The page covers the essential design considerations for dairy entries and exits to ensure efficiency and cow welfare. It highlights the need for safe, reliable footing, a controlled slope at the entrance, and proper lighting conditions.

Dairy exit and entry races refer to the design of the pathways that lead cows in and out of the milking platform. Good exit and entry design can speed up the milking process and reduce cow injuries.

The design of the milking bail, pipework, and pit in dairy farming is crucial for the safety and comfort of both cows and workers. This page outlines ways to ensure optimal cow flow and worker efficiency in the milking process.

Good platform design in dairy farming keeps both cows and people safe, while enhancing cow flow into the dairy.

Integrated cattle handling facilities, including head bales, crushes, and AI races, are essential for safe and efficient animal health tasks for both cows and handlers.

Building a new dairy farm is a complex, time-consuming process that requires careful planning and consideration. This page guides you through the key decisions and factors involved in choosing the type and size of the dairy and yard.

Accurate drafting of cows into groups is a crucial part of managing a herd on dairy farms, and it becomes even more essential as herd sizes grow. This page discusses the importance of automated drafting systems in New Zealand dairy farming.

Electronic identification (EID) systems in dairy farming consist of a transponder, reader, and data processing unit that communicate via radio signals.

Dairy shed feeding systems are tools to deliver concentrated feed to cows during milking, supplementing their pasture-based diet.