Large-scale production of flower, fresh frozen, biomass, and extraction-ready material in San Benito County, California.
Designed to supply processors, extractors, distributors, brands, and retail channels with compliant, large-format commercial cannabis production.
FLR0 is in active supply discussions with established licensed California cannabis operators across multiple product categories.
Forward procurement discussions are underway with processors, extractors, distributors, and branded product companies regarding supply relationships for fresh frozen, biomass, wholesale flower, and extraction input material.
These discussions span multiple buyer types and product formats, reflecting broad commercial interest in consistent, licensed large-format outdoor supply.
Harvested material is directed into the highest-value channel based on market conditions, cultivar performance, buyer demand, and timing. This product flexibility is a margin optimization strategy, not a generic capability list.
California remains the largest legal cannabis market in the world. Large operators still need reliable outdoor supply at scale.
Consistent, licensed, large-format outdoor supply is difficult to source in California. Many cultivation operations are undersized, under-capitalized, or lack the post-harvest infrastructure to serve institutional buyers reliably.
FLR0 is being built to fill that gap: a single licensed platform capable of supplying flower, fresh frozen, biomass, and extraction input to multiple buyer categories on a consistent basis.
A licensed commercial cannabis production platform designed for scale, product flexibility, and consistent supply to California’s largest operators.
FLR0 is the operating brand of 0 Frazier Lake Road, a 155-acre licensed outdoor cannabis cultivation site in San Benito County, California. The project is operated by Clean Source Distribution LLC and has secured full local authorization for large-scale commercial production.
The platform is designed to serve multiple downstream channels simultaneously: processors, extractors, distributors, branded product companies, and dispensary buyers. Infrastructure and post-harvest systems are being built to support cold chain readiness, same-day fresh frozen processing, and large-format lot consistency.
The County of San Benito has issued formal local authorization for commercial outdoor cannabis cultivation at 0 Frazier Lake Road, pursuant to Business and Professions Code section 26055. All local land use approvals, departmental clearances, and conditions of approval have been satisfied. The operation is compliant with County Code Titles 7.02, 7.03, 19.43, and 25.
For procurement discussions, supply availability, pricing, and partnership inquiries, reach out directly. We respond to all qualified inquiries within two business days.
A licensed, shovel-ready cannabis production platform with 155 acres of authorized capacity, active commercial demand, and multiple revenue pathways — in a constrained-license California jurisdiction.
FLR0 combines regulatory scarcity, confirmed local authorization, and active buyer demand into a single capitalization opportunity. The site operates in a limited-license county where new entrants face a closed or severely restricted application window.
The platform is designed for multi-channel monetization across flower, fresh frozen, biomass, extraction input, solventless, and white-label product pathways. Active procurement discussions are underway with established licensed California operators.
FLR0 is being capitalized as a production platform, not merely a grow site. Under-capitalized cultivation projects are forced into weak execution, distressed harvest sales, poor post-harvest handling, and lost margin at every stage of the supply chain.
This capitalization preserves operational flexibility, supports proper cold chain and post-harvest infrastructure, and enables FLR0 to negotiate from strength with downstream buyers rather than desperation. The difference between a well-capitalized platform and an under-funded grow is the difference between margin capture and margin loss.