Ammann India has announced the commencement of production of the ARW 65 Walk Behind Roller at its Mehsana manufacturing facility. T
The ARW 65 is a versatile compaction machine designed for smaller and confined construction sites. With a working width of 650 mm, it operates as a 2-in-1 roller, offering high amplitude for soil and gravel compaction and low amplitude for asphalt applications. Powered by reliable diesel engines from Kohler or Yanmar, the machine features a fully hydraulic drive system that eliminates belts and clutches, reducing maintenance requirements and improving reliability.
Additional features of the machine include a 60 litre water tank with an integrated sprinkler system for asphalt applications. Its hydrostatic eccentric adjustment (two force levels), larger water tank, more refined ergonomics, and better documented safety with a dead‑man handle and integrated park brake make it particularly unique.
With a typical operating weight of around 694 kg and a maximum centrifugal force of up to 23 kN, the ARW 65 is well suited for pavement repairs, pathway construction, landscaping, and urban infrastructure works.
The facility has an annual production capacity of 150 units and supports 90 percent localization.

Dheeraj Panda, MD, Ammann India, added, “Ammann India’s focus remains on supporting the country’s accelerated infrastructure growth, particularly as the sector benefits from strong policy momentum, increased government investment, and the Make in India initiative. The commencement of ARW 65 production reflects our vision to combine world class technology with localized manufacturing to deliver productive, reliable, and sustainable compaction solutions. This milestone demonstrates how targeted investments in Indian manufacturing can enhance efficiency, quality, and long term value for customers executing infrastructure and urban development projects across the country.”
The ARW 65 Walk Behind Roller will be available in the Indian market from April, supported by Ammann India’s nationwide sales and service network.



















