Engine Block Material | High-performance vehicles | Industry: Cast Iron (500 kg/m³) Our Base: Aluminum (270 kg/m³)▲▲ Our Advanced: Forged Aluminum (▲▲▲)
| Base: 15% lighter, improves fuel efficiency and agility. Advanced: 20% lighter than cast iron, higher strength for extreme conditions. | Base: 20% cost increase vs cast iron. Advanced: 40% cost increase due to forging. |
Fuel Efficiency | Long-distance driving, eco-focused | Industry: 12L/100km (standard for petrol engines) Our Base: 10L/100km▲▲ Our Advanced: 9L/100km▲▲▲ | Base: Saves 20L over 1,000km. Advanced: Saves 30L over 1,000km. | Advanced requires premium fuel for optimal performance. |
Noise Level | Urban environments, luxury vehicles | Industry: 65 dBA (typical engine noise) Our Base: 58 dBA▲▲ (quieter than a lawnmower) Our Advanced: 52 dBA▲▲▲ (whisper-quiet) | Base: Reduces noise pollution in cities. Advanced: Near-silent operation for luxury use. | Advanced adds cost to sound-dampening technology. |
Cooling Efficiency | Hot climates, high-performance use | Industry: 90°C max (cast iron standard) Our Base: 85°C▲ (reduces thermal stress) Our Advanced: 80°C▲▲▲ (prevents overheating) | Base: Extends engine life in hot conditions. Advanced: Maintains optimal temps in extreme environments. | Base: Slightly heavier cooling system. Advanced: Requires premium coolant. |
Weight | Sports cars, fuel-efficient models | Industry: 250 kg (standard 1.6L engine) Our Base: 200 kg▲▲ (20% lighter) Our Advanced: 180 kg▲▲▲ (28% lighter) | Base: Improves acceleration and handling. Advanced: Enhances fuel economy and agility. | Advanced uses costlier lightweight alloys. |
Durability (MTBF) | Commercial fleets, heavy-duty use | Industry: 150,000 km (average lifespan) Our Base: 200,000 km▲▲ (33% longer) Our Advanced: 250,000 km▲▲▲ (66% longer) | Base: Reduces replacement costs for personal vehicles. Advanced: Ideal for commercial fleets needing longevity. | Advanced requires regular maintenance to sustain performance. |