By leveraging telematics and IoT, ACE helps infrastructure developers drive productivity while ensuring long-term equipment reliability.

Sunil Talreja
Vice President – Road Construction Equipment Division, ACE

What are your latest compaction equipment models, and how do they cater to the evolving needs of the industry?

ACE has introduced technologically advanced soil compactors and tandem vibratory rollers designed for superior compaction across varied terrains. Our models feature enhanced vibration frequencies, multiple drum configurations, and efficient diesel engines to meet the growing demands of infrastructure projects. These machines are engineered for high productivity, durability, and ease of maintenance. Integrated with telematics and operator-friendly controls, they cater to large-scale projects under Gati Shakti, Smart Cities, and Bharatmala. Our focus remains on delivering efficient, reliable, and cost-effective solutions that align with industry needs and India’s infrastructural aspirations.

What impact have government initiatives such as the PM Gati Shakti, Smart Cities Mission, and Bharatmala Project had on the compaction equipment market?

Government initiatives like PM Gati Shakti, Smart Cities Mission, and Bharatmala have significantly boosted demand for advanced compaction equipment. These programs aim to build resilient, long-lasting infrastructure, necessitating reliable machines with superior compaction capabilities. The PM Gati Shakti Plan will have a deep impact on the construction sector by designing and intending to shatter departmental silos and promote a holistic approach to the construction and building landscape of India. Construction equipment manufacturers and contractors will be provided with ample opportunities to grow because of the opportunities created by this plan, including 20 new mega food parks, roadway networks to be increased to reach the 2 lakh km mark under the Bharatmala programme, and 200 new airports, water aerodromes, heliports to be constructed

As urbanization and connectivity grow, ACE has witnessed increased adoption of our compactors in roadways, metros, industrial corridors, and smart city projects. The surge in infrastructure spending is driving innovation, encouraging OEMs like ACE to localize manufacturing, expand service networks, and develop machinery suited to Indian terrains and operational conditions.

What are the latest technological innovations in compaction equipment, and how do they enhance efficiency and performance?

The latest technological innovations in compaction equipment are transforming the way infrastructure projects are executed, with a strong focus on enhancing productivity, precision, and sustainability. These advancements include intelligent compaction systems that automatically adjust vibration and amplitude based on soil conditions, GPS-enabled telematics for real-time performance tracking, and automation tools for predictive maintenance, which together improve machine uptime and reduce operational costs.

At Action Construction Equipment (ACE), we are at the forefront of this transformation. Our compactors now feature dual-drum vibratory systems, adjustable amplitude settings, and optimized engine configurations that ensure better fuel efficiency and lower emissions. Smart sensors monitor compaction quality in real time, ensuring uniform soil density and minimizing the need for rework. We’ve also prioritized operator comfort and safety with ergonomically designed cabins, intuitive controls, and enhanced visibility.

By integrating these cutting-edge technologies, ACE continues to deliver high-performance, reliable compaction equipment that aligns with the evolving demands of India’s infrastructure sector—ensuring faster project completion, improved site safety, and long-term durability of civil assets.

How is the integration of telematics, IoT, and automation transforming the operation and maintenance of compaction equipment?

The integration of telematics, IoT, and automation is revolutionizing the operation and maintenance of compaction equipment, making it smarter, more efficient, and data driven. IoT-enabled devices with edge computing capabilities collect and analyse data in real time—ranging from vehicle diagnostics and GPS location to road and machine conditions. This connectivity between the machine, cloud, and fleet manager empowers informed, near-instant decisions for better operational control.

At ACE, our compactors are equipped with GPS-based telematics systems that offer real-time tracking, remote diagnostics, and usage analytics. These features enable predictive maintenance, fuel monitoring, and enhanced operational transparency. Automation ensures precise compaction levels, minimizes human error, and optimizes resource use. These digital innovations not only improve machine uptime and reduce downtime but also enhance fleet management and support faster, more cost-effective project execution. By leveraging telematics and IoT, ACE helps infrastructure developers drive productivity while ensuring long-term equipment reliability.

What advancements in vibration technology, drum design, and soil stabilization techniques have been introduced to improve compaction efficiency?

Advancements in vibration technology, drum design, and soil stabilization techniques have significantly improved the efficiency, precision, and performance of modern compaction equipment. Variable frequency and amplitude controls now allow operators to adapt to varying soil types and moisture conditions, while enhanced drum configurations ensure better surface contact and weight distribution. Additionally, modern soil stabilization methods—such as chemical additives and mechanical blending—are being used to improve ground bearing capacity and ensure long-lasting durability.

At ACE, we are at the forefront of adopting these innovations. Our compactors are equipped with state-of-the-art vibration technology, offering variable frequency and amplitude settings to match diverse soil conditions and project demands. Our optimized drum designs provide superior contact area and uniform weight distribution, enabling deeper, more consistent compaction. We’re also incorporating advanced soil stabilization techniques to ensure consistent performance across a wide range of terrains. These improvements help reduce the number of passes required, speed up compaction cycles, and enhance the longevity of roads, rail corridors, and airport runways—making ACE equipment ideal for India’s growing infrastructure needs.

How are import duties, fluctuating raw material costs, and supply chain constraints affecting the industry?

The construction industry, a cornerstone of economic growth and infrastructure development, is deeply intertwined with global trade dynamics. Tariffs, which are taxes imposed by governments on imported goods, can have far-reaching effects on this vital sector. Import duties, volatile raw material costs, and ongoing supply chain disruptions are posing significant challenges to the compaction equipment industry in India. Fluctuations in the prices of steel, rubber,
and electronic components directly impact production costs, while higher import duties on certain components increase the overall cost of machinery. Supply chain constraints, including global shipping delays and logistical bottlenecks, further strain timely equipment delivery. At ACE, we address these challenges through localized manufacturing, strong vendor relationships, and strategic inventory management. Our focus on indigenization and operational efficiency helps us maintain competitive pricing while ensuring product quality and timely customer support.