Tools & calculators
The fastest way to understand this is to play with it. Pick a tool and poke at the numbers for your own space, goals, and region.
What Should You Plant?
Answer 5 quick questions about your space, sunlight, and goals - we'll match you with the best crops from our database of 35+ plants.
Crop Explorer
Browse what grows well for different goals and spaces.
Fast-cycle greens
Can quick-turn crops work reliably in small indoor spaces with minimal intervention?
- Lighting needs for 21–30 day cycles
- Managing watering when access is inconsistent
- Crop selection for low ceilings and small footprints
Local food logistics
How do you move produce a few blocks instead of a few states?
- Delivery models for ultra-short distances
- Storage and handling for micro-scale operations
- Coordination across multiple small growing sites
Educational integration
Can indoor trials serve dual purposes — producing food and teaching STEM?
- Simple data collection students can manage
- Crop choices that deliver quick, visible results
- Documentation practices that support learning goals
Off-Grid Solar Estimator
Size a solar setup to run your system off the grid.
Could it run off-grid?
A FarmBot Genesis XL draws only ~0.24 kWh/day - under $2/month on the grid. Model a small solar + battery system below. These are rough educational estimates, not an electrical design.
~0.24 kWh/day - control + motors · 0.24 kWh/day
Rough estimate only. Assumes 25% system losses, 400W panels, and 80% usable battery depth. Real production and cost depend on equipment, weather, shading, orientation, and local rates. Not an electrical design or a generation guarantee - have a licensed professional size and install any system. See our electricity & solar and calculator disclaimers.
What could a small trial produce?
Adjust the sliders to model a research trial in your space. Estimates use real data from our plant database of 40+ crops.
Estimates assume beginner-friendly crops, standard growing conditions, and data from our open plant database. Actual results vary with climate, soil, and care consistency.
Food-Desert Impact
Estimate the potential of automated food systems by U.S. region.
Impact Calculator
Estimate the potential of automated food systems in your region
If 1% of affected households deployed a FarmBot:
Estimates are illustrative only. Based on USDA Food Access Research Atlas data and average FarmBot yield figures. Actual results depend on local conditions, climate, and usage.