My First E-Bike

Link to my youtube vid about the bike -  https://www.youtube.com/watch?v=LNgAXt3Jxew&t=123s

Product Review: Engwe Pro 2 Ebike

Ebikes can be incredibly useful while RVing to explore your  surroundings. They provide a convenient and efficient mode of  transportation, allowing you to easily navigate through various terrains  and cover more ground than on foot. With their electric assistance, you  can effortlessly tackle hills and longer distances, expanding your  exploration radius. Ebikes also provide a more immersive experience  compared to traditional vehicles, allowing you to enjoy the scenery,  stop at interesting spots, and interact with the environment more  intimately. Furthermore, their compact size and folding capabilities  make them easy to store and transport in your RV. Whether you want to  explore nature trails, visit nearby attractions, or simply take a  leisurely ride, ebikes offer a fantastic way to enhance your RVing  adventures.

The Engwe Pro 2 Ebike is an electric bicycle that offers a combination of affordability, portability, and convenience. While it has its strengths, such as its cost-effectiveness, folding mechanism, and overall convenience, there are a few areas where it falls short.

Let's start with the positives. One of the standout features of the Engwe Pro 2 is its affordability. Compared to other electric bikes on the market, it offers great value for the price. This makes it an attractive option for budget-conscious consumers who want to experience the benefits of an electric bike without breaking the bank.

Another advantage is its folding design. The Engwe Pro 2 can be easily folded, making it incredibly convenient for storage and transportation. Whether you're commuting to work or taking it on a road trip, its compact size allows for hassle-free carrying and storage in tight spaces.

Furthermore, the overall convenience of the Engwe Pro 2 is commendable. The electric motor provides a decent amount of power, allowing for smooth and effortless rides, especially on flat terrain. The electric assist feature helps riders conserve energy and enjoy longer rides without getting exhausted. Additionally, the battery life is quite impressive, allowing for extended journeys before needing to recharge. I seem to be getting about 20-25 miles per charge for a good hard ride. 

However, the Engwe Pro 2 does have a few drawbacks. Firstly, the build quality can be considered somewhat cheap. While it may not be a deal-breaker for everyone, some users have reported that the overall construction feels flimsy and not as durable as they had hoped. This can be a concern for those looking for a long-term investment. Some models are experiencing catastrofic failure at the shock mounting pooint on the frame (different model than mine)

Secondly, the headset on the Engwe Pro 2 is not up to par. Some users have experienced issues with the headset, such as looseness or wobbling, which can affect the overall stability and safety of the bike. It's essential to ensure the headset is properly adjusted before riding and to keep an eye on any potential issues.

Another area of concern is the braking system. The brakes on the Engwe Pro 2 are reported to be weak and may require additional force to bring the bike to a complete stop. This can be a significant safety concern, especially when riding at higher speeds or in emergency situations. Upgrading the brake system or exercising caution while riding is advisable.

Lastly, while the Engwe Pro 2 offers decent power, some riders have found it to be merely satisfactory. It may struggle on steep inclines or when carrying heavier loads. If you live in an area with challenging terrain or plan to use the bike for more demanding purposes, you may find the power output to be lacking.

Cadence Sensing verses Torque sensing - its important

When it comes to electric bikes (ebikes), there are two primary types of pedal-assist systems: cadence sensing and torque sensing. Each system has its own advantages and considerations, so let's compare them:

1. Cadence Sensing: Cadence sensing pedal-assist systems use sensors to detect the rotation of the pedals. Once the pedals start turning, the motor engages and provides assistance based on a predetermined power level or speed setting. Here are some pros and cons of cadence sensing systems:

Pros:

• Simple and cost-effective: Cadence sensors are generally less expensive to manufacture, which can help keep the overall cost of the ebike down.
• Consistent assistance: Cadence sensors offer a consistent level of assistance, regardless of how hard the rider is pedaling. This can be beneficial for riders who prefer a consistent and predictable riding experience.

Cons:

• Less intuitive: Since cadence sensors only measure pedal rotation and not the rider's effort, the assistance may not always feel natural. The motor can sometimes feel too responsive or not responsive enough, leading to a less intuitive riding experience.
• Lack of fine control: Cadence sensors may not provide as much fine-tuned control over the assistance level. Riders who prefer a more nuanced riding experience may find the assistance to be less precise.

1. Torque Sensing: Torque sensing pedal-assist systems measure the actual force applied by the rider on the pedals. These sensors detect the rider's pedaling effort and adjust the motor's assistance accordingly. Here are some pros and cons of torque sensing systems:

Pros:

• Natural riding feel: Torque sensors provide a more natural and intuitive riding experience since the motor responds directly to the rider's effort. The assistance level is adjusted in real-time based on the rider's input, making it feel more like an extension of the rider's own power.
• Precise control: Torque sensors allow for fine control over the assistance level. The motor output can be more finely tuned to match the rider's desired effort and power output.

Cons:

• Higher cost: Torque sensing systems are generally more expensive to manufacture, which can contribute to a higher price tag for the ebike.
• More complex: Torque sensing systems require more sophisticated sensors and electronics to accurately measure the rider's pedaling effort. This complexity can make them more prone to potential technical issues.

In summary, cadence sensing pedal-assist systems are simpler, more cost-effective, and provide consistent assistance. They may be suitable for riders who prioritize affordability and consistent support. On the other hand, torque sensing systems offer a more natural and precise riding experience, responding directly to the rider's effort. They are favored by riders seeking a more intuitive and customizable riding experience, despite the higher cost and potential complexity. Ultimately, the choice between the two comes down to personal preference and the specific riding style and needs of the individual rider.

Overall here are some of the pros and Cons of the Engwe Pro2 ebike:

Pros:

* It's very affordable, especially when compared to other ebikes on the market.

* It's very compact and lightweight, making it easy to store and transport.

* It's very convenient to use, with a simple one-button start and a comfortable riding position.

Cons

*  The ergonomics could be better. The seat is a bit uncomfortable, and  the handlebars are a bit too close together for some riders.

* The power could be better. It's not the fastest or most powerful ebike on the market.

* The overall quality is just OK. It's not a high-end ebike, and it shows in some of the construction details.

Overall,  I think the Engwe Pro2 ebike is a great option for those looking for an  affordable, compact, and convenient ebike. However, if you're looking  for a high-end ebike with excellent ergonomics, power, and build  quality, you may want to look elsewhere.

In conclusion, the Engwe Pro 2 Ebike presents an affordable option for those seeking a folding electric bike with decent power and overall convenience. Its cost-effectiveness and portability make it an attractive choice for budget-conscious individuals. However, it is important to consider the semi-cheap build quality, subpar headset, weak brakes, and moderate power output when making a purchasing decision. If you prioritize durability, safety, and higher performance, it may be worth exploring other options on the market.