Unprecedented Under-canopy Field Data and Trait Analysis

  • Season long data collection enabling increased understanding of crop genetics and their impact on plant development and performance

  • Improve your understanding of season long plant health and productivity, enabling you to breed crops with:

    • Enhanced stress and drought resistance

    • Stock strength and lodging resistance

    • Early and late season disease development

    • Yield reliability

  • Ensure that best genetic material moves forward through accurate population data, change in population, impact on plant physiology and yield impact

  • Advance your commercial germplasm products faster while controlling variability and performance risks

  • Improve your customers’ experience and consistency by better positioning advice

 

Desinged for Field Phenotyping

  • 100s of times field data, with minimal manual effort.

  • Under-canopy data and insights. Throughout the season.

  • Scan 10 plants a second. All day long.

  • Record 5+ traits simultaneously

  • Traits work out-of-the-box in maize, soybean, and more:

    • Stem-width

    • Leaf Area Index

    • Plant Height

    • Maize Ear Height

    • Stand Counts throughout the season

    • Soybean Pod Count

  • In-field data quality checks

  • Seamless, automated data-analysis workflow

    • Robust, accurate plot assignment

    • Cloud-based automated data analysis

Rugged. Autonomous. Simple.

  • Ruggedized, ultracompact robot

  • User-friendly tablet app - get up and running in seconds

  • Tightly-integrated data-collection system

    • 4 high-definition RGB cameras

    • Rich 3D datasets and perception

    • Highly accurate positioning, even with degraded GPS

    • Powerful onboard computers

    • Long-range radio connections

  • Autonomous navigation proven over 200,000 corn plots

  • Powerful drive system, validated in wet clay soils and rough terrain

  • Turns on the spot - Zero Radius Turn within a row

  • 3+ hours battery life

  • Optimized data transfer for low-bandwidth locations