A leg shield recess accommodates items on a loading hook, reducing swinging motion and enhancing stability during travel.
Recessed side cover sections guide airflow along the vehicle body to improve heat dissipation from the engine area.
A three-wheel vehicle frame uses swing arms and synchronizing levers to absorb impact forces between independent wheel assemblies.
Merges storage housing with the body structure to resolve contradictions between battery protection and installation space constraints.
Positioning the socket on a side wall allows riders to connect external electric devices without stopping or dismounting, resolving accessibility constraints.
Standardized attachment points on a vertical panel resolve limited aftermarket storage flexibility by enabling modular accessory configuration.
A duct channels wind to the screen rear, stabilizing steerability and windbreak performance despite vertical screen adjustments.
Relocating the starter motor below the oil reservoir frees upper engine space for ECVT integration while maintaining compact dimensions and weight balance.
Positioning the vehicle speed sensor in a swing arm recess below the muffler shields it from heat, eliminating the need for expensive heat-resistant components.
An inward-facing USB port in the luggage box side wall prevents water and dust ingress while maintaining outdoor connection accessibility.
Arranging the canister under the fuel tank and superimposing it on seat rails prevents increasing vehicle height, securing sufficient fuel capacity.
A straddled vehicle engine unit positions a starter motor above a cylinder and a balancer below a crankshaft to reduce vertical height.
Integrated frame structure mounts battery centrally to optimize weight distribution and eliminate separate housing.
Dual-fisheye cameras provide wide-angle environment observation for autonomous scooter navigation.
Thermostat positioned higher than the water pump inlet directs cooling liquid flow to prevent air stagnation in the pump.