Material Composition | Heavy-duty tricycles, frequent use | Industry Standard: Steel (ASTM A36) Our Base: Aluminum Alloy (ASTM B221) Our Advanced: High-grade Aluminum (6061-T6, ASTM B221) | ▲ Lighter than steel (Base: 20% lighter; Advanced: 30% lighter). ▲▲ Corrosion resistance (Advanced: Passes 500hr salt spray test (ASTM B117)). | Base: Lower load capacity vs steel. Advanced: Higher cost (+20% vs Base). |
Load Capacity | Cargo delivery, agricultural use | Industry Standard: 500N (ISO 13854) Our Base: 600N ▲ Our Advanced: 700N ▲▲ | ▲▲ Exceeds standard requirements for heavy payloads. | Advanced: Requires reinforced mounting brackets (additional cost). |
Ergonomics & Adjustability | Rider comfort, diverse handlebar setups | Industry Standard: Fixed position Our Base: 3-position adjustment ▲ Our Advanced: Continuous 180° adjustment ▲▲ | ▲▲ Customizable fit for riders of all sizes. ▲ Reduces hand fatigue (ergonomic grip tested per ISO 9237). | Base: Limited adjustability for niche handlebar designs. |
Noise Level | Urban environments, passenger transport | Industry Standard: 45 dBA (ISO 3095) Our Base: 40 dBA ▲ Our Advanced: 35 dBA ▲▲ | ▲▲ Quieter than refrigerator hum (35 dBA ≈ whisper). | Advanced: Requires precision machining (higher production cost). |
Corrosion Resistance | Coastal, industrial areas | Industry Standard: Uncoated steel (100hr salt spray) Our Base: Anodized coating (300hr ▲) Our Advanced: Hard-anodized + PTFE (1000hr ▲▲) | ▲▲ Survives harsh chemical exposure (ASTM D522). | Base: Less durable in extreme saltwater environments. |
Weight | Mountain terrain, off-road | Industry Standard: 450g (steel) Our Base: 360g ▲ Our Advanced: 320g ▲▲ | ▲▲ Reduces unsprung weight (critical for suspension performance). | Advanced: Thinner material may require sturdier handlebars. |