Chick Transport Truck

Chick transport trucks, also known as hatchling carriers or poultry transport vehicles, are specialized trucks designed for the safe delivery of day-old chicks, ducklings, goslings, quails, and other hatchlings. Proper transportation is critical, as the early life stage of poultry directly impacts growth, flock uniformity, and overall production performance.

At TWL, we design chick transport trucks that maintain a stable and precisely regulated environment inside the cargo compartment. Equipped with integrated ventilation, refrigeration, heating, and modular compartmentalization, these vehicles prevent stressors such as overheating, hypothermia, dehydration, and overcrowding. By ensuring ideal thermal balance and oxygen supply, TWL trucks help minimize chick mortality and support higher Poultry Efficiency Factors (PEF) for farms.

Our chick transport trucks also emphasize biosecurity, with easy-to-clean interiors, anti-bacterial materials, and optional sterilization systems to prevent the spread of disease during transport. Built with energy-efficient refrigeration units and lightweight insulated panels, these trucks provide both durability and cost-effectiveness, making them an essential investment for hatcheries, breeders, and poultry logistics providers.

Key Features

· Precision Climate Control: Temperature range from -5°C to 30°C with refrigeration and heating systems.
· Multi-Zone Ventilation: Side vents, roof exhaust skylights, and rear fans ensure proper airflow and oxygen supply.
· Durable & Insulated Body: Triple-layer composite structure with XPS foam insulation for high thermal efficiency.
· Compartmentalized Design: Adjustable partitions to separate batches and reduce injury or overcrowding stress.
· Animal Welfare Compliance: Reduced vibration, noise, and temperature fluctuations to align with global livestock standards.
· Biosecurity Ready: Easy-to-clean flooring, anti-bacterial materials, and optional sterilization spray systems.
· Energy Efficiency: Optimized refrigeration and airflow reduce fuel consumption and operational costs.
· Operator-Friendly: Track & Trace monitoring, ergonomic loading systems, and clear driver support protocols.