VIN Decoded

L5YTCLAV8R1111492

2024 ZNEN Rugby, Marshal

Vehicle Summary

The 2024 ZNEN Rugby and Marshal models are versatile scooters manufactured by TAIZHOU ZHONGNENG MOTORCYCLE CO., LTD. in Taizhou, China. With a 169cc horizontally opposed engine, these scooters provide a reliable air-cooled performance with 10.9 horsepower. Featuring a Continuously Variable Transmission (CVT), they are designed for efficient and smooth urban commuting. Ideal for lightweight transportation, they fall under Class 1A with a gross vehicle weight rating of 3,000 lb or less.

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Make
ZNEN
Model
Rugby, Marshal
Year
2024
Engine
0.169000L

Complete Specifications

21 specs
Make ZNEN
Manufacturer Name TAIZHOU ZHONGNENG MOTORCYCLE CO., LTD.
Model Rugby, Marshal
Model Year 2024
Plant City TAIZHOU
Series Rugby, Rugby II, Marshal 50, Marshal 150, Marshal 175, Marshal 200
Vehicle Type MOTORCYCLE
Plant Country CHINA
Plant State ZHEJIANG
Body Class Motorcycle - Scooter
Gross Vehicle Weight Rating From Class 1A: 3,000 lb or less (1,360 kg or less)
Transmission Style Continuously Variable Transmission (CVT)
Engine Number of Cylinders 1
Displacement (CC) 169
Displacement (CI) 10.313012752
Displacement (L) 0.169000
Engine Stroke Cycles 4
Fuel Type - Primary Gasoline
Engine Configuration Horizontally opposed (boxer)
Engine Brake (hp) From 10.9
Cooling Type Air

Known Issues for This Vehicle

Single-cylinder vibration

Single-cylinder engines, like the one in this ZNEN model, can experience increased vibration compared to multi-cylinder engines, leading to potential discomfort and increased wear on components.

Overheating

Single-cylinder engines may be more prone to overheating, especially if the cooling system is not adequately designed, due to less surface area for heat dissipation.

Limited power output

With only one cylinder and 10.9 hp, there may be limitations in power output which can affect performance, especially under load or during acceleration.

Noise

Single-cylinder engines can produce more noise due to fewer firing intervals and less balanced operation compared to engines with more cylinders.

Maintenance frequency

Single-cylinder engines may require more frequent maintenance checks to ensure that components are functioning correctly and to address issues like vibration-related wear and tear.

Fuel efficiency fluctuations

Depending on tuning and load, single-cylinder engines might experience fluctuations in fuel efficiency compared to multi-cylinder configurations.

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