Kress Mission RTKn 2000 KR172E
Instructed by the Kress RTKn network, it navigates your lawn with centimeter-level accuracy. No need for boundary wire nor fixed reference antenna to be installed in the lawn. The dead reckoning algorithm ensures accuracy where lines of sight to the satellites are blocked by trees and buildings. Operated by the MAP™ (Mowing Action Plan) technology, it efficiently manicures lawns up to 3000 sqm large (2000 sqm recommended).
Centimeter-level positioning accuracy
Kress’s proprietary RTKn network delivers correction data to each robot mower without the need of any GNSS receiver in the lawn.
Dead Reckoning navigation
When lines of sight to the satellites are blocked by trees and buildings, accuracy is ensured by Kress’s proprietary algorithm that processes the mower’s inertial and odometry data.
Unique MAP (Mowing Action Plan)
MAP Technology automatically determines the most efficient path to complete the job and calculates the shortest route to the charging station from whichever position
Precise Mutli-Zone Management
Kress’s MAP technology allows the maintenance of each zone independently.
Auto-leveling cutting disc
The blade-to-ground clearance is automatically adjusted to match any unevenness of the terrain, preventing the blade from scalping the turf.
Electronic cutting height adjustment
Electronic cutting height adjustment allows for the progressive trim of overgrown grass down to the desired height, and to adjust the mowing height according to the season for a healthier grass.
In the unfortunate event that the robot mower is stolen, it will be possible to trace its position wherever it ends up.
Full IoT Functionality
All Kress robot mowers are IoT devices that connect to cellular data and cellular networks to get OTA software updates, theft protection, weather related working schedule and more.
IPX5 water spray protection
Thanks to IPX5 spray water protection, mowers are easy-clean.
RBS Regenerative Brake System
On downhill sloped, a recuperative braking system brakes the mission. The kinetic energy generated here is converted into electricity that extends the battery runtime.