XAG P150 Max

A quadcopter that puts an 80-liter tank in the air

The P150 Max is XAG’s flagship spraying drone for markets outside China: an 80-liter spray tank, a 115-liter spreader hopper, 80 kg maximum payload, 136 kg takeoff weight, 56 kg empty. Dual pumps and two centrifugal nozzles give a rated 32 L/min at a 5-to-10-meter swath. Positioning runs off an XRTK7 mobile station with PPP-AR satellite correction, holding hover to ±10 cm. Obstacle avoidance is a 4D imaging millimeter-wave radar with 1.5-to-100-meter range — no lidar. The 20,000 mAh B141050 battery recharges in seven minutes with the parallel charging kit.

Throughput is the selling point: 50 to 60 acres per hour sustained (about 20-24 hectares), 70 to 80 at peak. The number that matters more is the crew ratio — one operator flies two aircraft at once through XAG One 7.0.

Two things to flag. XAG’s spec sheet gives maximum flow as 32 L/min; the 46 L/min that appears in marketing copy is an upgraded nozzle configuration, and we use the spec-sheet figure. And endurance — XAG publishes no flight time for the P150 Max on any page we could reach, so we leave it blank rather than estimate.

One more thing that trips people up: XAG runs two divergent product lines. The international flagship is the P150 Max at 80 liters; the China-domestic flagship is the P200 2026 at 85 liters, which is not sold internationally. This entry covers the P150 Max.

The worker it replaces, and the job it created and then destroyed

Layer one: the person carrying a backpack sprayer. The most direct substitution, at a 30-to-60x efficiency gap. But there is a counterintuitive fact underneath it. Across much of rural China the machine did not push the worker out — the worker left first. The demographic reality is that farms cannot hire field labor under 50, and spraying is the most physically punishing job on the farm and the one with the most chemical exposure.

Layer two: the crop-dusting pilot. This is economic substitution, not technical. Helicopter application needs roughly 50 hectares a day to pencil out, while a great many growers actually need two or three hectares a week. Drones eat exactly the jobs a helicopter could never take. One controlled data point from South African sugarcane: drone application delivered 1% more recoverable sugar value than helicopter application.

Layer three: tractor boom-sprayer operators and seasonal farm labor. XAG’s US launch release is unambiguous about the pitch — American growers face labor “in short supply” and shrinking spray windows, and the P150 Max turns “workforce constraints into a solvable problem.” Trade headlines put it plainly: XAG Introduces P150 Max Agricultural Drone to Address Labor Constraints in U.S. Farming.

And then layer four, which is the one we actually want you to look at: the drone operator job itself.

The licensed agricultural drone pilot — fēishǒu — was the textbook example of automation creating a good new job. It required a CAAC license covering aviation regulation, flight principles and meteorology. China had 194,400 valid licenses by the end of 2023. Strong operators cleared RMB 300,000 a year, and RMB 10,000+ months were normal through spring planting. XAG alone had trained more than 700,000 operators and 7,000 instructors by mid-2026.

Then the price war arrived. Service rates fell from more than RMB 10 per mu to 5.5, to 4.5, to as low as 3.5. At the same time, one-operator-two-aircraft and map-free flight modes dropped the skill floor far enough that farmers could run the machines themselves — and the ratio of professional operators to owner-operators moved from 9:1 to 5:5.

That is the full arc. The machine eliminated the sprayer, created the pilot, commoditized the pilot into piece work, and then handed the controls to the customer. Under ten years, start to finish.

Why we care for LostJobs

The agricultural category in this catalog has had a tilt. Of nine entries, John Deere, Lely, Monarch, Carbon Robotics, Naïo and FarmDroid all point at large mechanized farms in North America and Europe. But the 700,000-unit global spray-drone fleet and China’s 2.67 billion mu-times of annual treated area are where the largest number of agricultural workers actually meet automation. XAG is the world’s second-largest maker in that market and was missing from this catalog. That is a head-of-market gap, not a long-tail one.

It also earns its own page because it runs the entire life cycle of the “automation creates new jobs” claim to completion — in under a decade. Most discussion stops at “old jobs go, new jobs appear,” and almost nobody asks what the new job is worth five years later. For XAG’s operators the answer is: from RMB 300,000 a year, to RMB 3.5 per mu piece rates, to employers discovering they don’t need to hire at all.

The portable lesson for anyone reading this page: when someone tells you automation will create new work, the question worth asking is not whether new jobs appear. It’s whether that new job will still require a license in three years, or whether by then the person who buys the machine can just do it themselves. The answer depends on which direction the skill floor is moving — and XAG’s published roadmap of one-operator-two-aircraft and map-free operation makes that direction very clear.

One last variable, unrelated to work but decisive for whether this machine remains buyable in the US: on August 5, 2026 China’s commerce ministry put all drone exports to the United States under case-by-case review, effective immediately. P150 Max US sales began in February 2026. We’ll keep this field updated.