Up for sale is a 2017 John Deere 618C 18-row corn header with 22-inch row spacing and StalkMaster® stalk chopping. This header has been used on approximately 3,000 acres, making it lightly used and highly productive for large-scale corn harvesting operations.
The 618C features John Deere’s reliable engineering and durable construction, providing smooth feeding, reduced kernel loss, and effective residue management. Its StalkMaster® chopping system allows efficient stalk processing for improved soil conditions post-harvest.
Specifications & Features
Specification Details
Make / Model John Deere 618C
Year 2017
Category Corn and Row Crop Headers
Acres Used ~3,000 acres
Number of Rows 18
Row Spacing 22 in
Stalk Management StalkMaster® Chopping System
Feature Highlights
18-Row Capacity: Ideal for large-scale operations
StalkMaster® Chopper: Efficient stalk processing and residue management
Lightly Used: ~3,000 acres only
Durable John Deere Build: Reliable and long-lasting components
Optimized Feeding: Reduces kernel loss and ensures smooth operation
Up for sale is a 2017 John Deere 618C 18-row corn header with 22-inch row spacing and StalkMaster® stalk chopping. This header has been used on approximately 3,000 acres, making it lightly used and highly productive for large-scale corn harvesting operations.
The 618C features John Deere’s reliable engineering and durable construction, providing smooth feeding, reduced kernel loss, and effective residue management. Its StalkMaster® chopping system allows efficient stalk processing for improved soil conditions post-harvest.
Specifications & Features
Specification Details
Make / Model John Deere 618C
Year 2017
Category Corn and Row Crop Headers
Acres Used ~3,000 acres
Number of Rows 18
Row Spacing 22 in
Stalk Management StalkMaster® Chopping System
Feature Highlights
18-Row Capacity: Ideal for large-scale operations
StalkMaster® Chopper: Efficient stalk processing and residue management
Lightly Used: ~3,000 acres only
Durable John Deere Build: Reliable and long-lasting components
Optimized Feeding: Reduces kernel loss and ensures smooth operation