Hand plucking one chicken can feel manageable. By the tenth bird, the job becomes a slow contest between tired fingers and stubborn wing feathers. Wet feathers stick to gloves, tables, clothes, and boots. A processing day that began with energy can drag deep into the afternoon.
The Whizbang chicken plucker offers a different path. It is a homemade drum-style poultry plucker built from a plastic barrel, rubber plucker fingers, a spinning feather plate, a motor, pulleys, a shaft, bearings, and a wooden or metal stand. When the bird receives a good scald, the Whizbang can remove most feathers in roughly 20 to 30 seconds.
Premium Poultry Equipment Worth Comparing
Building a Whizbang can save money when you already own a suitable motor, barrel, lumber, and common shop gear. Poultry farms that process large flocks may prefer a ready-made setup costing more than $2,000 once a commercial plucker, thermostatic scalder, kill cones, stainless tables, chill tanks, crates, and packing gear are purchased.
Browse commercial chicken plucker machines on Amazon. You can also compare stainless steel poultry scalders and professional poultry processing equipment on Amazon.
A factory machine costs more at the start, but it arrives with a fitted drum, guarded drive system, mounted motor, water ring, discharge chute, and warranty. The Whizbang asks you to supply the labor and solve small fitting problems during the build.
Whizbang Chicken Plucker Review Summary
| Category | Rating |
|---|---|
| Plucking speed | 9 out of 10 |
| Finished bird quality | 8.5 out of 10 |
| Build difficulty | 6.5 out of 10 |
| Cleaning | 7 out of 10 |
| Repair access | 9 out of 10 |
| Value for regular flock owners | 9 out of 10 |
| Value for very small flocks | 6 out of 10 |
The Whizbang is a strong choice for someone who processes 25 to several hundred chickens per year and enjoys workshop projects. It can rival costly farm pluckers in speed when it is built correctly and paired with a steady scalding setup.
It is less appealing for someone who lacks basic electrical and mechanical experience, has no workshop space, or processes fewer than a dozen birds each year.
What Is a Whizbang Chicken Plucker?
The Whizbang is a homemade tub plucker created by Herrick Kimball. Builders follow a book that explains how to turn a plastic barrel and common hardware into a powered poultry plucker.
The design uses a round feather plate at the bottom of the barrel. Rubber fingers cover the plate and barrel walls. A motor spins the lower plate through pulleys and a belt.
Once a scalded chicken enters the drum, the turning plate rolls it across the fingers. The rubber grips the loose feathers and pulls them from the skin. Water washes the feathers toward an opening near the bottom.
The main idea is simple, but good performance depends on accurate shaft alignment, correct pulley sizing, firm bearings, proper finger placement, a steady frame, and safe electrical work.
What Comes With the Whizbang?
The Whizbang is not normally sold as one finished appliance. The core purchase is often the instruction book, selected parts, or a partial parts package.
Depending on the package available, builders may buy a feather plate, drive shaft, bearings, pulleys, rubber fingers, hardware, or a group of hard-to-make pieces. The motor, barrel, frame material, switch, wiring, hose, and guard may still need to be found separately.
This arrangement keeps the design flexible. One person may build the frame from leftover lumber and use a motor taken from an old farm machine. Another may buy new steel, a weather-protected motor, new pulleys, and food-safe plastic.
The final cost can differ sharply from one build to another because salvaged parts change the bill.
How Much Does a Whizbang Chicken Plucker Cost to Build?
A low-cost build may stay below $500 when the owner already has a motor, barrel, wood, wiring supplies, and shop gear. A mostly new build can move toward $700 to $1,000 or more.
The motor is often one of the largest expenses. A sealed farm-duty motor costs more than an old open-frame motor, but it is better suited to a wet processing area.
Rubber fingers, bearings, pulleys, shaft parts, a feather plate, switches, fasteners, and a belt can also add up quickly. Shipping on heavy metal parts may raise the bill.
A builder should compare the complete expected cost with the price of a ready-made Yardbird, SuperHandy, Featherman, or Hatching Time machine. The Whizbang offers the strongest savings when useful materials are already on hand.
How Hard Is the Whizbang to Build?
A person who has built farm carts, repaired small motors, wired switches, or worked with pulleys should find the project manageable. The book walks through the main dimensions and assembly steps.
The job is not as simple as drilling finger holes in a barrel. The shaft must sit straight. Bearings must remain aligned. The lower plate needs even clearance around the barrel. The pulleys must run in the same plane so the belt stays seated.
The frame also needs enough stiffness to handle an off-center wet bird. A weak stand may shake, twist, or walk across the floor.
Electrical work deserves care because the machine operates beside hot water, hoses, wet feathers, and damp ground. A grounded circuit, GFCI protection, sealed switch housing, guarded wiring, and a covered motor area are sensible choices.
Whizbang Plucker Performance
With a well-scalded chicken, the Whizbang can remove the bulk of the feathers in less than half a minute. The bird rolls across the lower fingers while the wall fingers catch feathers along the breast, back, thighs, neck, and legs.
Most birds leave with clean breast and back skin. A few feathers may remain near the wing tips, tail, neck, or lower legs. These can usually be pulled by hand in a minute or less.
Performance drops when too many chickens enter the barrel at once. The birds may press together and spin as one heavy bundle. One or two large broilers often clean better than an overloaded batch.
Some Whizbang owners run three or four smaller birds in one cycle. Bird size, barrel width, finger spacing, motor torque, and plate speed set the practical limit.
The Scald Matters More Than the Motor
A strong motor cannot pull feathers that remain firmly held in the skin. Scalding prepares the bird for the plucker.
Many poultry processors use water near 145°F to 150°F. The bird is moved through the water until a large wing or tail feather pulls free with light hand pressure.
Water that is too cool leaves patches of feathers behind. The operator may blame the plucker even though the real problem sits in the scalding tank.
Water that is too hot can soften or cook the skin. The rubber fingers may then tear the breast, legs, or back during tumbling.
A thermometer and steady water movement make processing far more predictable. The scalder and plucker work like two gears in the same machine. When one slips, the whole line slows down.
Motor Power and Plate Speed
Many Whizbang builds use a motor between one-half and one horsepower. A larger motor can provide more reserve force, though pulley sizing controls the feather plate speed.
The plate should turn much slower than the motor shaft. A common motor may spin near 1,725 RPM, while the working plate speed often falls near 250 to 300 RPM.
A plate that turns too slowly may roll the bird without enough finger action. A plate that turns too quickly can throw the carcass hard against the barrel and raise the chance of bruising or skin damage.
The belt should run under a guard. Loose clothes, gloves, hose ends, cords, and feathers must stay away from the pulley area.
Build Quality Depends on the Builder
A factory plucker should arrive with a predictable drum, frame, motor mount, shaft, and guard. Every Whizbang is slightly different.
One builder may produce a heavy, square machine with sealed bearings and smooth drainage. Another may use warped wood, a worn motor, thin barrel plastic, and a loose belt.
This means Whizbang reviews can sound very different. A successful build can run for many years. A rushed build may shake, drop belts, leak, or leave the feather plate rubbing against the barrel.
The design itself has a good record. The finished machine still depends on careful measuring and assembly.
Cleaning the Whizbang Plucker
A barrel plucker needs a strong rinse after every processing session. Feathers gather around the fingers, chute, lower plate, shaft area, and frame.
Wet feathers are easier to remove than dry feathers. Rinse the barrel soon after the last bird leaves the drum.
A broad feather outlet helps move waste into a tub, screen basket, wheelbarrow, or compost container. Small outlets can clog when feathers form a thick wet mat.
Do not spray the motor, switch, plug, bearings, or belt area with a hard stream. Disconnect power before reaching below the feather plate or near the drive parts.
A removable barrel section or easy-access panel can make washing faster. Builders should think about cleanup before fixing every part permanently in place.
Durability and Repairs
The Whizbang has one large advantage over sealed consumer machines: most parts can be seen, removed, and replaced with common shop methods.
Belts stretch and wear. Bearings can loosen. Rubber fingers can split or harden. Wooden frames may need tightening after repeated wet use.
A motor may last for years when it stays dry and receives suitable ventilation. An exposed motor near the wash zone may fail much sooner.
Owners can keep spare fingers, a belt, bearings, switches, and common fasteners on hand. A small repair box can prevent a ten-dollar part from stopping a full poultry day.
Whizbang Chicken Plucker Pros
- Fast feather removal after a correct scald
- Lower possible cost than many factory pluckers
- Parts can be repaired or replaced
- Can handle chickens and some larger poultry
- Suited to dozens or hundreds of birds per year
- Builder can alter the frame, chute, wheels, or water system
- Instruction book has a long record among poultry owners
- Common materials may be found locally
Whizbang Chicken Plucker Cons
- Requires assembly time and workshop space
- Electrical work takes care and skill
- Final quality depends on the builder
- Cost savings shrink when every part must be new
- Plastic barrels can flex or crack
- Wood frames need protection from repeated wetting
- Belts may slip when pulley alignment is poor
- No single factory warranty covers the complete machine
Can the Whizbang Pluck Turkeys?
Some owners use Whizbang pluckers for turkeys, though drum size and motor force set clear limits. A mature turkey may be too large to tumble freely inside a standard barrel.
Smaller turkeys can work when processed one at a time. The operator should watch the wings and legs because long limbs can strike the drum walls.
A turkey also needs careful scalding. Large wing and tail feathers hold more firmly than common broiler feathers.
Anyone who raises many heavy turkeys may be better served by a larger commercial poultry plucker built for their weight.
Can It Pluck Ducks and Geese?
The Whizbang can remove many duck and goose feathers, but waterfowl are harder than chickens. Their feather layer includes dense down, and natural oils can keep hot water from reaching the skin.
Soap may be added to the scald water in small amounts to help water pass through the oily feathers. The exact method depends on the bird and desired skin finish.
Wing feathers and down may remain after the drum cycle. Wax finishing or extra hand work may still be needed.
A person processing waterfowl every week should consider a machine built with finger hardness and spacing chosen for ducks or geese.
Whizbang Versus Yardbird
The Yardbird arrives assembled with a stainless steel tub, mounted motor, wheels, water ring, feather chute, power cord, and maker support. It is ready much sooner than a Whizbang build.
The Whizbang may cost less when the owner has a motor and spare materials. It can also be repaired with common parts and altered to fit the work area.
Yardbird gives more predictable build quality. Whizbang gives more control over materials, frame size, wheel placement, chute form, and motor choice.
Choose Yardbird when time matters more than workshop savings. Choose Whizbang when you enjoy building and want a machine that can be modified over the years.
Whizbang Versus Featherman
Featherman sells finished poultry equipment aimed at small farms and serious flock owners. Its plucker can fit into a matched work line with a scalder, kill stand, cones, and other gear.
The Whizbang costs less in many cases and follows the same broad drum-plucker idea. It asks the owner to build, align, wire, test, and guard the machine.
Featherman is the better choice for a farm that needs predictable delivery, factory assembly, direct parts help, and a machine ready for paid work.
Whizbang is better for a mechanically comfortable owner who accepts workshop time in return for lower possible cost.
Who Should Buy the Whizbang Plans?
The Whizbang suits homesteaders who raise 25 or more meat birds each year. The labor saved across one or two seasons can make the build feel worthwhile.
It also suits poultry clubs, shared farm groups, rental owners, and families that process birds together.
A mechanically curious person may enjoy the build itself. The machine is easy to understand once assembled because the motor, belt, shaft, plate, and fingers can all be seen working together.
Someone with no shop gear may still build it, but the cost of drills, hole saws, wrenches, saws, wiring parts, and safety gear should be counted.
Who Should Skip It?
Skip the Whizbang when you process only five or ten chickens per year. Hand plucking, borrowing a machine, or renting poultry gear may cost less.
Skip it when you need a plucker within a few days. Finding parts, drilling the barrel, mounting the drive, wiring the switch, and testing the plate take time.
A ready-made machine is also a better fit when the plucker will be used by hired workers. A factory guard system and documented controls may suit a paid workplace better than a homemade unit.
Farms processing several hundred birds every week should look at wider commercial drums or complete processing lines.
How to Improve a Whizbang Build
Use a food-safe barrel with thick walls and no chemical residue. A clean barrel protects the birds and gives the fingers a firm mounting surface.
Choose a sealed or farm-duty motor suited to damp areas. Place it under a cover without blocking cooling air.
Use GFCI protection and a switch that can be reached without leaning across the drum. Keep the cord and hose on opposite sides when possible.
Add wheels with locks so the plucker can move for washing but stay still during a cycle.
Build a wide feather chute and place a screened collection tub below it. This keeps wet feathers out of drains.
Guard the belt and pulleys from every reachable side. A simple cover can prevent clothing or fingers from entering the drive.
Seal wooden frame pieces with a coating suited to wet farm use. Pay special attention to cut ends and bolt holes.
Whizbang Chicken Plucker Review Verdict
The Whizbang chicken plucker remains one of the best homemade poultry machines for flock owners who are comfortable with basic shop work. It can clean properly scalded chickens in seconds, handle repeat batches, and stay in service for years because worn parts can be replaced.
Its greatest strength is also its main weakness. You build the machine yourself. That can save money and give you full control, but it also places alignment, wiring, guarding, drainage, and frame quality in your hands.
For 25 to several hundred chickens per year, the Whizbang can be a sound purchase. The book and selected parts give the builder a tested route rather than a pile of guesses.
For a tiny flock, renting may make more sense. For daily paid poultry work, a finished commercial machine may offer better support and less setup trouble.
A well-built Whizbang does not look polished beside a bright stainless farm plucker. It may stand on a homemade frame with a blue barrel and a motor shield cut from scrap metal. Yet when a warm, properly scalded bird drops into the spinning tub, the feathers fly out and the workday suddenly grows shorter. That is the reason the design has kept its place in home poultry processing for so many years.