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R-WAVE AUTONOMOUS
Complete support for the autonomous operation of electric vehicles
Unlock the Future
Empower your robots and electric vehicles to move on their own.
Simplify, save and go Autonomous.
Simplify, save and go Autonomous.
R-WAVE Autonomous
HOW IT WORKS?
R-WAVE Autonomous, as its name suggests, facilitates the autonomous operation of vehicles and robots within a defined or restricted area.
By harnessing the capabilities of R-WAVE RTK, radar, and reflectors, the system creates a detailed map of the area for subsequent repetitive tasks.
Once this map is drawn up, there is no further need for the R-WAVE RTK and GNSS signals. The vehicle can then navigate autonomously solely relying on the map, radar, and reflectors. For operations outside permanent plantations, utilizing the GNSS and RTK system is advantageous, given its swift setup and ease of dismantling.
KEY ELEMENTS
R-WAVE Autonomous system
Radar for distance and speed measurement and obstacle detection.Radar for distance and speed measurement and obstacle detection.
Mobile receiver (rover) for receiving GNSS signal and correction data from base station.
The base station sends correction data to the rover.
A stick sensor for detecting distance from the trees (for use in plantations)
BENEFITS & ADVANTAGES
OPERATION BASED ON THE GEOMETRICAL MODEL
The R-WAVE Autonomous system is designed to operate even without a GNSS signal and internet connection, using radar and reflectors and utilizing a pre-created map
OPERATES ACROSS DIVERSE LANDSCAPES
A simple replica of the operating area and adaptation to different landscapes.
COST-EFFICIENT
R-WAVE Autonomous is cost-efficient thanks to price-optimised components and no need for expensive GNSS and RTK systems.
USE CASE
THE SLOPEHELPER
The Slopehelper is an autonomous agricultural robotic system designed for the cultivation of orchards and vineyards.
R-WAVE Autonomous system allows the Slopehelper to traverse along plantation lines and switch between rows without any human intervention.
The system uses the R-WAVE RTK and GNSS signal for navigation, or a combination of an uploaded map, radar, and encoder. The start and end of each row are clearly marked with a reflector.
While in motion, the vehicle gauges its speed and distance and identifies any obstacles with the aid of the R-WAVE 2D MP Radar. To pinpoint trees and vines—and to ensure it maintains the correct path and distance from the rows—the Slopehelper employs the encoder.
UNIQUE ADVANTAGES
FOR WORKING IN VINEYARDS AND ORCHARDS
ADAPTABLE TO VARIOUS PLANTATION TYPES
The R-WAVE Autonomous system is designed to operate even without a GNSS signal and internet connection, using radar and reflectors and utilizing a pre-created map
CONTINUOUS PERFORMANCE OF REPETITIVE TASKS
A simple replica of the operating area and adaptation to different landscapes.
EASY ADAPTATION TO DIFFERENT PLANTATION SHAPES
R-WAVE Autonomous can work in plantations of different shapes (straight rows, curved rows, terraces…).