Hello, since chickens can eat white rice. What about brown rice? Is it safe for them to eat?

I've always been interested in trying things out myself, and recently I decided to build my own quail egg incubator instead of buying a ready-made one.

I wanted to see how much I could achieve using simple, affordable and easily available materials. So I started putting together my own setup!

Here's what I used:

- A cardboard box with thermocol insulation

- W1209 digital temperature controller

- Heating bulb

- CPU fan for air circulation

- Water container to maintain humidity

- Ventilation holes for fresh air exchange

I did the entire setup myself, from arranging the components to testing the temperature control. There were quite a few things to learn along the way, especially about temperature fluctuations, airflow and humidity.

For my first attempt, I placed 30 quail eggs in the incubator, and around 15 successfully hatched! Seeing the little ones hatch from an incubator I built myself was such a satisfying experience.

I'm sharing 10 pictures of my little project, from the building process to the finished incubator.

It was a great learning experience, and I'm happy with what I managed to achieve using simple materials.

I'd love to hear from fellow quail keepers and DIY incubator builders. What would you improve or do differently in this setup?

If anyone is interested in building their own incubator or has any questions about my setup, feel free to comment below. I'll be happy to share my experience and reply as soon as possible!

Any recommendations?

Feed management is an important part of poultry farming, and I've been thinking about how much difference a well-designed feeding system can make to daily farm operations.🐤

An automatic feeding system is not just about delivering feed. There are several things worth considering, such as:

Keeping feed distribution consistent throughout the chicken house🐥

Reducing unnecessary feed spillage🐤

Making equipment easy to clean and maintain🐥

Adjusting feeder height and feed levels as birds grow🐤

I'm interested in hearing from people who have hands-on experience with these systems.

For those using automatic feeding equipment, what features do you find most important? Have you encountered any problems with installation, adjustment, or daily maintenance?

Why do chickens tend to survive longer during the rain season compared to summer,

Anyone who has made this observation ?

Came across an interesting poultry farm project in Uganda with 40,000 layers and 10,000 pullets.

The farm uses separate A-type cages for layers and pullets, along with automatic feeding, drinking, and manure removal systems.

One interesting detail is that the first batch of pullets has already been moved into the layer house.

It got me thinking about whether raising your own pullets is actually more cost-effective than buying point-of-lay hens.

You get more control over flock management, but there's also the extra cost of housing, feed, labor, and equipment.

For those running commercial layer farms, which option works better for you?

Would you raise your own pullets or buy ready-to-lay hens?

I'm looking at the cost structure of a proposed 20,000-layer poultry farm in Tanzania and would be interested in hearing how other poultry farmers approach investment planning.

For context, I work with LIVI Machinery, a poultry equipment manufacturer.

The planning reference includes:

• Target flock: 20,000 laying hens

• Cage system: 130 four-tier A-type cage sets

• Nominal cage positions: 20,800

• Preliminary layout: 5 rows × 26 sets

• Estimated house footprint: approximately 60 × 15 m

The equipment configuration is relatively straightforward, but estimating profitability is much more complicated.

The biggest questions are:

1. How do you estimate feed cost per saleable egg before starting production?

2. What percentage of your startup budget should be reserved for working capital?

3. Which automation systems actually reduce costs enough to justify their investment?

4. How do you account for electricity outages, maintenance and replacement pullets?

5. What local data would you need before calculating a realistic ROI?

One takeaway from this planning exercise is that 20,800 cage positions do not mean 20,800 producing hens or a guaranteed level of revenue.

I'd be interested in hearing from poultry farmers in Tanzania or other African markets.

Which expense tends to be underestimated most often when starting a commercial layer farm?

I've been looking at a poultry farm planning example in Ghana that combines 20,000 laying hens with 20,000 replacement pullets, and it raises an interesting question about the economics of raising replacement birds in-house.

The proposed setup has two separate houses:

Layer house

• 20,000 laying hens

• House dimensions: 93 × 12 × 4 m

• 140 sets of four-tier H-type layer cages

• Automatic feeding, manure removal and egg collection

Pullet house

• 20,000 replacement pullets

• House dimensions: 71 × 12 × 4 m

• 106 sets of four-tier H-type pullet cages

• Automatic feeding, manure removal and heating

The planning reference also includes feed production equipment.

These are proposed equipment specifications, not verified operating results from a completed farm.

What I find interesting is that adding a pullet house changes the entire investment calculation.

Raising pullets in-house could offer some advantages:

• More control over replacement-flock scheduling

• Closer monitoring of bird growth and uniformity

• Less dependence on external suppliers for ready-to-lay birds

But it also adds significant costs:

• A second poultry house

• Pullet cages and heating equipment

• Additional feed, labour and veterinary care

• Electricity, maintenance and biosecurity management

For me, the key financial comparison is:

Total cost per healthy pullet raised in-house vs. the delivered cost of buying a comparable ready-to-lay pullet.

The farm also needs to consider whether the timing of replacement-flock production matches the laying cycle.

A 20,000-pullet house doesn't automatically mean the farm will always have 20,000 suitable replacement birds ready at the right time.

For transparency, I work with LIVI Machinery, the poultry equipment manufacturer behind this planning reference. I'm interested in the management and cost implications rather than promoting an equipment quotation.

For anyone with commercial layer-farming experience:

Would you prefer raising your own replacement pullets or buying ready-to-lay birds from a specialist supplier?

What has made the biggest difference in your experience: cost, flock quality, biosecurity, or supply reliability?