百灵改什么传动：选择与改装建议

百灵鸟摩托车作为一款经典的车型，备受摩托车爱好者的喜爱。然而，原厂的传动系统可能无法满足一些车主的特殊需求，因此需要进行改装。本文将探讨百灵鸟摩托车改什么传动的问题，并提供一些改装建议。

对于百灵鸟摩托车的传动改装，首先需要考虑的是传动方式的选择。常见的传动方式包括链条传动和轴传动。链条传动具有较高的传动效率和较低的维护成本，但可能会在高速行驶时产生较大的噪音。轴传动则具有更好的稳定性和更低的噪音，但需要更高的维护成本。因此，车主需要根据自己的需求和预算进行选择。

除了传动方式的选择外，还需要考虑传动配件的选择。例如，可以选择更高品质的链条、更耐磨的轴承等，以提高传动的稳定性和寿命。此外，车主还可以考虑对原有的离合器和变速器进行改装或升级，以提高传动的效率和性能。

在进行百灵鸟摩托车的传动改装时，还需要注意以下几点：首先，要确保改装符合相关法律法规和安全标准；其次，要选择正规的改装店进行改装，以确保改装的质量和安全性；最后，要在改装后进行充分的测试和调校，以确保传动的性能和安全性。

英文对照：

What Transmission to Modify for Bailing Motorcycles: Selection and Modification Advice

Bailingbird motorcycles are a classic model that is beloved by motorcycle enthusiasts. However, the factory transmission may not meet the special needs of some owners, so modifications are necessary. This article will explore what transmission to modify for Bailingbird motorcycles and provide some modification suggestions.

When considering the transmission modification for Bailingbird motorcycles, the first thing to consider is the selection of transmission methods. Common transmission methods include chain drive and shaft drive. Chain drive has higher transmission efficiency and lower maintenance costs, but may generate larger noise at high speeds. Shaft drive has better stability and lower noise, but requires higher maintenance costs. Therefore, owners need to choose based on their needs and budgets.

Besides the choice of transmission method, the selection of transmission accessories also needs to be considered. For example, higher-quality chains, more wear-resistant bearings, etc. can be chosen to improve the stability and lifespan of the transmission. Additionally, owners can also consider modifying or upgrading the original clutch and transmission to improve transmission efficiency and performance.

When performing transmission modifications on Bailingbird motorcycles, there are a few things to keep in mind: First, ensure that the modification complies with relevant laws, regulations, and safety standards; second, choose a legitimate modification shop to perform the modification to ensure the quality and safety of the modification; finally, conduct thorough testing and calibration after the modification to ensure the performance and safety of the transmission.