At Anderson, we believe performance in the field starts with informed decisions.
Anderson University is our interactive learning and planning platform designed to help producers, contractors, and ag professionals evaluate equipment choices based on real operational and economic data.

Our advanced simulators allow you to model your own farm conditions, compare systems, and identify the most profitable solutions before investing.

Click here to try the🎓 Film Cost per Bale Simulator

Understand your true wrapping cost.

This tool calculates film consumption and cost per bale based on your wrapping system, bale dimensions, and operating parameters. Compare different wrapping methods and determine the most cost-efficient approach for your operation.

Click here to try the 🎓 Wrapping System ROI Simulator

Identify the most profitable wrapping solution.

Using film cost data along with labor, tractor, and time inputs, this simulator evaluates the return on investment of different wrapping methods and machine models. It determines break-even points and highlights which system delivers the strongest economic advantage for your specific situation.

Click here to try the🎓 Round Bale Self-Loading Trailer ROI Simulator

When does automation pay off?

Determine the annual bale volume at which an Anderson self-loading round bale trailer becomes economically superior to conventional handling methods. Compare labor savings, operational efficiency, and equipment costs to identify your optimal investment point.

Click here to try the 🎓 Square Bale Self-Loading Trailer ROI Simulator

Optimize large square bale logistics.

Analyze at what production volume an Anderson self-loading square bale trailer outperforms traditional bale collection systems. This simulator helps you quantify labor reduction, handling efficiency, and overall economic impact.

Click here to try the🎓 StackPro Capacity Planner

Plan your bale collection strategy with precision.

Based on acreage, yield per hectare/acre, available harvest window, and daily operating hours, this tool determines how many StackPro units are required to complete collection efficiently within your target timeframe.

Click here to try the🎓 Forage Harvesting Cost Simulator

Compare harvesting systems with confidence.

Evaluate the full cost of multiple harvesting, hauling, and storage systems for grass or corn silage. This simulator factors in herd size, field distance, and operational scale to calculate total system cost and cost per ton — helping you select the most economical feeding strategy.

Click here to try the🎓 MergePro Sizing & Swath Optimization Simulator

Match your merger to your mowing setup.

This tool analyzes your current mowing configuration and swath width to determine which Anderson MergePro model best fits your operation. Optimize working width, field efficiency, and harvest performance with data-driven sizing recommendations.