A picture of a home built rabbit cage

This picture show what the 12" urine guard is for in the material list. the left side of the cage-front has a feeder on it, this keeps rabbit rear ends away from the front of the cage (except when they are very young) and therefore most poo and pee from coming out the front.

The right side is where the watter bottle (or bottles with a growing litter) will go. In addition to controllin g the rabbit pee, this has the added benefit of keeping all the water dribbles in the cage and into the pan and off the walkway.
These cages are stacked 3 high using leg kits.
I prefer the galvanized urine guards. I can't imagine using the plastic ones, my rabbits would tear them up in a day.

Picture of the rabbit cage you are building

Here is a picture of the 30x36 rabbit cage we're talking about.

Notice the two feeders. I use multiple feeders because I believe that with 8 or 12 young rabbits fighting for food, room at the table is important. I believe that with better the access to food they will eat more. Here is more about my rabbits diet and nutrition along with some links to other breeders and how they feed their rabbits.

These are seven and a half inch feeders. I am thinking about going to a nine and a half inch feeder in the door. The bigger the better.

Kits from different litters but the same pairing will be bigger faster with multiple feeders.

This was one of the first cages I ever built myself, about 5 years ago. I used 2x1 wire, which shows that it will work just fine. I developed my preference for 1x2 later.

It is all GAW (Galvanized After Weld) wire, and looks like new to this day.

Material List for a rabbit cage

Lets put together a material list for a 36” wide x 30” deep x 18” high cage for a doe with litter. This is an individual cage that would be suspended by wires, or you could use leg kits to stack them.

Floor: I get my floors as pre-cut 30x36 panels which saves a TON of cutting. The floors are 1” x ½” (one inch x a half inch) 14 ga. GAW wire. I really suggest you use the GAW wire, it lasts almost forever and the extra diameter for foot comfort and increased rigidity are well worth it. Important- one side of the floor has wires spaced one inch apart, the other has wires space a half inch apart. The side with the half-inch spacing faces up as it provides better comfort for the rabbits foot.

Walls: the walls are made from 18” 1”x2” GAW wire. This give you an 18’ high cage with the 2” spacing horizontal and the 1” spacing running vertically up the sides.

Top: The top of the cage is made from 30” 2”x1” GAW wire. Here I use the 2x1 because the orientation on the top doesn’t really matter to me, so I can get a 1” waste per cut on the top.

Assemble these items:
J Clips
J Clip Pliers
Wire Cutters
Urine Guards (2) 30” sides, (1) 36” back (1) 12”
Feeders (2) 7 ½ “
Wire spring Lock (1)
Water bottles (2)
Galvanized edge for cage openings 3 @ 14”
Galvanized edge for door edges (top and 1 side only) 2 @ 16”

Cut these pieces of wire:
Floor (1) 30”x 36” 1” x ½ 14ga. GAW wire
Walls (2) 30” lengths of 18” 1”x 2” 14ga. GAW wire
Walls (2) 36” lengths of 18” 1”x 2” 14ga. GAW wire
Top (1) 36” length of 18” 2”x 1” 14ga. GAW wire
Door (1) 16” length of 18” 1”x 2” 14ga. GAW wire

Next I’ll go over assembly, but you can work ahead if you like!

Welded Wire is what is used to build a rabbit cage

Welded Galvanized Wire is what rabbit cages are made of. Never use chicken wire or hardware cloth. It will injure the rabbit and does not provide protection from predators. A dog, coyote or raccoon will chew right through these lighter wires to get to your rabbits.

GAW (sometimes called double galvanized): Some wire is galvanized and then welded together, then galvanized again. This is Galvanized After Weld wire. Some of the galvanizing materiel is burned off each joint during the welding process. The second galvanizing coats these burned off areas. It also makes the wire stiffer, which makes the wire panels you will construct your cages out of more rigid.

GBW : Some wire is galvanized and then welded together. This is Galvanized Before Weld wire. Some of the galvanizing materiel is burned off each joint during the welding process. This makes the joints rust faster than the rest of the wire. This wire is slightly more economical than GAW wire.

GAUGE : The gauge (ga.) of the wire tells you how thick it is. The smaller the number, the thicker the wire.
Floors should be 14 ga. For large breeds and can be 16 ga. For dwarf breeds. Having a thicker wire (GAW helps this even more) for a heavier rabbit is important. It reduces flexing and provides better support for the rabbit’s foot. Too thin a wire will cause sores on the rabbit’s feet.
Walls and roofs can be a lighter gauge unless you are stacking them or suspending them. Then you will need the extra strength and rigidity of a heavier wire.

MESH SIZE : Let’s look at a 2”x1” wire. The mesh size tells you two things.
First, it tells you the size of the opening in the wire, in this case it is 2 inch by 1 inches, a common size for the sides and top of a rabbit cage.
Second, it tells you which way the openings are oriented on the roll. On all wire, the last measurement goes around the roll. A 2" x 1" pattern will produce 1" of waste per cut that must be trimmed to eliminate sharp ends. And in 1" x 2" mesh you lose 2" per cut.

Example: For the sides of cages I use 18 inch, 1x2 GAW wire. This means that I have 4 sides, making 3 cuts, I lose 6 inches to waste. But wait, if I used 2x1 I’d lose half as much, only 3 inches in waste, right? Right, BUT with 1x2 running around my cage, it allows me to position feeders and water spouts vertically every inch. I like the 1” vertical spacing, so that is what I use.

Cage Sizes: I will only be addressing cage sizes for Commercial Breeds. These are rabbits with Senior (Adult) weights between 8 and 11 pounds.

Adult individual doe or buck: 30 x 24 or larger. Common sizes are 30x24, 30x30, 30x36. All cages are 18" high.

Doe with litter: 30x30 or larger, with 30x36 being the most common. All cages are 18" high.

Cage Depth: Cage depth is important. A cage more than 30" deep (front to back) can make it difficult to reach the back of the cage.