Two-wheeled vehicle
Two-wheeled vehicle
Streamlined Exterior Design
Clean, flowing body lines and an integrated front-face / side-panel design follow aerodynamic principles, effectively reducing wind resistance and improving range. Beyond aesthetics, this also fits the U.S. middle-class pursuit of “sweat-free exercise” and outdoor leisure.
Modular Structural Layout
The front instrument area, mid footboard section, and rear seat bucket / battery compartment all use a modular design for easy assembly and later maintenance. Users can also personalize the scooter — adding storage boxes or child seats, for example.
High-strength Lightweight Frame
The main frame uses high-strength steel or aluminum alloy; critical load points such as the main frame beam, steering column, and rear swingarm are reinforced for driving stability and crash safety — meeting U.S. user demands for safety and durability.
Ergonomic Footboard Design
The footboard is wide and flat with anti-slip texture, providing comfortable standing or sitting support. Generous space beneath it accommodates a large battery pack or storage box — ideal for short school runs or carrying sports gear.
Pre-installed Safety Interfaces
Both front and rear wheels have disc-brake mounting positions; tail lights, turn signals, and reflectors all have standard mounting holes, meeting mandatory national safety certification requirements and U.S. traffic safety regulations.
Technical Specifications
| Applicable Model | Urban commuter / leisure & sport e-scooter |
|---|---|
| Body Form | Single-row / two-seater (optional) |
| Body Material | High-strength cold-rolled steel + ABS engineering plastic covers |
| Painting Process | Cathodic e-coat primer + top coat spraying |
| Main Dimensions | Approx. 1.8 m – 2.0 m long, 0.7 m – 0.8 m wide |
| Net Weight | Approx. 45 kg – 60 kg (excl. battery, motor, interior) |
| Footboard Area | ≥ 350 mm × 250 mm, load capacity ≥ 150 kg |
| Battery Compartment | Supports 48V / 60V lithium battery, capacity up to 20 Ah – 30 Ah |
| Max Load | ≥ 150 kg (driver + passenger + cargo) |
Footboard Mold — Special Notes
Optimized Structural Strength: The footboard mold uses a multi-cavity injection-molding process with internal reinforcement rib mesh, greatly improving compression and torsion resistance while keeping it lightweight, preventing long-term deformation.
Fine Surface Treatment: The footboard surface receives a special texture treatment with high friction coefficient — effective anti-slip even on wet surfaces. Edges are smoothly chamfered to prevent foot injuries.
Quick Mold-change Design: The mold supports fast changeover of different textures or colors of footboard panels to meet personalized customization needs and shorten production cycles.
Material Compliance: Non-toxic and odorless, meeting environmental standards.
