the pipe and one female end of the Wye coupler following the directions for use. Add cement to both pieces and attach them.
  3. Drill some holes for drainage in one of the end caps, primer and cement the inside edge, and attach it to the bottom of the Wye coupler.
  4. Drill holes along the side of the pipe to attach eye-bolts. These will be used as strapping points to secure it to the tree. Number required depends on length.
  5. Take the end cap that will cover the top of the feeder and drill one hole in the center and one in the side, with a corresponding hole in the main pipe. Attach one eye-bolt in the top to use as a handle. The second eye-bolt will attach the lid to the pipe to keep the raccoons from raiding your feeder.

You can mount your new feeder to a tree with bungee cords, ratchet straps, or rope. You can also find pre-made drain caps at the store but make sure the holes are small enough to keep your feed in.


2. 5-Gallon Bucket Deer Feeder

Another easy-to-build and ridiculously affordable feeder. It uses a 5-gallon bucket to hold the feed, with a small hole cut into the bottom.

A wooden bridge is fitted across the inside of the bucket about two inches from the bottom that suspends a length of an all-thread rod through the hole. A large tin can is suspended from the bottom of the rod so the wind or nudging deer can cause the feed to fall from the hole.

The feed is kept in the bucket until the can is moved by a washer slightly larger than the hole suspended on the rod an inch or so below the hole, just enough to keep the feed in the bucket until the rod is moved when a small amount of feed will drop to the ground.

Bill Of Materials

  • One 5-gallon bucket with lid
  • One ¼”-20 all-thread rods (threaded along the whole length) about 36” long
  • Five ¼” washers and one 2” washer
  • Six ¼” nuts
  • One 1” x 2” board 16” in length
  • One large tin can (or similar item)
  • Power drill
  • Saw

Steps

  1. Cut a 1” wide hole in the bottom of the bucket
  2. Cut two 2” long sections off of the board then trim the board to fit across the bottom of the bucket (most 5-gallon buckets are 10.33” across at the bottom)
  3. Drill a hole through the middle of the board aligned with the hole in the bucket, large enough to allow the rod to swing slightly, nail or screw 2” pieces to the end of the board as supports, place in bottom of the bucket
  4. Place 2” washer on the rod with ¼” washers and nuts on each side, double nuts on the lower side to keep it securely in position on the rod
  5. Secure the rod from the wooden bridge through the hole in the bucket, adjust the 2” washer so it’s about 1” below the hole
  6. Drill ¼” hole through the side of the can in the middle, attach to end of the rod with nuts and washers

Use a rope to hang your 5-gallon feeder over your spot, adjusted so the deer can reach up and nudge the can for feed. Make sure your 2” washer is placed so the feed can flow, but not too quickly. The sound of the feed plinking on the can will also attract other deer in the area when they get accustomed to it.


3. 55-Gallon Drum Gravity Feeder

This one takes a bit more work to make but it’s very economical to build. If you live a long way from your property or just can’t get out there very often, this will hold enough feed to last for a while.

This plan leaves the lid attached to the drum to make sure rainwater stays out. It’s simply a 55-gallon drum mounted a few feet off the ground on a wooden platform and held in place with a ratchet strap.

Four 2” holes are cut around the bottom of the drum and 2” PVC elbows are inserted and cemented in place to channel the feed. Then cheap and readily available 12” drywall mud trays are bolted underneath the channels to hold the feed.

The drum can be filled by removing the plugs on top and using a large funnel. It’s secure and stable and works quite well.

Bill Of Materials

  • One watertight 55-gallon plastic drum
  • Materials for platform
  • Four 2” PVC elbow joints
  • Four 12” drywall mud trays
  • Eight screws
  • PVC cement
  • Power drill

Steps

  1. Build a platform to hold drum 2’ off the ground securely. You can do this with boards, concrete blocks, or even PVC tubing. Just be sure it can handle the weight and won’t tip over.
  2. Cut 2” holes at four points around the bottom of the barrel about 4” up.
  3. Insert 2” elbows into holes and cement in place. You can cut off part of the elbow to let the feed enter at a lower angle.
  4. Drill holes in corners of drywall mud trays and corresponding holes in the drum to attach the trays underneath the feed channel. Screw trays in place.
  5. Attach drum to the platform with a ratchet strap.

You’ll want to use spray paint to camouflage your feeder before you begin. If you have a white plastic drum you can leave a strip unpainted so you can observe the feed level.


4. Tripod Feeder

If you’re looking to build a feeder that’s easy to transport, holds a lot of feed, and automatically distributes feed on a timed schedule this is the plan for you.

This design uses a metal or plastic drum of whatever size you choose equipped with a motorized automatic feeder such as the type manufactured by American Hunter, Moultrie, and other companies.

Aluminum tubing is used to make a tripod with detachable legs that can be easily taken off for transport and reattached with a quick release pin. The brackets to hold the legs are made from tubing slightly larger than the legs so that they can slide inside and be secured with a pin.

A hole is cut into the bottom of the drum to allow feed into the motorized feeder. A funnel can be fitted to the inside bottom of the drum to ensure that all the feed is used.

Bill Of Materials

  • One metal or plastic drum, camo painted
  • Aluminum tubing, two different diameters
  • Six 1/4” bolts with washers and nuts
  • Plastic tubing caps
  • Motorized automatic feeder
  • Large funnel
  • Power drill and bits
  • Hacksaw
  • Basic hand tools

Steps

  1. Cut leg tubing to the desired length. For bracket tubing, cut three 14” lengths.
  2. Flatten 4” on one end of bracket tubes and drill two ¼” holes for bolts. Drill another hole 4” from the round end for connecting pin.
  3. Cut hole in the bottom of the drum the approximate size of the feeder entry
  4. Drill holes in drum and attach brackets with bolts
  5. Drill ¼” hole in leg tubes 4” from the end that will slide into the bracket
  6. Bolt automatic feeder to bottom of the drum, fit funnel over the hole in the bottom
  7. Install tubing caps on end of legs and attach to bracket with a quick-release pin

Remember to put a piece of plywood under leg caps to keep legs from sinking in soft ground.


5. Protein Trough

This is a simple design that can be done in several ways, but this plan is super sturdy and will last for years. It uses a 55-gallon drum cut in half to hold the feed, mounted on a covered platform made with 4” x 4”s and corrugated roofing panels. A little wood construction experience will help, along with access to the appropriate power tools.

Bill Of Materials

  • 55-gallon plastic drum with lid
  • Three 4” x 4” x 8’ treated beams
  • Three 2” x 4” boards
  • Three sheets corrugated roof panels
  • ¼” bolts, nuts, and washers or screws

Steps

  1. Cut 55-gallon drum in half
  2. Construct frame, two upright posts mounted on beams with a crossbeam at the top and another about 32” above the ground.
  3. Build a roof frame on the platform with 2” x 4”s
  4. Attach corrugated roofing panels to frame

Make sure the roof covers enough to protect the feed and to brace the posts with 2” x 4” sections.


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