MFR Next: A Feeding Robot Designed for the Realities of Modern Dairy Farming

A feeding robot needs to do more than follow a route.

It has to handle feed efficiently, navigate different farm layouts, keep up with growing herd sizes, and deliver consistent performance day after day.

That thinking is behind the new Lely Vector MFR Next.

The latest generation of the Vector introduces greater loading capacity, updated technology, and increased flexibility for dairy farms looking to automate their feeding operation.

800 kg of Capacity Changes the Game

The Vector MFR Next can carry up to 800 kg of feed, representing a 35% increase in loading capacity compared to the previous generation.

While capacity may seem like a simple specification, it has a significant impact on daily operation. A larger payload means the robot can deliver more feed per cycle, reducing the number of loading trips required throughout the day.

As herd sizes continue to grow, feeding systems need to grow with them. Increased capacity helps ensure that automated feeding remains efficient, even on larger dairy operations.

Designed for a Wide Range of Farm Layouts

No two dairy farms are exactly alike.

Some operate with narrow feed alleys, while others have multiple barns, varying elevations, or complex traffic patterns. The Vector MFR Next is designed to adapt to these different environments, providing greater flexibility across a wide variety of farm layouts.

The updated feed center further increases system capacity by allowing two feeding robots to load simultaneously.

For larger farms, including operations with more than 800 cows, this creates an additional way to scale the feeding system and maintain consistent feed delivery.

Feeding Beyond Traditional Schedules

Conventional feeding often centers around a handful of key feeding times and regular feed push-ups.

Automated feeding takes a different approach.

The Vector MFR Next can deliver fresh feed throughout the day and night, helping ensure feed is available when cows are naturally inclined to eat. More frequent feed delivery can support improved feed access and a more consistent feeding routine across the herd.

The system also supports precision feeding, allowing rations to be tailored to specific groups based on age, production stage, or nutritional requirements.

This gives farmers greater control over feed allocation while helping optimize feed utilization across the operation.

Rethinking Labour on the Dairy

As dairy farms grow, labour demands often grow with them. Feeding remains one of the most important daily tasks, regardless of weather, staffing challenges, or other priorities on the farm.

Automation addresses this challenge by taking over the repetitive aspects of the feeding routine.

That does not mean less attention is paid to nutrition. Instead, it allows farmers and staff to focus more on monitoring herd performance, evaluating rations, and managing the overall operation rather than spending time on routine feed delivery.

Moving Away from Diesel

The Vector MFR Next uses electric technology, reducing the need for diesel-powered feeding equipment.

For many farms, this can mean lower diesel consumption, quieter operation, and fewer emissions associated with daily feeding activities.

When evaluating feeding automation, energy use is an important part of the overall equation. The move to electric-powered feeding offers another opportunity for farms to improve efficiency while supporting long-term sustainability goals.

The Bottom Line

The Lely Vector MFR Next is designed to help dairy farms manage feeding more efficiently as herd sizes, labour pressures, and operational demands continue to increase.

With an 800 kg loading capacity, the ability to support multiple robots, precision feeding capabilities, and electric operation, the latest Vector generation provides a scalable feeding solution built for the realities of modern dairy farming.