Carbon Robotics LaserWeeder G2 — Carbon Robotics

Who's exposed

Jobs in the threat radius

manual weeding crew member (hand-hoeing crew)
field sprayer operator (herbicide spray runs)
organic farm weed scout
row crop hand laborer

Deployment status

Shipping commercially. Carbon Robotics has hundreds of customers running LaserWeeder across the U.S. and 14 countries. The G2 product line, introduced in 2025 and shipping in 2026, replaces the original LaserWeeder with a modular family in widths from 6.6 ft to 60 ft — pulling the deployment floor down from large row-crop operations into mid-size and specialty farms. Manufactured at Carbon's Richland, Washington facility and a second plant in the Netherlands. The company has raised approximately $177 million and employs about 260 people.

When this hits the labor market

Already at commercial scale on specialty row crops (onions, carrots, leafy greens, sugar beets) where hand-hoeing crews have historically been the only viable weed control. 1-3 years for broader adoption as G2's smaller width variants make the per-acre math close on mid-size diversified vegetable farms. 3-5 years for the technology to push into commodity row crops where herbicide is still the default, as labor cost and herbicide-resistance pressure compound. The displaced labor is concrete: hand-weeding crews on specialty vegetable farms, contracted by the season, paid by the row. That job category gets smaller every year that LaserWeeder scales.

A laser instead of a hoe

Carbon Robotics LaserWeeder G2 is a tractor-pulled implement that drives down a row of crops, scans each plant with onboard cameras and NVIDIA GPUs, classifies it as crop or weed in real time, and fires a high-powered laser at every weed it sees. Sub-millimeter accuracy. No herbicide. The largest model in the G2 lineup, the G2 600, shoots up to 10,000 weeds per minute — 600,000 per hour — and the lineup runs about twice as fast as the original LaserWeeder it replaces.

The 2025 G2 launch matters because it broke the single-size barrier. The first LaserWeeder was a 20-foot implement that priced into the seven figures and only made sense on the largest specialty-crop operations. G2 ships in six widths from 6.6 ft to 60 ft, with the smaller models explicitly aimed at mid-size and diversified vegetable farms. That’s a different addressable market — not the handful of mega-operations that bought G1, but the much larger long tail of farms that have been hand-weeding because nothing else worked in their crop economics.

Why this catalog entry, and why now

We’re cataloging this in 2026 because the deployment story has reached the point that’s hard to argue with: hundreds of customers, U.S. plus 14 countries, two manufacturing facilities, $177M raised. The herbicide-free angle matters too — for organic operations where chemicals aren’t an option, hand-weeding crews have been the only choice, and “the only choice” is the condition under which a technology like this displaces an entire labor category quickly.

Why we care for LostJobs

The exposed labor here is not subtle. Hand-weeding crews on specialty vegetable farms — onions, carrots, leafy greens, sugar beets — have historically been the irreplaceable layer of those operations. Contract workers, paid by the row, often migrant, often seasonal. A single LaserWeeder G2 in a field replaces the picking-the-rows portion of that work entirely. The crew supervisor’s job survives a while longer. The crew member’s does not.

If you do row-crop hand labor in U.S. specialty agriculture, this is the technology that closes on you. The 2024-2025 wave was the largest farms. The 2026-2028 wave, on G2’s smaller widths, is the farms that have historically been too small for that argument to land. After that, the math closes on commodity row crops where the equation flips on herbicide resistance and labor cost — and that’s the second wave, hitting field sprayer operators on a different timeline.