KISAN KRAFT 8ROW TRANSPLANTER KK- RRT-8R

Short Description

The KisanKraft KK-RRT-8R is a heavy-duty, 8-row ride-on diesel paddy transplanter designed to automate rice transplantation, drastically lowering labor dependencies and boosting farm efficiency.

Key Specifications

• Brand: KISAN KRAFT
• Displacement: 269 cc
• Stroke: 4-Stroke
• Fuel Tank Capacity: 4.5 Litre capacity
• Fuel Consumption: 500 ml per hour
• RPM: 2600 RPM

Features & Benefits

• Ride-on comfort: Built with a driver's seat to reduce operator fatigue.
• High RPM: Operates at 2600 RPM for fast, consistent field movement.
• Low fuel consumption: Consumes only about 500 ml of diesel per hour.
• 8-row capacity: Plants eight rows of paddy simultaneously to save time.
• Fixed row spacing: Standardized spacing of 23 cm between rows.
• High efficiency: Successfully covers about 0.4 hectares in roughly 4.5 hours.
• Adjustable depth: Planting depth can be modified between 0 to 45 mm.

Description

The KisanKraft KK-RRT-8R is a high-performance, ride-on diesel paddy transplanter designed to automate and accelerate the rice transplantation process for large-scale farming operations. Powered by a robust 4 HP, 4-stroke air-cooled diesel engine with a displacement of 269 cc, this machine runs efficiently at 2600 RPM while maintaining an incredibly low fuel consumption rate of approximately 500 ml per hour. Its specialized ride-on design drastically reduces labor fatigue by allowing the operator to drive comfortably across wet fields rather than walking behind the machinery. Built to handle challenging wetland environments, the 300 kg transplanter is equipped with high-traction paddy wheels that prevent it from sinking into deep, sticky clay. In terms of field performance, the KK-RRT-8R is engineered for precision and high productivity, capable of planting eight rows of rice seedlings simultaneously. It maintains a uniform, fixed row spacing of 23 cm to optimize crop growth and allows farmers to easily customize the planting depth between 0 and 45 mm based on soil conditions. This level of automation enables the machine to cover roughly 0.4 hectares of land in just 4.5 hours, making it an excellent investment for farmers looking to minimize manual labor dependencies, lower operational costs, and achieve consistent, structured crop yields.