FOR AGRICULTURAL TREATMENTS
R150 ROBOT FOR AGRICOLTURE
R150 ROBOT FOR AGRICOLTURE
XAG R150 Unmanned Ground Vehicles is the world’s first robotic platform for unmanned agricultural vehicles. The R150 is developed for unmanned cultivation, with multiple operating modes and powerful system expansion functions. Based on different agricultural needs, various functions such as plant protection, efficient spreading, intelligent mowing, transport of agricultural materials, and prevention of contamination can be achieved
XAG R150 Unmanned Ground Vehicles is the world’s first robotic platform for unmanned agricultural vehicles. The R150 is developed for unmanned cultivation, with multiple operating modes and powerful system expansion functions. Based on different agricultural needs, various functions such as plant protection, efficient spreading, intelligent mowing, transport of agricultural materials, and prevention of contamination can be achieved
Unmanned operations with Smart Control
One system for several jobs
Remote Control
Precision Treatments
Modular and Customisable
High Traction Force on any Terrain
As the world population increases in the coming decades, there is a demand for new production processes that are more efficient, safer and less destructive to the environment. Industries are working to fulfil this mission by developing smart innovations that bring benefits for better business.
Producing enough food to meet the ever-increasing demand of the world's growing population is a unique challenge for mankind. To achieve this fundamental goal, we need to build more efficient and sustainable food production devices, systems and infrastructure.
To achieve this, precision agriculture, which is a set of methods and techniques for accurately managing field activities to increase crop productivity, farm profitability and ecosystem sustainability, must be used to provide excellent solutions.
The world of agriculture is making great strides to implement the concept of smart farming. One of the most useful of all smart technologies are unmanned ground vehicles (UGVs).
Unmanned operations with Smart Control
One system for several jobs
Remote Control
Precision Treatments
Modular and Customisable
High Traction Force on any Terrain
As the world population increases in the coming decades, there is a demand for new production processes that are more efficient, safer and less destructive to the environment. Industries are working to fulfil this mission by developing smart innovations that bring benefits for better business.
Producing enough food to meet the ever-increasing demand of the world's growing population is a unique challenge for mankind. To achieve this fundamental goal, we need to build more efficient and sustainable food production devices, systems and infrastructure.
To achieve this, precision agriculture, which is a set of methods and techniques for accurately managing field activities to increase crop productivity, farm profitability and ecosystem sustainability, must be used to provide excellent solutions.
The world of agriculture is making great strides to implement the concept of smart farming. One of the most useful of all smart technologies are unmanned ground vehicles (UGVs).
PILOTLESS ROBOTS
An unmanned ground vehicle (UGV) is a vehicle that operates in contact with the ground and without a human presence on board. UGVs can be used for many applications where it may be inconvenient, dangerous or impossible to have a human operator present. Generally, the vehicle will have a set of sensors to observe the environment and make autonomous decisions on its behaviour or transmit the information to a human operator in a different location who will control the vehicle via remote control.
UGVs must operate efficiently capable of performing a variety of tasks to support the needs of large-scale agriculture. Two main approaches are discussed: the automation of conventional vehicles and the development of specially designed mobile platforms. The latter includes both wheeled and tracked robots and requires an analysis of their adaptability to the terrain and crops.
OPERATIONAL CHARACTERISTICS
XAG ROBOT R150
Automations of conventional vehicles
For a long time, the tractor has been the central vehicle for performing most of the work required in a cultivated field. Equipped with the right attachments, this machine can cultivate, plant, fertilise, spray, transport, mow and even harvest. Their adaptability to a variety of tasks makes tractors a prime target for automation, enabling productivity gains, improving safety and reducing uptime.
Automations of conventional vehicles
For a long time, the tractor has been the central vehicle for performing most of the work required in a cultivated field. Equipped with the right attachments, this machine can cultivate, plant, fertilise, spray, transport, mow and even harvest. Their adaptability to a variety of tasks makes tractors a prime target for automation, enabling productivity gains, improving safety and reducing uptime.
XAG's R150 Unmanned Ground Vehicle
When equipped with the XAG JetSprayer™ system, the R150 can perform fully autonomous crop spraying operations with the maximum efficiency* of 5 hectares per hour.
However, UGVs suitable for agriculture remain far from commercialisation, although many intermediate results have been achieved with the help of this agricultural equipment, from harvesting to precise pesticide application. Essentially, these systems are installed on farmers' own tractors and generally consist of a computer (the controller), a steering control device, a localisation system (mainly based on RTK-GPS) and a security system (mainly based on LIDAR).
XAG's R150 Unmanned Ground Vehicle
When equipped with the XAG JetSprayer™ system, the R150 can perform fully autonomous crop spraying operations with the maximum efficiency* of 5 hectares per hour.
However, UGVs suitable for agriculture remain far from commercialisation, although many intermediate results have been achieved with the help of this agricultural equipment, from harvesting to precise pesticide application. Essentially, these systems are installed on farmers' own tractors and generally consist of a computer (the controller), a steering control device, a localisation system (mainly based on RTK-GPS) and a security system (mainly based on LIDAR).
allow better manoeuvrability, in the most critical situations
critical situations, and make it the ideal tool for working in vineyards and greenhouses
which the robot stores and repeats for each operation
.
SUPERX3 Pro RTK Control System
Safe with Precision Mobility
RTK High-Accuracy Navigation
Autonomous Driving at
Centimetre-Level Precision
Optical Positioning Aided
Keep Navigating
Without Signal
AI Mobility Control
Intelligent Road
Condition Prediction
Real-Time Transmission
High-Speed 4G +
Wireless Networking
SUPERX3 Pro RTK Control System
Safe with Precision Mobility
RTK High-Accuracy Navigation
Autonomous Driving at
Centimetre-Level Precision
Optical Positioning Aided
Keep Navigating
Without Signal
AI Mobility Control
Intelligent Road
Condition Prediction
Real-Time Transmission
High-Speed 4G+
Wireless Networking
RTK High-Accuracy Navigation
Autonomous Driving at
Centimetre-Level Precision
Optical Positioning Aided
Keep Navigating
Without Signal
AI Mobility Control
Intelligent Road
Condition Prediction
Real-Time Transmission
High-Speed 4G+
Wireless Networking
RTK High-Accuracy Navigation
Autonomous Driving at
Centimetre-Level Precision
Optical Positioning Aided
Keep Navigating
Without Signal
AI Mobility Control
Intelligent Road
Condition Prediction
Real-Time Transmission
High-Speed 4G+
Wireless Networking
PRECISE SPRAYING IN EVERY DIRECTION
XAG R150 spray version for unmanned ground vehicles
Real-Time Transmission
High-Speed 4G + Wireless Networking
When equipped with the XAG JetSprayer™ system, the R150 can perform fully autonomous crop spraying operations with the maximum efficiency* of 5 hectares per hour.
*Max. operating efficiency is measured under the condition that the land vehicle operates continuously on level fields with a speed of 1.2 m/s and a spraying width of 12 m.
When equipped with the XAG JetSprayer™ system, the R150 can perform fully autonomous crop spraying operations with the maximum efficiency* of 5 hectares per hour.
*Max. operating efficiency is measured under the condition that the land vehicle operates continuously on level fields with a speed of 1.2 m/s and a spraying width of 12 m.
100 litres
Intelligent Liquid Tank
12 metres
Max. Spraying Width
60-200 μm
Atomisation Levels
5.3 Ha/ Hr
Maximum Efficiency
JET SPRAY
Adjustable atomisation
The high-pressure jet motor projects a concentrated, high-speed stream of air that can atomise the liquid into micron-level particles, right on the target areas, which can be adjusted to improve the crop surface.
JET SPRAY
Adjustable atomisation
The high-pressure jet motor projects a concentrated, high-speed stream of air that can atomise the liquid into micron-level particles, right on the target areas, which can be adjusted to improve the crop surface.
JET SPRAY
Smart Pan Tilt, Spray omnidirectional
Brushless direct-drive pan tilt with built-in gyroscope automatically maintains JetSprayer™ spray angle, which facilitates spot spraying and 360° coverage
JET SPRAY
Smart Pan Tilt, Spray omnidirectional
Brushless direct-drive pan tilt with built-in gyroscope automatically maintains JetSprayer™ spray angle, which facilitates spot spraying and 360° coverage
JET SPRAY
Vertical Swing
200 ° Max. Angle
360 °/s Max. Angular Velocity
Horizontal Swing
290 ° Max. Angle
180 °/s Max. Angle
MODES OF OPERATION
4 operating modes and 2 models
of interaction to suit each scenario
Customise parameters on the mobile app,
Enables autonomous operation that follows the preset route
Recording the operational trajectory
A few clicks for automatic shuttle between designated locations
With one hand holding the control stick
Move safely behind your back to follow your track
Flexible palm control with a handheld stick,
As simple as a TV remote control
PALMER PILOT
Two types of interaction to customise your control experience
Autonomous Driving
Pre-program the
operation route on APP,
Swarm operation to
increase efficiency
Remote Control
Remote control
Record the operational trajectory
Few clicks for auto shuttle between designated locations
Autonomous Driving
Pre-program the
operation route on APP,
Swarm operation to
increase efficiency
