Ammann India Launches CEV Stage V-Compliant Apollo AP1000 Hydrostatic Tracked Paver

The AP1000 Tracked Paver strengthens Ammann’s commitment to delivering advanced, high-performance, and sustainable equipment tailored to India’s growing infrastructure demands.
As India undergoes rapid expansion in large-scale infrastructure development, including transformative projects that enhance connectivity and modernize key infrastructure, the all new AP1000 arrives as a timely innovation supporting these large-scale projects with exceptional efficiency and performance. Powered by a 133 kW CEV Stage V-certified engine, the AP1000 delivers superior productivity while minimizing environmental impact through reduced emissions. With a maximum paving width of 9.5 meters and a laydown capacity of up to 700 tonnes per hour, it is engineered to meet the scale and pace of the nation's infrastructure ambitions responsibly and sustainably.
Designed with the operator in mind, the AP1000 features a new touchscreen display that delivers enhanced functionality and intuitive control for smoother, more efficient operation. Its ergonomic design, excellent visibility, and effortless manoeuvrability ensure maximum comfort, control, and safety on work sites.
The paver delivers consistent quality through its advanced material flow system and heavy-duty STV5800G screed, ensuring optimal pre-compaction and a uniform surface finish. Backed by Ammann's robust aftermarket network and reliable service infrastructure, customers can count on exceptional uptime, productivity, and long-term value from their investment.
Commenting on the launch, Dheeraj Panda, Managing Director, Ammann India Private Limited, “With the all new Apollo AP1000, we reaffirm our commitment to India's road construction industry by combining Apollo's trusted legacy with cutting-edge technology and stringent emission compliance. This new CEV Stage V variant exemplifies Ammann's dedication to delivering performance, reliability, and sustainability that meet the evolving demands of modern infrastructure projects.”
Published on:
26 November 2025
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