Dynapac CC2300 VI
Two Large Rolls
- Extended warranty
- Flexible financing
- Tailored service contracts
The Dynapac CC2300 VI is a versatile and intelligent tandem roller designed for medium-sized paving applications. It incorporates Dynapac's 6th generation technology to deliver a combination of high productivity, excellent paving results, and low operating costs.
With a focus on the operator, the ergonomic and spacious cab provides outstanding visibility and comfort. The advanced control system makes it easy to achieve the desired compaction, making the CC2300 VI a smart and reliable choice for modern paving contractors.
Technical specifications
Here are the key specifications for CC2300 VI. Want more details? Download the brochure or contact us.
- Max. operating mass 9 400 kg
- Operating mass (incl. ROPS) 8 050 kg
- Operating mass (incl. Cab) 8 200 kg
- Operating mass (incl. Cab and offset) 8 700 kg
- Speed range 0 12 km/h
- Max. theoretical gradeability 41 %
- Manufacturer / Model Deutz TCD 3.6 HT T4f
- Type Water cooled turbo Diesel
- Rated power, SAE J1995 55 kW (74 hp) @ 2200 rpm
- Fuel tank capacity 130 l
- Driving Axial piston pump with variable displacem. Rad. piston motors(4) with variable displacem.
- Vibration Axial piston pumps (2) with variable displacement Axial piston motors (2) with constant dispacement
- Steering Gear pump with constant displacem.
- Service brake Hydrostatic in forward and reverse lever.
- Parking Failsafe multidisc brake in both drums.
- Compaction width 1 500 mm
Benefits & Features
Here are the key benefits and features of the CC2300 VI. Want to know more? Download the brochure or get in touch with us.
360° Visibility and Comfort
The spacious cab and large curved windows provide a commanding 360° view of the work area and drum edges. This superior visibility, combined with low noise levels, enhances both safety and operator comfort.
Efficient and Sustainable Compaction
Work efficiently and meet environmental regulations with the powerful Stage V engine and ECO Mode. This combination ensures optimal performance while minimizing fuel consumption and CO2 emissions.
