Dynapac

Dynapac will showcase a powerful lineup of innovation and productivity advancements at CONEXPO-CON/AGG 2026, highlighted by Next Level Award Technology Finalist - Seismic Asphalt technology, the return to the 16-ton class with the NEW CC7000 VI, the Heaviest Pneumatic Tire Roller with the NEW CP28, Job Site Digitalization with NEXUS and a live autonomous compaction demonstration in collaboration with Bluelight Machines and much more!

A Next Level Awards Finalist for Technology, Dynapac’s patented Seismic Asphalt system continues to lead the industry by automatically harmonizing vibration frequency with asphalt temperature and material stiffness in real time. The system delivers superior compaction quality while maintaining simplicity for the operator -  only adjustment needed is to set amplitude, up to 25% fuel savings, reduced CO₂ emissions, extended machine life, and enhanced operator comfort — and comes standard on Dynapac heavy tandem rollers.  Learn more and how to cast your vote!

Reinforcing its commitment to high-production paving, Dynapac is reentering the 16-ton asphalt roller class with the launch of the CC7000 VI, the heaviest asphalt roller in the world at more than 32,000 pounds. Designed for demanding large-scale applications, the CC7000 VI combines high static linear load performance, proven durability inspired by legacy Dynapac models, and integrated Seismic Asphalt technology to deliver unmatched productivity and compaction results.

Further demonstrating its focus on the future of construction, Dynapac's collaberation with Bluelight Machines to present a live autonomous compaction demonstration  in the Festival Lot at Booth F13040. By integrating Bluelight’s aftermarket autonomy platform with Dynapac rollers equipped with Seismic technology and Dyn@link telematics, contractors gain a scalable, market-ready solution that addresses workforce shortages while improving consistency and utilization.

Together, these innovations position Dynapac at CONEXPO 2026 as a technology-driven leader in compaction — delivering smarter, more sustainable, and increasingly autonomous solutions for today’s jobsite challenges.