How much does a forage harvester cost?

1. A pull-type forage harvester with a 3-row, 30-inch head for harvesting corn. This unit’s list price is $42,000, the hay pickup’s list price is $8,800, and the corn head’s list price is $18,000.

What is the biggest forage harvester?

BiG X 1180
Our new BiG X 1180 has 1156 HP and is the world’s most powerful forage harvester powered by an V12 Liebherr engine.

What’s the difference between a forage harvester and a harvester?

Unlike normal Harvesters, a Forage Harvester does not have an internal holding tank – It does not accumulate the material it cuts from the field. This requires either towing a container directly behind the harvester, or using a second vehicle to tow a container next to the harvester as it works.

What is a double chop harvester?

| DOUBLE CHOP 1500 | Fimaks Double Chop forage harvester is used for harvesting every kind of green fodder and grass in order to make silage. The flywheel cuts the grass for the second time that results with much shorter chopping length considering the standard forage harvesters. …

How much does it cost to rake hay per acre?

Swathing, $20-$22 per acre; Raking, $8-$10 per acre; Baling: small bales, 60-75 cents per bale; midsize (3×3), $10-$12 per bale; midsize (3×4), $14-$18 per bale; large square (4×4), $22-$25 per bale; round bales, $12-$15 per bale.

What does a forage harvester do?

A forage harvester – also known as a silage harvester, forager or chopper – is a farm implement that harvests forage plants to make silage. Silage is grass, corn or hay, which has been chopped into small pieces, and compacted together in a storage silo, silage bunker, or in silage bags.

How much should I charge for making hay?

Can you harvest corn with a forage harvester?

Harvesting corn snaplage is a viable alternative to rolled high moisture shelled corn (RHMC). Snaplage generally contains the ear (cob and grain), husk, and shank and is harvested using a self-propelled forage harvester equipped with a snapper head and an on-board kernel processor (Picture 1 & 2).