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Planning a poultry farm for approximately 50,000 broilers? This Livi Machinery reference design uses two enclosed houses measuring 110 m × 14 m each, with deep litter floor rearing, automatic pan feeding, nipple drinking and environmental control.
At an illustrative density of 16 birds/m², the combined gross floor area gives a calculated capacity of 49,280 birds, before deducting any areas unavailable to the flock. Final placement capacity must be checked against usable growing area, target market weight and local conditions.
*Calculation assumes the entire stated floor area is available to birds. The density is an illustrative design assumption, not a universal recommendation.
About this design: This page presents a reference solution. Final capacity, structural dimensions, equipment quantities and environmental settings must be confirmed in the approved project documents.
What Are the Main Specifications of This Broiler House Design?
The reference plan divides the farm between two houses. The following table separates the published design parameters from the details that require final technical confirmation.
| Item | Reference Design | Planning Condition |
|---|---|---|
| Planned farm scale | Approximately 50,000 broilers | Exact placement capacity requires verification. |
| Number of houses | 2 enclosed houses | Equipment and environmental conditions assessed per house. |
| House dimensions | 110 m × 14 m per house | Approximately 360.9 ft × 45.9 ft. |
| Gross floor area | 1,540 m² per house; 3,080 m² total | Usable growing area must be confirmed separately. |
| Illustrative density | 16 birds/m² | Subject to market weight, climate, welfare requirements and environmental system capacity. |
| Calculated capacity | 24,640 birds per house; 49,280 total | Assumes the entire gross floor area is available to birds. |
| Height in the earlier plan | 2.5 m, approximately 8.2 ft | Confirm whether this means eave height or internal clearance. Ridge height is unspecified. |
| Rearing method | Deep litter floor rearing | Not a cage or slatted-floor configuration. |
| Feed lines | 5 per house; 10 total | Confirm pan model, pan count and effective line length. |
| Water lines | 6 per house; 12 total | Confirm nipple count, flow, pressure and water supply. |
How Much Floor Space Is Needed for 50,000 Broilers?
At an assumed density of 16 birds/m², exactly 50,000 broilers require 3,125 m² of usable growing area. This is a calculation based on a stated density assumption, rather than a recommended standard for every farm.
50,000 birds ÷ 16 birds/m² = 3,125 m²
The two reference houses provide a combined gross floor area of 110 × 14 × 2 = 3,080 m². Using the same assumed density, the calculated capacity is 3,080 × 16 = 49,280 birds. That is 720 birds below an exact 50,000-bird placement.
Planning implication: If the project requires exactly 50,000 birds, verify the usable growing area and assess whether additional floor space is needed. Do not increase stocking density solely to reach the target without checking environmental capacity and bird welfare.
Why Should Stocking Density Include Target Market Weight?
Bird count alone does not describe the final load on a house. For example, 16 birds/m² at an assumed market weight of 2.5 kg equals 40 kg of live weight/m². This explains the calculation; it does not establish an approved stocking limit.
The selected density must account for local climate, the chosen broiler strain, ventilation performance, feeding and drinking access, and applicable requirements. Aviagen’s Environmental Management in the Broiler House provides further technical context.
How Should Two Broiler Houses Be Arranged on the Farm?
This solution divides the flock between two enclosed houses, with feeding and drinking lines arranged along each building. Each house needs its own equipment layout and environmental assessment.
House Layout
Show the growing area, doors, feeding and drinking lines, heating equipment, ventilation components and service access.
Farm Layout
Include roads, feed delivery points, water storage, electrical infrastructure, drainage, litter handling and biosecurity entry.
House spacing and orientation must be selected according to prevailing winds, terrain, drainage, fire access and local planning requirements. A fixed spacing should not be specified without evaluating the site.
Building area is not total land area. The combined 3,080 m² footprint excludes separation between houses, vehicle movement, utilities and other farm facilities. Total land requirements need a complete site plan.
What Equipment Is Needed for a 50,000-Broiler Deep Litter Farm?
The reference configuration includes five feed lines and six drinking lines per house. Across two houses, this gives ten feed lines and twelve drinking lines. Line counts alone do not establish equipment capacity: pan and nipple quantities, effective line lengths and delivery performance must also be verified.
| System | Reference Scope | Details to Confirm |
|---|---|---|
| Automatic feeding | 5 feed lines per house | Pan model and quantity, birds per pan, line spacing, feed delivery capacity and lifting arrangement. |
| Nipple drinking | 6 water lines per house | Nipple model and quantity, flow, pressure regulation, filtration, flushing and water storage. |
| Feed storage | Selected for feed demand and delivery schedule | Silo capacity and quantity, transfer route and replenishment interval. |
| Ventilation | Fans, inlets and controls designed together | Required airflow, fan performance at operating pressure, air distribution and backup provision. |
| Cooling | Selected for local conditions | Humidity, cooling method, pad area where applicable, water availability and drainage. |
| Heating and brooding | Selected for chick placement and climate | Heating load, fuel supply, heat distribution and controls. |
| Environmental control | Controller, sensors and alarms | Sensor locations, control stages, alarm functions and staff response procedures. |
| Lighting and electricity | Lighting and electrical distribution | Lighting program, electrical load, emergency supply and essential backup circuits. |
Before approving the equipment list, request a layout showing the actual positions of feed pans, nipples and environmental equipment. Check that the configuration serves the planned flock throughout the growing cycle.
How Should the Deep Litter System Be Managed?
In this design, broilers are raised on bedding covering the house floor. Bedding and daily management help absorb moisture, but a deep litter system does not automatically stay dry or control ammonia. Water leakage, excessive humidity and inadequate ventilation can lead to poor litter conditions.
Control Water Leakage
Inspect drinking lines, maintain regulators and adjust line height and water pressure as birds grow.
Check Litter Condition
Pay particular attention to areas near drinkers, feeders and entrances. Manage wet or caked areas promptly.
Manage Moisture
Coordinate ventilation, heating and water management to prevent persistent damp conditions.
Prepare Between Flocks
Confirm bedding selection, cleanout, cleaning and preparation procedures with the farm’s technical adviser.
How Should Ventilation and Cooling Be Designed for 50,000 Broilers?
Ventilation must be calculated for each house using bird load, target market weight, local weather, building characteristics and equipment performance. Bird count alone is insufficient to determine fan quantities or cooling-pad area.
- Minimum ventilation: Plan moisture and air-quality management during brooding and cooler periods.
- Hot-weather ventilation: Assess airflow and distribution at the expected final flock load.
- Cooling suitability: Evaluate local humidity and water availability before choosing evaporative cooling.
- System integration: Coordinate fans, inlets, house sealing, heating, cooling and controller settings.
- Emergency response: Define power-failure alarms, backup power and staff response procedures.
Performance depends on the complete system. An enclosed house provides more control over indoor conditions, but results depend on correct sizing, utilities, maintenance and daily management. Ideal conditions cannot be assumed regardless of outdoor weather.
What Determines the Cost of a 50,000-Broiler Poultry Farm?
A reliable quotation separates building work from poultry equipment and clearly defines inclusions and exclusions. This reference design does not include a verified project price.
| Budget Category | Typical Scope to Confirm |
|---|---|
| Site and buildings | Earthworks, foundations, floor construction, steelwork, insulation and drainage. |
| Poultry equipment | Feeding, drinking, feed storage, heating, ventilation, cooling, lighting and controls. |
| Utilities | Water treatment and storage, electrical infrastructure and backup generation. |
| Delivery and installation | Freight, applicable import charges, installation, testing and training. |
| Operating capital | Chicks, feed, bedding, labor, energy and veterinary inputs, budgeted separately from equipment. |
Compare supplier proposals using the same usable capacity, target market weight, climate assumptions and supply scope. Request an itemized equipment list and written exclusions before comparing total prices.
Frequently Asked Questions
Can Two 110 m × 14 m Houses Hold Exactly 50,000 Broilers?
At 16 birds/m², their combined gross area gives a calculated capacity of 49,280 birds. Exactly 50,000 birds at that density require 3,125 m² of usable growing area. Final placement also depends on market weight and environmental limits.
Is This a Slatted-Floor Poultry System?
No. This reference solution uses deep litter floor rearing. A slatted-floor or cage system would require a different equipment and building assessment.
Are Five Feed Lines and Six Water Lines Enough for Each House?
These are the reference line counts, not a complete capacity specification. Pan and nipple quantities, equipment models, line lengths, feed delivery and water flow must be checked against the planned flock.
Does 3,080 m² Represent the Total Farm Land Requirement?
No. It is the combined gross footprint of the two reference houses. Additional land is needed for building separation, roads, utilities, service areas and other farm facilities.
Does This Design Describe an Installed Customer Project?
This page presents a reference design solution. The information provided does not establish a customer location, installation date or operating results.
What Information Is Needed for a Customized Quotation?
Provide the country and site location, planned flock size, target market weight, available land or building dimensions, water and electricity conditions, and requested supply scope.
Get a Custom Broiler Farm Plan
Planning a farm for approximately 50,000 broilers? Send Livi Machinery your location, target market weight and available site dimensions to request a layout and equipment proposal matched to your project.
