Poultry Farm House Design
A professional poultry farm layout is suggested to include: poultry houses, feed storage, egg storage room, manure treatment area, office area, biosecurity gate, vehicle disinfection area, generator room, and water tank
FamTECH provides free poultry farm house designs for 5,000-100,000 chickens, rabbits, quail, ducks, and other poultry houses.
Types of Poultry Farm Designs
Here are some recommended designs for battery cage poultry houses for layer chickens, broiler chickens, aviary chickens, rabbits, and cage-free poultry houses for deep litter systems.
Layer Chicken House Design
| Category | Design Specification |
|---|---|
| Recommended Capacity | 3,000–50,000 layers |
| House Length | 60–120 m |
| House Width | 10–15 m |
| House Height | 3–5 m |
| Stocking Density (Cage) | 18–22 birds/m² |
| Stocking Density (Deep Litter) | 6–8 birds/m² |
| Stocking Density (Aviary) | 7–9 birds/m² |
| Temperature | 18–24°C |
| Humidity | 50–70% |
| Air Speed | 1.5–2 m/s |
| Lighting Duration | 16 h/day |
| Lighting Intensity for Chicks | 20–30 lux |
| Lighting Intensity for Growers | 10–15 lux |
| Lighting Intensity for Layers | 15–20 lux |
| Ventilation Capacity (5,000 birds) | 40,000–50,000 m³/h |
| Ventilation Capacity (10,000 birds) | 80,000–100,000 m³/h |
| Feeding System | Automatic feeding line |
| Drinking System | Nipple drinking system |
| Biosecurity Distance to Road | ≥50 m |
| Distance to Residential Area | ≥200 m |
| Distance to Waste Area | ≥100 m |
| Waste Removal | Manure scraper or belt |
| Roof Material | Insulated steel sheet |
| Recommended Fan Size | 50-inch exhaust fan |
| Eggs per Hen per Year | 300–320 eggs |
Broiler Chicken House Design
| Category | Design Specification |
|---|---|
| Recommended Capacity | 5,000–50,000 broilers |
| House Length | 80–100 m |
| House Width | 12–15 m |
| House Height | 2.8–3.5 m |
| Stocking Density | 10–14 birds/m² |
| Floor Type | Deep litter or slatted floor |
| Temperature (1–7 days) | 32–34°C |
| Temperature (2 weeks) | 30°C |
| Temperature (3 weeks) | 27°C |
| Temperature (4 weeks) | 24°C |
| Market Age Temperature | 21–23°C |
| Exhaust Fan Diameter | 50 inch |
| Exhaust Fan Quantity | 6–12 units |
| Cooling Pad Thickness | 100–150 mm |
| Feeding Space (Starter) | 2.5 cm/bird |
| Feeding Space (Grower) | 5 cm/bird |
| Feeding Space (Finisher) | 7 cm/bird |
| Drinking System | Automatic nipple line |
| Lighting Program | 20–23 h/day |
| Humidity | 50–65% |
| Final Weight | 2.2–3 kg |
| Feed Conversion Ratio | 1.5–1.8 |
| Market Age | 35–42 days |
Best Poultry House Design for Rabbits
| Category | Design Specification |
|---|---|
| Recommended Capacity | 500–10,000 rabbits |
| House Length | 30–80 m |
| House Width | 8–12 m |
| House Height | 3–4 m |
| Cage Rows | 2–4 rows |
| Cage Tiers | 2–3 tiers |
| Temperature | 15–25°C |
| Humidity | 55–65% |
| Air Speed | 0.3–0.5 m/s |
| Breeding Cage Size | 60×70×45 cm |
| Meat Rabbit Cage Size | 50×60×40 cm |
| Manure Pit Depth | 60–80 cm |
| Ventilation Type | Natural + mechanical |
| Fan Quantity (Small Farm) | 2–4 units |
| Fan Quantity (Medium Farm) | 6–8 units |
| Fan Quantity (Large Farm) | 10–16 units |
| Feeding System | Automatic hopper feeder |
| Drinking System | Automatic nipple drinker |
| Roof Material | Insulated sandwich panel |
| Lighting Duration | 12–14 h/day |
| Mortality Rate | <5% |
| Breeding Ratio | 1 male : 8–10 females |
Poultry Farm House Design of Aviary System
| Category | Design Specification |
|---|---|
| Recommended Capacity | 3,000–50,000 layers |
| House Length | 100–120 m |
| House Width | 15–18 m |
| House Height | 4–5.5 m |
| Farming Type | Cage-free / welfare farming |
| Stocking Density | 7–9 birds/m² |
| Perch Space | 15 cm/bird |
| Nest Space | 1 nest per 5 hens |
| Temperature | 18–24°C |
| Humidity | 50–70% |
| Air Speed | 1.5–2 m/s |
| Ventilation Type | Tunnel ventilation |
| Exhaust Fan Quantity | 8–14 units |
| Cooling Pad Length | 20–30 m |
| Aviary Structure | Multi-tier platform |
| Feeding System | Automatic chain feeding |
| Drinking System | Nipple drinking line |
| Egg Collection | Automatic egg belt |
| Manure Removal | Central manure belt |
| Welfare Facilities | Perches, nests, scratch area |
| Lighting Duration | 16 h/day |
| Lighting Intensity | 10–20 lux |
| Mortality Rate | <5% |
| Egg Production Rate | 90–94% |
Poultry Design House of Slatted Floor
| Category | Design Specification |
|---|---|
| Recommended Capacity | 5,000–30,000 birds |
| House Length | 70–90 m |
| House Width | 10–13 m |
| House Height | 3–4 m |
| Floor Height Above Ground | 60–100 cm |
| Slat Width | 5–10 cm |
| Slat Gap Width | 1.5–2.5 cm |
| Slatted Floor Material | Plastic |
| Stocking Density (Broilers) | 10–14 birds/m² |
| Stocking Density (Ducks) | 5–7 birds/m² |
| Stocking Density (Breeders) | 4–6 birds/m² |
| Temperature | 18–30°C |
| Humidity | 50–70% |
| Ventilation Type | Natural + mechanical |
| Side Curtain Height | 1.5–2 m |
| Exhaust Fan Quantity | 4–10 units |
| Cooling Pad Length | 10–20 m |
| Feeding System | Automatic feeding line |
| Drinking System | Nipple drinkers |
| Waste Removal | Direct manure dropping system |
| Lighting Duration | 16–20 h/day |
Poultry Farm House Design by Capacity
30,000 Cage Battery System
Poultry design house for 20,000 chicken
Poultry farm design for 10,000 chicken
5000 chicken battery cage poultry farming solution
Automatic Battery Systems in Poultry Farm Design
Poultry feeding system
Types: Chain type, anguer type and feeding pan for cage-free poultry system.
Advantages: Realizing uniform feed distribution, reduced feed waste and labor savings.
Poultry drinking system
Stainless steel nipple drinker with PVC pipe and automatic dosing device.
Advantages: Providing clean water, reducing disease spread, and lowering water waste.
Automatic egg collection system
Hot-dip galvanized anti-corrosion steel, 304 stainless steel egg belts, food-grade wear-resistant engineering plastics and nylon accessories.
Advantages: Reducing egg breakage, realizing faster collection, and improved hygiene.
Automatic manure removal system
Galvanized main frame, 304 stainless steel scrapers and chains, thickened PVC/rubber manure belts and anti-corrosion nylon rollers.
Advantages: Better farm sanitation, reduced ammonia, improved environmental conditions.
How Much Does Poultry Farm Design Cost?
The cost of poultry farm house design depends on
- Chicken capacity
- Automation level
- Poultry house dimensions
- Climate control systems
- Cage system type
- Local labor costs
- Estimated Cost Reference
Farm Size Estimated Investment
- 5,000 birds $10,000–$30,000
- 10,000 birds $30,000–$80,000
- 20,000 birds $80,000–$200,000
- 50,000 birds $200,000+
Successful Poultry Farm Design by FamTECH
1. 3000 chicken house design
Length and Width of the Chicken House: The chicken house is 37.96 meters long, including a 3-meter feed storage room, a 2-meter front aisle, and a 1.5-meter rear aisle.
The length of a single row of cages is 30.72 meters (16 cage groups, with each cage being 1.92 meters long). The chicken house is 7.34 meters wide, including 1.8-meter-wide manure ditches and 1-meter-wide aisles. The manure ditches are 20 cm deep at the front and 30 cm deep at the rear.
2. Aviary chicken house project in America
The project uses a modern cage-free aviary system and an automatic egg processing line capable of handling 30,000 eggs per hour, improving egg quality, farming efficiency, and animal welfare.
The manure recycling system processes 20 m³ of poultry waste per day and produces 2 tons of organic fertilizer per hour. Due to the successful first phase, the customer purchased an additional 14 aviary system units for expansion.
3. 10000-layer chicken poultry farm design
This is a modern automated layer chicken farm design featuring a multi-tier automatic layer cage system. The poultry house is approximately 89 meters long and can accommodate around 10,000 laying hens, making it suitable for large-scale commercial egg production.
The feed silo on the left automatically delivers feed into the poultry house. Eggs are collected through the front egg conveyor system, while the manure belt underneath the cages automatically removes chicken manure on a regular schedule, reducing labor costs and improving the farm environment.
