Exercise Scooters | Home workouts, cardio training | Adjustable handlebars (70-90 cm ▲▲ vs industry 70-80 cm) Steel frame (1.2mm thickness ▲, EN 10149) 12" air wheels (PU material, ASTM D2000) | Promotes cardiovascular health Customizable for users 150-190 cm Durable steel construction | Heavier (3.2kg) vs casual scooters (▲ indicates 20% bulkier than industry average) |
Casual Scooters | Short commutes, leisure riding | Lightweight aluminum frame (1.0mm, ASTM B209) Fixed handlebars (75 cm) No exercise features | Easy to carry (1.2kg) Affordable price point Compact design | Limited adjustability No fitness benefits Less durable over time (▲▲ inferior to exercise models) |
Kids Scooters | Playtime for children, learning balance | Durable plastic frame (impact resistance ASTM D3763) 6" wheels (ISO 8031) Fixed 50 cm handlebars | Lightweight (0.8kg) Bright, kid-friendly designs Cost-effective | Not adult-friendly Short lifespan (▲▲ lower durability than adult models) Limited terrain adaptability |
Commuter Scooters | Daily commuting, urban travel | Reinforced steel frame (1.5mm ▲, EN 10149) 24" pneumatic tires (ISO 4256) Folding mechanism (EN 15496) | Reliable for daily use Handles rough surfaces ▲▲ Lockable for security | Bulky (4.5kg) Less portable Noisier operation (43 dBA ▲▲ vs electric scooters) |
Folding Scooters | Travel, small-space storage | Collapsible design (folds to 50cm ▲, ASTM F2253) Aluminum frame (1.0mm) Quick-release handlebars | Easy storage ▲▲ Portable for travel Lightweight (1.8kg) | Sacrifices durability (▲▲ lower load capacity than non-folding models) Less stable at high speeds |
High-Durability Scooters | Rugged terrain, frequent use | Heavy-duty steel frame (2.0mm ▲▲, EN 10149) Solid rubber tires (ISO 3095) Reinforced joints (ASTM F2253) | Withstands 100+ kg load ▲▲ Long-lasting (5+ years) Resists corrosion | Bulky (5.2kg) Expensive upfront cost Less maneuverable in tight spaces |