NR FRD WLP Drone Aerial Spraying Project FY25

The Michigan Department of Natural Resources Forest Resources Division is seeking a qualified contractor for a drone aerial spraying project in the Northwest Lower Peninsula, targeting approximately 661 acres for forestry site preparation and seedling release treatment. The Request for Proposal (RFP) requires bidders to possess a valid Michigan Commercial Pesticide Applicator's License and comply with FAA aerial requirements for drone-based herbicide application. Specific chemical mixes including Roundup Pro, Arsenal AC, Chopper Gen II, and Oust XP will be used for treatment, with pricing structured on a per-acre basis. The procurement timeline indicates the contract will commence on May 13, 2025, with a one-year duration. Bidders must submit comprehensive proposals detailing treatment methodologies, including adherence to environmental regulations, wind speed limitations, drift control protocols, and landowner notification procedures. Proposal submissions are due by May 5, 2025, with requirements for weekly reporting of treatment schedules and completed spraying shapefiles. Evaluation criteria will likely focus on licensing, technical capabilities, proposed rates, and operational compliance.

The RFP does not explicitly indicate specific set-aside designations or restrictions for disadvantaged business enterprises. Contractors must provide comprehensive insurance coverage and demonstrate capability to manage complex aerial spraying operations across multiple counties. While no incumbent vendors are mentioned, potential bidders must be prepared to integrate with existing forest management technologies and geospatial systems. The contract allows for acre fluctuations up to 15%, providing some flexibility in project scope. Though a specific budget range is not disclosed, the per-acre pricing model suggests potential contract values will be determined by the total acres treated and the proposed chemical application rates. Successful bidders will need sophisticated drone technology, precise GPS mapping capabilities, and demonstrated expertise in precision agricultural and forestry chemical application techniques. The project represents a technologically advanced approach to forest management, leveraging drone technology for efficient and targeted vegetation control.