Engine Type | Urban construction, Eco-sensitive sites | Industry Standard: 2-stroke (100g/h CO₂排放) Our Base: 4-stroke (60g/h CO₂) Our Advanced: 4-stroke + ECO mode (50g/h CO₂) | ▲ Lower emissions (Base vs Standard) ▲▲ Ultra-low emissions (Advanced vs Base) | Advanced version has higher upfront cost due to advanced engine tech |
Noise Level | Residential areas, Noise-restricted zones | Industry Standard: 100 dBA (louder than chainsaw) Our Base: 90 dBA (▲) Our Advanced: 80 dBA (▲▲) | ▲ Quieter operation (Base vs Standard) ▲▲ Meets urban noise regulations (Advanced) | Reduced noise may require longer compaction time for dense materials |
Vibration Reduction | Long-duration projects, Operator health | Industry Standard: 5 m/s² Our Base: 3 m/s² (▲) Our Advanced: 2 m/s² (▲▲) | ▲ 40% less vibration (Base vs Standard) ▲▲ Minimizes operator fatigue (Advanced) | Advanced spring system adds weight, reducing portability |
Fuel Efficiency | Cost-sensitive projects, Remote sites | Industry Standard: 2.5 L/h Our Base: 2 L/h (▲) Our Advanced: 1.8 L/h (▲▲) | ▲ 20% fuel savings (Base vs Standard) ▲▲ 30% lower operating costs (Advanced vs Standard) | Advanced engine requires premium fuel blends for optimal performance |
Compaction Capacity | Heavy-duty construction, Road projects | Industry Standard: 500 kg force Our Base: 600 kg (▲) Our Advanced: 700 kg (▲▲) | ▲ Handles gravel and asphalt (Base vs Standard) ▲▲ Excels in high-density materials (Advanced) | Advanced model’s weight may require 2 operators for maneuverability |
Durability | High-volume rental fleets, Industrial use | Industry Standard: 500h MTBF Our Base: 800h (▲) Our Advanced: 1000h (▲▲) | ▲ 60% longer service life (Base vs Standard) ▲▲ 100% MTBF improvement (Advanced vs Standard) | Advanced materials increase repair costs if damaged |