Material Composition | High-performance vehicles, racing | Industry Standard: Fiberglass (ASTM D790 flexural strength: 150 MPa) Our Base: Carbon fiber (ISO 527 tensile strength: 3,500 MPa) Our Advanced: Reinforced carbon fiber (ISO 527: 4,200 MPa▲) | ▲ Lightweight (1.2 kg vs fiberglass 2.8 kg) Corrosion-resistant▲ | Higher cost▲ Requires专业 installation▲ |
Aerodynamic Performance | Highway driving, track racing | Industry Standard: Drag reduction: 8% (SAE J1150) Our Base: Drag reduction: 15%▲ (SAE J1150) Our Advanced: Drag reduction + downforce boost: 20%▲ (ISO 3960) | ▲ Improves stability at 120+ km/h▲ Reduces lift by 30%▲ | May increase noise at low speeds |
Environmental Compliance | EU-regulated markets (Germany/France) | Industry Standard: Basic EU packaging laws Our Base/Advanced: EPR_Germany_Packing▲, EPR_France_Packing▲ (100% recyclable materials) | Full compliance with EU waste regulations▲ Lower environmental footprint▲ | Compliance adds 5% to production cost▲ |
Design Flexibility | Customization for aesthetics/performance | Industry Standard: Fixed mold designs Our Base: Adjustable angle (±5°) Our Advanced: Modular design + 3D-printed customization▲ | ▲ Tailored to Suzuki Swift body lines▲ Enhances airflow visualization▲ | Limited color options▲ |
Installation Complexity | DIY vs professional installation | Industry Standard: Bolt-on (3-hour install) Our Base: Pre-drilled holes + adhesive (2 hours▲) Our Advanced: Magnetic attachment▲ (30 mins▲) | ▲ No drilling required▲ Reversible installation▲ | Advanced versions may require alignment tools▲ |
Cost Efficiency | Budget-conscious vs premium buyers | Industry Standard: $150–$300 Our Base: $450▲ (2x lifespan▲) Our Advanced: $800▲ (5-year warranty▲ + performance guarantees) | ▲ 50% lighter than competitors▲ ROI via fuel savings (0.3L/100km▲) | Higher upfront cost▲ |