BUILT FOR PROFESSIONAL LANDSCAPES

Maintaining large green spaces requires significant amounts of water and ongoing maintenance.

Lawn Ryder injects biodegradable hydrogel directly into the root zone without disturbing existing turf. The result is healthier grass, lower irrigation costs and long-term water efficiency across large landscapes.

HOW IT WORKS

1
Analyze

We assess the lawn and identify the optimal injection pattern.

2
Inject

The robot precisely injects biodegradable hydrogel into the root zone.

3
Store & Release

The hydrogel creates an underground water reservoir that stores irrigation and rainwater, gradually releasing it back to the plants.

KEY BENEFITS

40%
Water savings*
20%
Lower fertilizer use*
5-6
Years of performance
100%
Existing lawn preserved

*Up to, depending on soil conditions, irrigation system and application.

SMART SOIL ANALYSIS

Real-time soil analysis with integrated spectroscopy.

Lawn Ryder combines an integrated soil spectrometer with intelligent hydrogel application. During operation, the measurement probe analyzes soil properties directly within the root zone, including soil type, organic matter and moisture. These data are used to generate high-resolution soil maps and automatically optimize hydrogel application for every part of the site.

APPLICATIONS

Perfect for professional landscapes.

Lawn Ryder is designed for large green areas where reducing water consumption delivers measurable operational savings.

Applications include:

  • Sports Fields
  • Golf Courses
  • Public Parks
  • Hotels & Resorts
  • Commercial Landscapes

⁠TECHNOLOGY

Technology beneath the surface.

Lawn Ryder combines robotic precision with advanced biodegradable hydrogel, delivering water exactly where large-scale turf systems need it most.

By creating underground water reservoirs throughout the root zone, the system helps maintain healthy, resilient turf while significantly reducing irrigation across extensive green areas.

READY TO SAVE WATER?

Discover how Lawn Ryder can transform irrigation across large green spaces while reducing water consumption and maintaining healthy turf.