ECHO robotic lawnmower TM-1050 – 45000 m²
With an area output of up to 45000 m², the ECHO TM1050 robotic lawnmower is perfect for clubs with up to three sports fields. Up to two sports fields can be mowed during daylight. In contrast to the conventional TM-1050, this one is equipped with an RTK GPS receiver.
For the proper functioning of the pattern navigation, the robot always needs a clear field of vision to the sky. Within small areas, reception can be ignored. For larger GPS shadow areas, conventional random navigation can be used.
Thanks to its multi-zone capability, it can also mow complex areas quickly and automatically.
Monitoring via app (mobile phone or Wi-Fi) makes work easier.
With 3 oscillating cutter heads, the robotic lawnmower ensures an excellently clean cutting pattern, as they can adapt optimally to the terrain structure.
The ECHO robotic lawnmower is held on the lawn by a boundary wire. Within this limit, the robot mows in irregular patterns so as not to create lines or mowing marks.
Due to the continuous mowing, the robotic lawnmower leaves only very fine mulch, which is not noticeable and therefore does not have to be collected. At the same time, it ensures natural fertilization of the lawn.
Cutting Your fuel and maintenance Cost In half The Echo Robotic Mower Range is Designed To give you the Best outlook On your Area All year around For more Information Phone
Dermot Casey Sales On 022-21854
DEMONSTRATIONS AVALIABLE
In conjunction with the RTK-GPS base station, the robot mows in lanes. Both the direction of the pattern and the reference point are automatically changed on a regular basis. As a result, there is no permanent trace formation. The GPS-defined zones allow high-precision boundaries and focus areas to be defined within large areas without changes to the wire routing: Ideal for flower beds, targets, sandbanks, the entertaining exclusion of lawn repair areas or ancillary areas depending on the weather.
For the proper functioning of the pattern navigation, the robot always needs a clear field of vision to the sky. Within small areas, reception can be ignored. For larger GPS shadow areas, conventional random navigation can be used.