YL-983 Three-Wheel Mobility Scooter to Enter the Market, Expanding Urban Mobility Options

As urban traffic density continues to increase, compact mobility solutions are gaining wider adoption for short-distance travel. Following the market introduction of the four-wheel mobility scooter YL-985S, a new three-wheel model, YL-983, is scheduled for release. The YL-983 is designed to address use cases that require improved maneuverability, reduced vehicle weight, and enhanced space efficiency, complementing existing four-wheel solutions rather than replacing them.

The introduction of the YL-983 reflects an assessment of diverse urban environments and user requirements, particularly in areas where space constraints and frequent storage are key considerations.

Rationale for a Three-Wheel Configuration

While the four-wheel YL-985S is optimized for stability and comfort on wider, flat surfaces, the three-wheel YL-983 is designed for environments where maneuverability and compact dimensions are prioritized.

Key functional differences include:

• Improved maneuverability in confined spaces
  The three-wheel layout enables tighter turning in narrow streets, sidewalks, corridors, and indoor areas commonly encountered in urban settings.

• Reduced weight and simplified handling
  With a net vehicle weight of approximately 14 kg (excluding battery) and a lightweight aluminum alloy frame, the YL-983 requires less physical effort to operate and transport, making it suitable for elderly users and individuals with limited strength.

• Efficient parking and storage
  The overall vehicle length is 970 mm, and the front and rear folding structure supports compact storage and convenient transport when not in use.

Key Technical Features of the YL-983

1. Modular Battery System

The YL-983 supports multiple lithium battery capacities (6.6Ah, 10.4Ah, 12Ah, and 20Ah), allowing users to select configurations based on typical travel distance and usage frequency.

2. Brushless Motor and Intelligent Controller

The scooter is equipped with a brushless motor and a nine-pin intelligent controller, designed for stable operation, reduced noise, and improved energy efficiency. Both 24V and 48V system options are available to support different performance requirements.

3. Ergonomic Design Considerations

• Adjustable steering column to accommodate users of different heights
• Foldable seat and flip-up armrests for easier access
• Optimized chassis and seating height to support extended use with reduced fatigue

4. Safety-Oriented Components

• Aluminum alloy wheels with PU solid tires for durability and low maintenance
• Optional anti-tip wheels to enhance stability during low-speed operation and parking
• Responsive braking system designed to shorten stopping distance
  
  

Complementary Product Positioning with the YL-985S

The YL-983 is positioned as part of a broader product lineup, forming a dual three-wheel and four-wheel mobility solution strategy:

• YL-985S: Suitable for users who prioritize stability and operate primarily on wide, even surfaces
• YL-983: Designed for users who frequently navigate narrow environments, require lightweight handling, and benefit from folding and compact storage

Market Availability and Intended Applications

The YL-983 mobility scooter is currently in its final testing phase and is expected to be officially launched in the near future. Its design parameters make it suitable for applications such as neighborhood mobility, short-distance urban travel, last-mile commuting, and daily use by elderly individuals.

By expanding the range of available mobility configurations, the YL-983 provides an additional option for users seeking efficient and space-conscious urban transportation.