Description

Nothing kills a good day in the field like wrestling with a rear window that won’t stay open or comes slamming down when you’re trying to check your implement. When these struts start losing pressure, your rear window becomes heavy and hard to operate, leaving you fighting against gravity every time you need ventilation or rear visibility during long working days.

What You’re Getting

170 Newton pressure rating that’s perfectly calibrated for larger 7000/7010 series tractors
Heavy-duty sealed construction that holds pressure through temperature swings and vibration
Smooth, controlled operation that prevents window slamming or hard-to-open situations
Ball joint connections that snap right into existing mounting points
Direct replacement for factory struts—no modifications needed

Built for Real Farm Work

Your John Deere 7000 or 7010 series tractor spends its days pulling planters, running cultivators, and handling heavy field work where rear visibility and ventilation matter. Whether you’re backing up to an implement, monitoring a grain cart, or just need cross-ventilation on a hot day, this strut keeps your rear window working like it should. These machines work hard, and their cab components need to hold up to the bumps, vibration, and daily use that comes with serious farming.

Made to Last

This gas strut is built to handle the demanding environment of a working tractor cab. The 170 Newton rating provides smooth, controlled window movement that won’t slam shut unexpectedly when you’re working on rough ground or running heavy implements. The sealed design maintains consistent pressure despite the temperature changes from cold morning startups to hot afternoon work sessions.

Installation Notes

Installation takes just a few minutes—support the window, disconnect the old strut, and snap the new one into place. Always verify the exact Newton rating of your existing gas strut before ordering, as using incorrect force ratings can result in window glass breakage. Most operators replace struts in pairs to ensure balanced window operation and prevent premature failure of the new strut.