Actual Test Performance of Long-shaft Motors on Go-karts: Key Factors for Stability and Endurance Improvement

2025-12-14

Having trouble selecting an electric go-kart motor? Uncover the actual test performance of 8-inch long-shaft motors: How does the single-sided shaft pressing structure enhance stability and endurance? This article systematically analyzes why the long-shaft motor specifically adapted to 200mm diameter × 84mm tire width has become the ideal choice for small go-karts and leisure equipment, from power matching, usage scenarios, structural advantages to performance comparison. It helps you avoid affecting the driving experience due to incorrect motor selection and easily achieve efficient installation and long-lasting endurance.

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Unveiling the Performance of Long-shaft Motors in Go-karts: Key Factors for Stability and Extended Battery Life

Are you struggling with selecting the right motor for your electric go-kart? This in-depth analysis reveals the real-world performance of 8-inch long-shaft motors. We'll explore how the single-sided压轴 structure enhances stability and extends battery life. From power matching to usage scenarios, structural advantages to performance comparisons, you'll gain a clear understanding of why 200mm diameter × 84mm tire width long-shaft motors are the ideal choice for small go-karts and leisure equipment.

Addressing Your Real Pain Points

You may have encountered issues like motors not fitting custom go-kart models, insufficient power, or excessive vibration. These problems can significantly impact your driving experience. But don't worry, we're here to help you avoid these pitfalls.

Understanding the Technical Principles of Long-shaft Motors

Let's take a closer look at the single-sided压轴 design. Think of it as a direct highway for power transmission. This design reduces transmission losses and enhances stability. According to the industry standard ISO 15986, a well-designed motor structure can greatly improve overall efficiency.

Long-shaft motor structure and power transmission

Proven Results with Real Data

The real proof lies in the data. After one customer's go-kart was retrofitted with our long-shaft motor, the battery life was extended by 30%. Moreover, the go-kart ran much more smoothly, providing a better driving experience.

Comparing with Traditional Dual-shaft Designs

When compared to traditional dual-shaft motors, our long-shaft motors offer several advantages. They are more compact in structure, which makes installation easier. Additionally, the maintenance cost is significantly lower. Here is a comparison chart showing the transmission efficiency difference:

Transmission efficiency comparison between long-shaft and dual-shaft motors

Practical Purchase Recommendations

Selecting the right motor for your go-kart is crucial. You need to consider the vehicle weight, the slope of the track, and the load characteristics. For a small go-kart with a weight of around 150 - 200 kg, a motor with a torque range of 20 - 30 Nm is usually suitable. Also, make sure to check the interface compatibility to ensure a seamless installation.

Don't let motor selection be a headache. Our long-shaft motors can provide you with a stable and efficient solution. Learn more about suitable motor solutions →