Product Overview
The Commuter Seated Electric Scooter is engineered for urban micro-mobility and last-mile logistics. Combining the agility of a personal transporter with the ergonomic stability of a seated riding posture, this vehicle addresses urban congestion and operational efficiency for commercial fleets. Built around a high-strength aluminum alloy frame, the chassis undergoes precision robotic welding and structural load testing to ensure frame integrity under continuous daily commercial or consumer use. The integrated seating module features high-density polyurethane foam and an adjustable quick-release seatpost, mitigating fatigue during extended urban transits.
Key Features
Structural Chassis & Frame: Constructed from aerospace-grade 6061 aluminum alloy, balancing torsional rigidity with a controlled weight profile for easy transport and deployment.
Powertrain Integration: Driven by a brushless DC hub motor paired with a sinusoidal wave controller, delivering smooth torque delivery, thermal management efficiency, and low acoustic output.
Energy Storage & Management: Equipped with an automotive-grade lithium-ion battery pack protected by a hardware-software integrated Battery Management System (BMS) that monitors thermal runaway, over-discharge, and short-circuit protection.
Dual-Braking Architecture: Combines mechanical rear disc brakes with electronic regenerative braking (E-ABS), shortening stopping distances and recycling kinetic energy back into the battery array.
Suspension Dynamics: Incorporates front spring fork damping and rear dual shock absorbers to neutralize high-frequency vibrations from cobblestone or uneven asphalt surfaces.
Technical Specifications
|
Technical Parameter |
Specification Standard |
|
Motor Type / Rated Power |
Brushless DC Hub Motor / 500W (Peak Power: 800W) |
|
Battery Voltage & Capacity |
48V 15Ah / 720Wh (Optional 48V 18Ah) |
|
Cell Chemistry |
Lithium-ion 18650 / 21700 High-Drain Cells |
|
Maximum Range |
40–55 km (Dependent on payload, terrain, and ambient temperature) |
|
Top Speed |
25 km/h (Factory restricted per regional regulations; Max unconstrained: 35 km/h) |
|
Payload Capacity |
Max 120 kg |
|
Frame Material |
6061 Forged Aluminum Alloy |
|
Braking System |
Front/Rear Mechanical Disc Brake + Regenerative E-ABS |
|
Tire Specification |
10-inch Pneumatic Inner-Tube / Tubeless City Tires |
|
Ingress Protection Rating |
IPX4 (Chassis and electrical enclosure protection) |
|
Charging Time |
5–6 Hours (Standard 2A/3A Charger) |
|
Net Weight |
22.5 kg |
Applications
Urban Last-Mile Commuting: Deployed by metropolitan commuters replacing public transit transfers or personal passenger vehicles for distances under 10 km.
Campus & Industrial Park Transit: Utilized by staff within large manufacturing plants, logistics hubs, and university campuses for rapid horizontal mobility.
Commercial Shared Fleets: Integrated into dockless micro-mobility rental networks requiring robust mechanical frames and telematics-ready hardware interfaces.
Last-Mile Delivery Support: Configured for courier personnel operating within dense urban pedestrian zones or commercial complexes.
Available Configurations
Base Urban Variant:
48V 350W motor configuration paired with a 10.4Ah battery, optimized for standard cost-sensitive consumer retail channels.
Extended Range Variant:
48V 500W motor with an upgraded 18Ah battery pack, tailored for delivery operators and long-distance commuters.
SKD / CKD Supply Format:
Available in Semi-Knocked Down (SKD) or Completely Knocked Down (CKD) packing formats to optimize import tariff structures and local assembly operations for regional distributors.
OEM Customization:
Tailored deck branding, custom firmware speed profiles, specific tire treads, and region-specific charging plug interfaces (EU, US, UK standards).
FAQ
Q: What international safety and compliance certifications do these scooters hold?
A: Production lines operate under ISO 9001 quality management systems. Finished models comply with CE, RoHS, and FCC directives, with battery packs tested and certified to UN38.3 transport standards.
Q: What is the standard Minimum Order Quantity (MOQ) for OEM customization?
A: The standard MOQ for customized branding, packaging, and specific colorways is 100 units per model variant. Lower quantities are available for standard factory-spec stock orders.
Q: How are replacement parts and after-sales maintenance handled for bulk buyers?
A: We supply a critical spare parts package (comprising controllers, brake assemblies, throttle units, and inner tires) calculated at 3% to 5% of the total bulk order volume to support local warranty service requirements.
Q: What is the typical production lead time for a standard container order?
A: Standard production lead time ranges from 30 to 45 calendar days following receipt of the formal deposit and confirmation of pre-production artwork samples.
Request a Quote
To receive direct factory pricing, lead-time estimates, or technical compliance documentation tailored to your target region, please submit your project specifications-including your estimated order quantity, preferred motor or battery configuration, and any custom branding or packaging requirements-directly to our engineering sales team.
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