Solinftec Passes 100 Solix Robots in U.S. Field Deployment

Solinftec says more than 100 of its autonomous Solix robots are now deployed on farms in the United States, giving the company one of the larger commercial field robotics fleets in the market. The milestone follows a 243 percent increase in U.S. acreage under operation during 2025.

Solix is a solar powered platform designed to move through large crop fields while cameras and Solinftec’s ALICE artificial intelligence system monitor individual plants. The robot can scout crop emergence, weeds, pests, stand gaps and growth stages as it operates.

For crop protection, the system uses targeted application rather than uniform broadcast spraying. Solinftec says this can reduce herbicide use by as much as 95 percent, but that maximum is a company performance claim and results will vary with weed pressure, field conditions and programme design.

The company has also commercialized an autonomous refill station that allows a robot to replenish water and crop protection inputs in the field. That function addresses a practical bottleneck in continuous operation, because autonomy loses value if frequent manual servicing is still required.

The fleet milestone matters more than a single demonstration because agricultural robots face difficult operating conditions, narrow spray windows and costly downtime. Sustained deployment across multiple crop types provides a stronger test of service support, reliability and grower workflow.

Solinftec is building its North American expansion with capital raised through a 36 million dollar bond issuance in 2025 and a 57 million dollar Series D round in 2024. The company says the funding supports manufacturing, deployment, technical service and continued research.

Commercial scale does not settle the economics for every farm. Growers still need to compare acquisition or service costs, acres covered per day, refill logistics, chemical savings, labour availability and the agronomic quality of targeted treatments.

The move beyond 100 U.S. units nevertheless shows that autonomous crop protection is advancing from limited pilots toward operational fleets. The next benchmark will be whether utilization, uptime and verified input savings remain strong as deployments spread across regions and crop systems.