TRANSFORMATIONAL TOOLS &
GROUNDBREAKING METHODS

Application of herbicides through direct contact with targeted invasive vegetation  

Capability to adjust to uneven terrain and height of vegetation

Significant reduction of recommended concentrations of chemicals

Ability to turn and access difficult-to-reach areas

Allows for precise and targeted application of chemicals with achieving desired mortality of invasive species

Eliminates shading on panels by keeping vegetation under a height of 18”

Replaces mowing

Eliminates future seed source of unwanted vegetation

Reduces chemical contact with beneficial plant species adding natural resource value

Well-below industry-standard psi compaction requirements

Keeps chemicals away from wetlands and environmentally sensitive areas

Operates in wet areas such as marshes to eliminate unwanted invasives plant species, cattails, etc.  

Reduces the risk of herbicide drift to adjacent properties

Minimizes exposure for applicators, wildlife and pollinators

Eliminates the need for broad herbicide application, reducing labor and chemical cost

Widespread herbicide application can have devastating long-term effects. Prolonged and indiscriminate use of herbicides can lead to soil degradation, affecting its fertility and microbial balance. It can also harm non-target plants and aquatic ecosystems, disrupting food chains and biodiversity. Persistent herbicide residues can leach into groundwater, potentially contaminating drinking water sources and posing risks to human health. Effective and responsible herbicide management is crucial to mitigate these long-lasting environmental consequences. We have seen a reduction of 85% in the amount of herbicide required to achieve the same mortality results.