Reservoir expands on-farm robotics model to Washington crops

Reservoir is expanding its on-farm robotics model.

Reservoir, Washington State University’s Prosser Irrigated Agriculture Research and Extension Center (IAREC), the Washington Tree Fruit Research Commission (WTFRC), and the Tri-City Development Council (TRIDEC) are aligning around a Washington site where agricultural robotics startups will work in orchards, vineyards, and berry fields alongside researchers and growers.

The target crops are not easy wins. Washington growers face rising labor costs and a shrinking workforce for apples, cherries, pears, blueberries, wine grapes, and hops. That matters for engineers because these crops combine delicate handling, variable geometry, outdoor dust and weather, and short harvest windows. A robot that looks credible in a demo row still has to survive throughput, washdown, transport between blocks, and operator reality.

Why Washington is a hard test cell

The Washington effort builds on Reservoir’s pitch as an agricultural innovation center and venture capital fund focused on helping agtech startups succeed in the field. The emphasis is deployment near commercial acreage, not isolated lab validation.

Reservoir opened Reservoir Farms – Salinas, its flagship innovation hub, in the Salinas Valley. The site features multiple innovation barns and dedicated commercial test fields. More than 300 growers, agricultural leaders, federal and state officials, community partners, investors and media attended the grand opening.

From our early days, Reservoir listened intently to partners to understand where innovation in agriculture was stuck. Once our vision to create an on-farm innovation center was clear, we worked relentlessly with partners across the industry to bring the energy, focus and skills necessary to manifest the space and people necessary to make this a reality. With the doors open, the focus turns to execution and impact – in the form of real-world solutions for growers, upskilled jobs for rural communities, and a more secure food supply for American consumers.

Danny Bernstein, founder and CEO of Reservoir, framed the model around execution. For manufacturing and automation teams, that translates into a familiar gate: prototype is interesting; repeatable field operation is the product.

Expansion path and capital signal

Reservoir plans to expand its on-farm innovation center model across California, Arizona, and other major growing regions. It also invited startups to run pilots at the University of Arizona’s Yuma Agricultural Center, giving technologies exposure to commercial desert vegetable production.

The capital and R&D signal is already visible. Reservoir announced a 10 million, three-year R&D partnership with John Deere aimed at accelerating development and commercialization of rugged AI technologies for high-value crop agriculture.

The engineering takeaway is not that one incubator solves labor scarcity. It is that Reservoir is trying to shorten the distance between machine build, crop-specific testing, grower feedback, and commercialization. That is the right bottleneck to attack.

M4S Take:: Compared with Reservoir Farms – Salinas, the Washington move is less about proving the hub concept and more about stressing it across crop types with different canopies, handling tolerances, and harvest timing. Salinas gave Reservoir a flagship site, dedicated test fields, and an opening crowd of more than 300. Washington adds orchard, vineyard, and berry-field complexity under the same field-first thesis. If the model holds there, it is stronger than a single-region demo footprint.