What You Should Know About Carbon Gates Belt

The Carbon Gates Belt is an innovative technology that improves the efficiency of automobiles while in use. It was initially employed in motorbikes but is now also used in electric bike production. The belt is a better alternative to chain drive because it is highly resistant to harsh temperature conditions. The straps are made with multiple carbon microfibers with quality stainless steel material. This yields a rigid drive system, which can withstand temperatures of -53°C to +85°C. Most e-bikes with the Carbon Gates belt have high durability and can be easily maintained by users. It also solves the noisy and messy movement from chain drives while riding.

How it All Started

There have been belt drive production as far as 1987. The old belts were quite stretchy and incapable of transporting heavy objects because the teeth often skipped. As a result, there was a hold in belt usage until engineers discovered quality production materials. The Carbon Gates belt was first introduced in the 20th century. However, it all started with motorcycles in 2007. The automotive industry experienced a significant innovation as Carbon Gates became compatible with electric bicycles. Carbon Gates solved the issue affecting the first version of belt drives. Engineers increased the distance between the teeth of the belt by creating a larger size of teeth. The presence of cogs and sprockets also helps the belt drive to eliminate dirt while riding. Thus, it does not stock up debris and mud between the teeth. The improved version of belt drive has led the belt drive industry to meet customers' demands in several sizes and shapes.

What is a Carbon Gates Belt?

A Carbon Gates belt is designed to allow cyclists to ride off-road. The exterior is designed with polyurethane, reducing the belt's exposure to wetness or rainfall. The tensile cord is usually strong and will not frequently stretch, allowing the drive system to stay tight as when newly bought. The Carbon Gates drive is unique in its function, not primarily found in rubber-based belts. The added poly material prevents the rubber material from stretching or losing shape. However, the belt system cannot work well with derailleurs, so it is mostly used in electric bikes with gear hubs. This brilliant idea increases the compatibility of the Carbon Gates drives with electric bicycles.

Essential Components of Carbon Gates Drive

Honbike manufacturers have used suitable Carbon Gates drive to develop the U4 model, contributing to its sleek feature. The three essential components of the Carbon Gates drive are; the belt, rear sprocket, and front sprocket. The sprockets have different types and lengths, and the most suitable choice is customized to every bike's needs.

The rear and front sprockets transfer the power emitted from the electric bike to the rear wheel. The belt helps to connect the rear and front sprockets, while the front type is usually smaller than the rear region. Front sprockets are mainly responsible for transferring power to the rear wheel but cannot work without the belt and rear sprocket. Meanwhile, the size of your electric bike sprockets will determine its speed. In most cases, large sprockets exert power at a lower rate and vice versa.

Why Use Carbon Gates Belt?

The e-bike commuting market has grown so much in Europe, and Honbike has reached several consumers with free shipping to the EU and UK. People want to commute to work without being stained or rubbing grease on chains to reduce friction. The lack of a chain eliminates drags and allows electric bicycles to move smoothly and faster. Honbike also has a slimmer belt drive system, contributing to its minimalist design. Thus, Carbon Gates drive's benefits also affect exterior e-bike design. Other reasons why you should use Carbon Gates belt are highlighted below.

Ease of Maintenance

A belt drive system is easy to maintain and clean, so users are less worried about operating costs like lubrication substances. This allows an electric bike to cover a long distance without needing frequent grease application. The Honbike U4 model can reach 10,000 km without requiring any maintenance. This is enough distance for a rider to cover the needed mileage. Carbon Gates belts are also built with quality material that is not prone to frequent wear and tear. Thus, it will not quickly rust when drenched by rain, as it is with a chain drive. Even when you have to repair a Carbon Gates belt, it is much easier and cost-effective. You do not need to replace the whole drive system, as replacing the belt only will fix the error.

Increased Flexibility

Carbon Gates belts are also light-weighted, contributing to the flexibility of premium electric bicycles. The lack of a suspension system eradicates the chain drive that could have added extra weight. A light-weighted e-bike is also easy to move around and maneuver. The Honbike U4 weighs about 20kg, an average size for any e-bike in the lightweight category.

Cost Effectiveness and Good Shock Absorber

Riders can suddenly change their torque level, which could cause shock in them. Instead of the jerky feeling in chain drives, riders would experience more stability and can control the bicycle better. Also, the cost of producing a belt drive is minimal compared to chain drives of the same weight. Although several other factors influence production cost, belt drives are generally cheaper than chain drives.

Conclusion

In terms of cleanliness, nothing beats the Carbon Gate drive system. Electric bikes are leading in technological evolution due to improved components such as the drive system. They are ideal for modern e-bikes as they can be used to carry a load from one place to another. However, the weight limit also varies with particular e-bike brands. You must also consider a brand's weight capacity while using Carbon Gate drive as an essential factor. Nevertheless, buying an e-bike built with a Carbon Gates drive is one of the best bike investments a cyclist could ever make.