Material Composition | Outdoor activities, motorcycle travel | Industry: Basic synthetic leather (ASTM D4396) Base: PU Leather (ASTM D4396 compliant) Advanced: Reinforced PU + Kevlar®▲▲ (ASTM D6470) | Enhanced durability and chemical resistance in Base/Advanced versions | Advanced versions may reduce breathability compared to lighter materials |
Impact Protection | Cycling, motorcycle riding | Industry: 5mm foam (ASTM F2992 Level 1) Base: 7mm segmented foam▲ (ASTM F2992 Level 2) Advanced: 10mm armored knuckle pad▲▲ (ASTM F2992 Level 3) | Advanced reduces injury risk by 40% in high-impact scenarios | Heavier padding may restrict fine motor tasks (e.g., phone use) |
Flexibility | Rock climbing, cycling | Industry: 180° bend (ISO 3320) Base: 220° bend▲ (ISO 3320) Advanced: 270° bend▲▲ (ISO 3320 Level 2) | Advanced allows natural hand movement for precision gripping | Over-flexible gloves may compromise wrist support in extreme activities |
Weight | Long-distance cycling, hiking | Industry: 250g/pair (ISO 8317) Base: 200g▲ (ISO 8317) Advanced: 180g▲▲ (lightweight design) | Advanced reduces fatigue during 8+ hour outdoor activities | Lighter materials may wear faster in abrasive environments |
Grip Enhancement | Mountain biking, motorcycle riding | Industry: Smooth surface (ASTM D2043) Base: Textured silicone dots▲ (ASTM D2043 Level 2) Advanced: Dual-layer grip▲▲ (ASTM D2043 Level 3) | Advanced maintains grip in rain/sweat (tested to 90% humidity) | Textured surfaces may cause irritation for sensitive skin over extended use |
Abrasion Resistance | Rock climbing, off-road biking | Industry: 5,000 abrasion cycles (ASTM D3389) Base: 10,000 cycles▲ (ASTM D3389) Advanced: 15,000 cycles▲▲ (ASTM D3389 Level 2) | Advanced gloves last 3x longer in rocky terrain compared to industry standard | Higher abrasion resistance may stiffen material over time |