PADDY PANTHER 14

Walk behind rice transplanter.

The PADDY PANTHER 14 from CLAAS will help farmers with the growing labor shortage and costs while simultaneously increasing operational efficiency and yield.

PADDY PANTHER 14

Walk behind rice transplanter.

The PADDY PANTHER 14 from CLAAS will help farmers with the growing labor shortage and costs while simultaneously increasing operational efficiency and yield.

Benefits. Why should you use a transplanter.

Ideal for the independent farmer.

Usually 6-7 laborers are required to transplant 2 acres of paddy in one day. Now with PADDY PANTHER 14 the farmer can transplant one acre in 2-2.5 hours with transplanting speed of 0.7 m/s and a total efficiency of 3-4 acres per day, making the work swifter and easier.

Manual TransplantationPADDY PANTHER 14 - Transplanter
No. of Hills/Sq.mt.:16-1822-30

No. of Plants/Hill:012-5
Total Plants/Sq.mt.:16-1844-150
Plant Population/Acre:69000178000-600000

How you transplant efficient.

The success of your harvest depends on a good transplant. It is recommended to use a young /medium seedling for a higher yield per acre.

With PADDY PANTHER 14 you will enabled to transplant more than 30 plants/sq.mt. of young /medium seedlings which increases your profit per acre as compared to manual transplanting.

The row to row distance is fixed where as the hill to hill spacing can be adjust on requirement as per the type of soil, seed and cropping pattern in the area. It is recommended that 2-3 seedlings should be transplanted per hill which is quite efficiently possible with the transplanter. The PADDY PANTHER 14 also has the option to vary the number seedlings per hill from 1 to 8 plants /hill.

Benefits of even space:

  • Even growth of the plant and effective tillering
  • Easier to receive sunshine for the plant to get a uniform field
  • It provides enough space that allows the wind to flow in between the crop and reduces crop damage
  • Easier to remove weeds
  • Moving in the field with a sprayer will be easier
  • Better harvesting with lesser grain loss and fuel consumption
  • More yield per acre