The VST Shakti 135 DI Power Tiller brings power, versatility and reliability to the Indian farmer’s field. With a 13 HP diesel engine and durable build, this model is designed to handle soil preparation, puddling, inter-cultivation and more—whether you’re running a medium-sized field or managing intensive horticulture.

Built by the trusted brand VST, the 135 DI series offers high torque, strong transmission, and compatibility with a wide range of attachments. Whether it’s for wetland use or dryland, this tiller is designed to deliver consistent results.

VST Shakti 135 DI Power Tiller Key Features

• Engine Power: 13.5 HP @ 2400 RPM.

• Displacement: 673.4 cc.

• Transmission: 08 speeds (06 forward + 02 reverse) with gear-drive; dry multi-plate clutch.

• Tilling Width: Up to 600 mm (max).

• Applications: Dry land & wet land operations, cultivation, land preparation, inter-row work.

• Attachments Compatibility: Plough, Ridger, Seed Drill, Trailer, Water Pump, etc.

Benefits

• Strong power and reliable performance for a wide range of farming needs.

• Suitable for both dry and wet land – versatile.

• Backed by VST’s service & support network.

• Helps reduce manual labour and increases throughput per field hour.

Applications

• Seedbed preparation and deep soil cultivation.

• Paddy puddling and wet field operations.

• Weeding, inter-row cultivation and land levelling.

• Vegetable, horticulture and orchard farms need efficient mechanisation.

Why Choose the VST Shakti 135 DI Ultra?

Because you get a proven machine from a brand with a strong legacy, built for Indian farm conditions, the 135 DI Ultra provides the horsepower you need, along with the build quality and attachment support to stay productive throughout the seasons.

Price & Availability

The VST Shakti 135 DI Power Tiller is available in India, with indicative pricing starting around ₹1.8 lakh to ₹2.3 lakh, depending on the region, attachments, delivery & dealer offers.
Contact us today for a customised quote in your state, including available attachments and optimal delivery options.