XAG Company Unveils Dual-Mode Agricultural Robot for Complete Pesticide Spraying Automation

XAG has introduced its new series of agricultural robots, the X Series, and the unmanned lawnmower RM80, designed to solve last-mile challenges in farm automation. These devices provide autonomous spraying, self-charging, and chemical mixing capabilities.

Conference and Strategic Shift

On July 6th, the XAG Agricultural Robotics Conference 2026 was held at the XAG Superfarm in Guangzhou. The event showcased the X Series agricultural robot system and the RM80 unmanned mower. This launch signifies a strategic transition from using individual automated machines to creating a fully autonomous workflow system for agriculture.

Evolution of XAG Drones

XAG describes the development of agricultural drones in three stages: Version 1.0 required manual control, Version 2.0 achieved autonomous flight and spraying, and Version 3.0 extends automation to auxiliary tasks such as charging, chemical mixing, replenishment, and cleaning. The new X series embodies this 3.0 vision by integrating three components: the X series agricultural drone, the XA1 drone docking station, and the LM1 intelligent chemical mixing and replenishment unit.

Aerial System Specifications

The drone itself is equipped with the SuperX 5 Apex intelligent controller, which features doubled computing power, along with a perception system combining a next-generation 4D radar, a vertical radar, and wide-angle vision. The detection accuracy for power lines exceeds 90%, dual cameras provide a 360-degree panoramic view, and mapping efficiency has increased by 100%, allowing surveying of up to 300 hectares in a single mission cycle.

Docking Station and Mixer Functionality

The XA1 docking station includes a mobile dual-antenna RTK base station for high-precision positioning even in complex conditions of electromagnetic interference or lack of network coverage. Upon return, the drone automatically docks at millimeter level thanks to high-precision close-range positioning, enabling automatic charging and fluid replenishment connection. The B18630 intelligent battery charges to full capacity in just 3.5 minutes and is rated for 4000 usage cycles. The LM1 chemical mixing unit can process up to eight independent liquid sources simultaneously, utilizing high-precision weighing sensors for quantitative mixing. Maximum replenishment flow reaches 60 L/min, and the system supports a one-click deep self-cleaning function for hoses, nozzles, and tanks after job completion.

Ground Robotics and Overall Concept

In addition to the aerial system, XAG introduced the RM80 unmanned lawnmower. This electric vehicle weighs 143 kg, features a lightweight aluminum frame, a ground clearance of 270 mm, and four independent motor wheels providing a continuous power of 8 kW. It operates on the SuperX 5 Ultra control system, which includes trajectory memory, route planning, automatic return, and cruise control management with a single click. XAG's expansion from aerial to ground robotics reflects a broader vision: true smart farming requires the coordinated operation of multiple types of robots to perform spraying, surveying, mowing, and logistics. By integrating individual automation capabilities into a unified workflow, XAG transforms agricultural robotics from single-function tools into permanent nodes of the production system.

InSpace Technology, founded by former Xiaomi executive Tan Mu, unveiled three new service robots during a presentation held on June 30th.

New Robot Lineup

The presented models include the XBot C3 coffee robot, the XBot I3 ice cream robot, and the highly anticipated humanoid service robot, the XBot X1. The company aims to launch mass production of the humanoid model by the end of this year.

Coffee Robot Specifications

The XBot C3 coffee robot, which will be available on JD.com in July for 219,000 yuan, occupies only 1.83 square meters, which is one-third smaller than its predecessor. It can prepare an Americano in approximately 45 seconds, achieving a productivity of 80 cups per hour. The robot is equipped with an industrial robotic manipulator with a gripper rated for over 500,000 cycles, as well as UV sterilization systems, temperature monitoring, and artificial intelligence for creating latte art, allowing it to print images uploaded by customers onto milk foam.

Ice Cream and Humanoid Model

The XBot I3 ice cream robot, priced at 179,000 yuan, will also be introduced on JD.com in mid-July. It supports over 60 servings per hour and offers 256 different flavor combinations through the selection of four types of sauces and four toppings. Tan Mu noted that some deployed ice cream machines already surpass coffee robots in daily sales volume; for instance, one machine in a mall in Xiamen sold 250 servings in a single day.

The flagship humanoid robot, XBot X1, garnered the most interest. Unlike traditional humanoids, X1 uses a wheeled mobile base with an integrated storage compartment instead of legs. Tan Mu explained that 'legs have limited value in service scenarios but consume more energy and computational power. In bars, kitchens, and noodle shops, movement stability and low cost are more important.'

Technical Features of XBot X1

X1 is equipped with two seven-axis humanoid arms with an end-effector payload of 3–4 kg. It boasts a coordinated positioning accuracy of about ±1 mm for both arms and a repeatability accuracy of ±0.5 mm. Six-dimensional force sensors on the end effectors allow the robot to detect changes in weight and force when performing tasks such as lifting cups, grasping cutlery, and pouring drinks. The robot's head includes a 5-inch interactive display, a ring microphone array, and a 5 MP wide-angle camera, designed to prevent the 'uncanny valley' effect during service interactions.

Company Global Presence

InSpace Technology (Chinese name: Yingzhi Technology, brand: XBot) has already installed over 1,000 coffee robots in more than 100 cities worldwide, producing over 4 million cups of coffee. Installation locations include Tiananmen Square, the Hong Kong Independent Commission Against Corruption, UK subway stations, and Australian clubs. The company's technical park maintained an uptime level of 99.4%, operating in over 10 markets globally.

Tan Mu, who previously headed the smart equipment division at Xiaomi, emphasized that InSpace approaches robotics from the perspective of 'consumer electronics': 'Robots are simply manufacturing tools. What we ultimately provide to consumers is a cup of coffee, a bowl of ice cream, or a bowl of noodles.'