Durable mild steel construction
15 rigid tynes in 3 rows
Compatible with 30 HP tractors
Efficient for secondary tillage and soil aeration
Reduces manual labor and tractor fuel consumption
Suitable for medium to large farms
Uniform soil preparation for better crop growth
Strong and reliable frame for tough field conditions

The Rigid Loaded Cultivator by Vasundhara Krishi Yantra is a robust agricultural implement designed for secondary tillage, soil aeration, and weed management. Made with high-quality mild steel, it provides long-lasting durability and stable performance in various soil types. Equipped with 15 rigid tynes arranged in 3 rows, it efficiently breaks compacted soil, preparing it for planting. Compatible with 30 HP tractors, this cultivator reduces tractor load while ensuring uniform soil preparation. Farmers benefit from faster field work, improved water infiltration, and enhanced crop productivity. Its strong frame and reliable design make it suitable for medium to large-scale farms and diverse agricultural applications. The implement is perfect for ploughing, leveling, and improving overall soil structure.

No of Tynes: 15
Rows: 3
Power Requirement / Tractor HP: 30 HP
Material / Build: Mild steel
Type: Rigid Loaded Cultivator
Weight: 250–300 kg
Angle Bracket: 65 x 10 mm
Usage / Application: Agriculture, soil cultivation, secondary tillage

Rust-resistant mild steel for long-term use
Sturdy tynes for all soil types
Easy tractor mounting and operation
Improves soil aeration and water retention
Reduces labor and increases efficiency
Suitable for wet and dry fields
Provides consistent soil preparation for planting

Power Requirement / Tractor HP: 30 HP

Tractor mounting brackets for 30 HP tractors
Optional replacement tynes
Adjustable depth and row spacing

Vasundhara Krishi Yantra provides a 1-year manufacturer warranty covering material and manufacturing defects. This ensures dependable performance, durability, and peace of mind for farmers. Support for maintenance and part replacement is included to maintain optimal operation.