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ECHO Robotic Mowers

Robot Mowers with GPS – Your Pitch Perfect Partner

Echo Robotics puts all its knowledge at your service with several types of robot lawn mowers. Thanks to the TurfMower series, your lawn or Pitch can be mown at any time, even when you are not there. Program the mowing schedules you want, the robot will do the rest.

Thanks to the mulching function you can also say goodbye to spreading fertiliser by hand. Your mower finely grinds the cut grass and spreads it over the lawn for a 100% natural fertiliser. Go to the next level with the RTK GPS technology for a systematic strip mowing and an accuracy within centimetres.

Thanks to the revolutionary RTK GPS, the robot’s performance is tripled and the mowing capacity is improved: TM 2050: up to 75,000 m²; TM 1050 up to 45,000 m². This increased performance also makes it possible to mow a sports field even faster. And thanks to real-time kinematic installation, the robot navigates with an accuracy of around 2 to 3 cm, which allows it to mow in a pattern with a minimal overlap.

SILENT OPERATION

For use in quiet environments, without disturbing the customers.

AUTONOMOUS

Works 24/7, day and night, whatever the weather.

REMOTE CONTROL AND COMMANDS

Via the smartphone application or the online portal – because the work does not stop when you are doing other things.

ZERO EMISSION

Respects the environment and provides a better experience for the customers.

ENERGY COSTS EIGHT TIMES LOWER

Compared to conventional mowers.

ADVANCED AUTOMATION TECHNOLOGY, STEERING TECHNOLOGY AND SAFETY FUNCTIONS

You can be sure the job is well-done.

MODELS

TM-1050 RTK

Up to 45,000m2 Mowing capacity
GPS Navigation – No Boundary or exclusion zone wiring required
Straight line Mowing
Multi-zone capability
Accuracy to 2-3cm

TM-2050 RTK

Up to 75,000m2 Mowing capacity
GPS Navigation – No Boundary or exclusion zone wiring required
Straight line Mowing
Multi-zone capability
Accuracy to 2-3cm

⁽¹⁾ From September 1, 2017, certain new vehicles will be type-approved in accordance with the globally harmonized test procedure for passenger cars and light commercial vehicles (World Harmonized Light Vehicle Test Procedure, WLTP), a new, more realistic test procedure for measuring fuel consumption and CO2 emissions. From September 1, 2018, the WLTP will replace the new European driving cycle (NEDC), the current test procedure. Due to the more realistic test conditions, the fuel consumption and CO2 emission values measured according to the WLTP are in many cases higher than those measured according to the NEDC. This may result in corresponding changes in vehicle taxation from September 1, 2018. The information given here relates to the type approval of the selected model in accordance with the World Harmonized Light Vehicle Test Procedure, WLTP.

⁽²⁾ The specified consumption and emission values were determined according to the legally prescribed measuring procedure. Since September 1, 2017, certain new vehicles have been type-approved according to the Worldwide Harmonized Light Vehicles Test Procedure (WLTP), a more realistic test procedure for measuring fuel consumption and CO2 emissions. From September 1, 2018, the WLTP will gradually replace the new European driving cycle (NEDC). Due to the more realistic test conditions, the fuel consumption and CO2 emission values measured according to the WLTP are in many cases higher than those measured according to the NEDC. This may result in corresponding changes in vehicle taxation from September 1, 2018. As far as new cars are concerned that are type-approved according to WLTP, the NEDC values are derived from the WLTP values. They are used solely for purposes of comparison between the various vehicle types. Additional equipment and accessories (attachments, tire format, etc.) can include relevant vehicle parameters such as B. Weight, Rolling resistance and aerodynamics change and, in addition to weather and traffic conditions and individual driving behavior, influence fuel consumption, power consumption, CO2 emissions and the performance figures of a vehicle.