4.9/5 - (53 votos)

If you are planning to buy a TMR feed mixer, the first question is usually: should I choose a horizontal TMR feed mixer or a vertical TMR feed mixer?

Both machines produce Total Mixed Ration by chopping and blending silage, hay, straw, concentrate, minerals, and additives. However, they work in different ways and suit different farm layouts, feed recipes, and herd sizes.

This guide compares the two designs in practical terms so you can choose the right cattle feed mixer for your dairy farm, beef feedlot, or sheep operation.

Quick Comparison: Horizontal vs Vertical TMR Feed Mixer

FactorHorizontal TMR Feed MixerVertical TMR Feed Mixer
Mixing actionAugers rotate along a
horizontal trough
One or more vertical augers
pull feed downward
Best fiber typeShort to medium fiber, ground feed,
silage
Long fiber, hay bales, straw
Loading methodFront loader or conveyor from
the side or top
Front loader from the wide
top opening
Typical capacity2–12 m³ (compact to mid-size)3–36 m³ (small to very large)
Mixing time per batch10–25 minutes15–20 minutes
Mobile optionsTractor PTO or dual-powerStationary or tractor-towed
FootprintLonger, lower profileTaller, more compact base
Purchase costOften lower for small sizesHigher for large capacities
Best forSmall to medium farms, fixed feed
rooms
Large herds, long forage, high
throughput

How Do Horizontal and Vertical TMR Feed Mixers Work?

Horizontal TMR Feed Mixer

A horizontal TMR feed mixer uses one or two augers mounted inside a long, low trough. As the augers rotate, feed moves along the trough and is cut by blades against fixed knives.

The horizontal design is efficient for mixing silage, ground grain, and short forage. Twin-auger models add shearing and kneading action, which helps process longer straw and improve uniformity.

Because the trough is low to the ground, loading with a front loader is straightforward. The machine is also easier to fit under a feed room roof or in a low shed.

Pto Driven Horizontal Tmr Feed Mixer
PTO Driven Horizontal TMR Feed Mixer

Vertical TMR Feed Mixer

A vertical TMR feed mixer uses one or more upright augers inside a tall tub. Feed is pulled downward, cut by blades, and lifted again in a continuous cycle.

The vertical design handles long-fiber materials such as hay bales, corn silage, and straw very well. The wide top opening makes it easy to drop in whole bales or large buckets of silage.

Vertical models are available in larger capacities, from small 3 m³ units up to 36 m³ machines for commercial feedlots.

Farm Vertical Tmr Feed Mixer
Farm Vertical TMR Feed Mixer

How Do You Choose Between a Horizontal and Vertical TMR Feed Mixer?

Choose a Horizontal TMR Feed Mixer If:

  • Your farm has 50–400 cows or a small beef herd
  • You feed mostly silage, ground feed, and short forage
  • You have a fixed feed room with limited height
  • You want a lower-cost machine for a small operation
  • You need a compact cattle feed mixer for daily batch mixing

Choose a Vertical TMR Feed Mixer If:

  • Your farm has 200–2,000+ cows or a large feedlot
  • You feed a lot of long straw, hay bales, or coarse forage
  • You need high throughput and large batch capacity
  • You want a stationary machine in a central feed kitchen
  • You need a tractor-towed model for mobile feeding
Tractor Mounted Horizontal Tmr Feed Mixer
Tractor Mounted Horizontal TMR Feed Mixer

What Power Options Are Available for Horizontal and Vertical TMR Feed Mixers?

Both horizontal and vertical TMR mixers are available with different power systems.

Electric motor drive is the most common for stationary machines. It is clean, quiet, and cheap to run where three-phase power is available.

Tractor PTO drive is ideal for mobile operation or farms without reliable electricity. The machine is powered by the tractor’s power take-off shaft.

Dual-power models combine an electric motor and a PTO input. This gives you the flexibility to mix in the feed room with electric power and move to the field with tractor power.

When comparing machines, check whether the motor voltage and frequency match your local supply. Taizy can configure motors for 380V/50Hz, 400V/50Hz, or other regional standards.

Tractor Pto Drive Tmr Feed Mixer
Tractor PTO Drive TMR Feed Mixer

How Do You Choose the Right TMR Feed Mixer Capacity?

Use your herd size and daily feeding frequency to estimate the right capacity.

Herd SizeSuggested Capacity
50–150 head2–5 m³
150–400 head5–9 m³
400–1,000 head9–18 m³
1,000+ head18–36 m³

Remember that silage and hay take up more volume per kilogram than concentrate. If your ration is high in roughage, choose a slightly larger capacity than the table suggests.

How Do the Costs and ROI of Horizontal and Vertical TMR Feed Mixers Compare?

A horizontal TMR feed mixer usually costs less upfront for small capacities. A vertical TMR feed mixer costs more but offers higher throughput and better handling of long fiber.

Consider the following when calculating return on investment:

  • Labor savings: one machine can replace 20 or more workers
  • Feed waste reduction: uniform TMR reduces sorting and leftovers
  • Milk yield or weight gain: balanced nutrition supports production
  • Fuel or electricity cost: electric models are cheaper to run than diesel
  • Maintenance: direct-drive models have lower belt and pulley costs

Which TMR Feed Mixer Configuration Fits Your Farm and Production Needs?

There is no single “best” TMR feed mixer. The right choice depends on your herd size, feed ingredients, farm layout, and power supply.

For small to medium farms feeding mostly silage and ground feed, a horizontal TMR feed mixer is often the most practical and economical choice.

For large herds, long forage, or high-throughput operations, a vertical TMR feed mixer is usually the better investment.

Tractor-Towed Vertical Tmr Feed Mixer
Tractor-Towed Vertical TMR Feed Mixer

Explore Taizy TMR Feed Mixers

Taizy manufactures both horizontal and vertical TMR feed mixers in a range of capacities and power configurations.

Need help choosing? Contact Taizy today for a free consultation and detailed technical parameters for each model.