MC-Max Grader

Give Your Motor Grader The Right Tools For Any Job.

Advanced Grading Technology Built to Improve Consistency on Every Finished Pass


The MC-Max Grader is engineered to help operators achieve smoother finishes, tighter tolerances, and more consistent grading results—no matter the site or conditions. With flexible 2D and 3D configurations, fast-response control, and intuitive blade guidance, this system gives crews the confidence to work efficiently from the first pass to the final grade.

MC-Max Dozer in bulldozer cabin

Built for Precision Grading on the Toughest Sites


The MC-Max Grader is a high-performance machine control system engineered for motor graders that demand accuracy, speed, and versatility. Whether you’re shaping road subgrades, fine-grading site material, or maintaining rights-of-way, MC-Max gives your operator both the control and the confidence required for productive results.

Built on the proven MC-X platform, MC-Max supports everything from basic 2D elevation tasks to full 3D positioning and automation—so you can match your workflow to the job’s demands and spend less time on re-work.

Bulldozer pushing gravel assisted by the MC-Max Dozer

MC-Max Grader Key Features


  • Modular 2D–3D machine control system built on the MC-X platform.
  • Supports laser, sonic, string line, GNSS, total station, and mmGPS sensor configurations.
  • Works in both guidance mode and full automated blade control.
  • Real-time blade, slope, and material movement tracking for consistent results.
  • Fast-response control system improves grading speed and finish quality.
  • Automatic roll and blade-tilt compensation for accurate slopes and crowns.
  • Upgrade-ready design lets you expand from 2D to full 3D as project needs grow.
Operator in bulldozer cabin using the MC-Max Dozer

See What Smarter Grading Can Do for Your Team Today


If you’re ready to elevate your motor grader productivity, contact GPS Alaska for a demo, quote, or system check-out. Transform your site workflows with faster, cleaner cuts—and the confidence of first-pass accuracy.