Maybe you’re not interested in chainless e-bikes yet, but they are likely to be the next trend in the e-bike market. The chainless technology is one of the most capable ways to get the green alternative for your daily life and combine it with a potent battery to get extra mileage for the same low price. With chainless electric bikes, there is no need to worry about injuries anymore. People from all parts of the world used to hurt their legs when they had a direct touch on the chain that moved the rear bike wheel and connected it to the rotating pedals.
That is not the case anymore with the Honbike shaft drive technology. Not to mention that this silent technology offers a lot of gains for the riders since it makes their movement a lot smoother and gives them better balance when they follow off-road tracks.
Let’s analyze all the things you should know about the chainless electric bike technology and how it operates.
The Electric Motor Gives The Motion
First, you need to understand and realize that the electric motor sits at the heart of the honbike system. You have an electric motor that is brushless and has a direct connection with the rotating rod. That rod moves with some gears and accelerates according to the pressure you get to the speeding gas. That gives you the freedom to choose the velocity and acceleration you want without worrying about the physical resistance of the chain.
Without chains, you expect the torque produced by the electric motor to pass 100% to the moving rod. That internal rod is protected from the external environment and remains friction free. So you can expect the whole energy from the motor to pass to the rod. Things are getting more exciting now so keep on reading to know what comes next in the process of moving the bicycle.
Motion Transferred to The Rear Axis
The motion gets transferred to the rear axis through a set of gears. These gears have a symmetric view to allow slight disturbances and give you more than 85% of the energy moved directly to the real wheel. The moving rod gives that energy to the gears and the gears finally move the rear wheel axis. The system operates under all weather conditions without any limitations due to the sun exposure, the wind blow, and the rain.
That energy efficiency makes it possible to have a direct acceleration of a chainless e-bike even when you use only the pedals. For greater results you can use the combined power of the electric motor and the pedals. That can offer you a direct boost to overpass some obstacles in your road and make sure that you have the best fuel efficiency to reach your final destination.
The Axis Uses Gears To Rotate The Rear Wheel
It’s also important to explain how the axis cooperates with the gears to provide movement for the rear wheel. These gears are made from a stainless steel and aluminum alloy that is not vulnerable to rust and other mechanical forces. For that reason, you can expect these gears to sustain lots of pressure that could reach the several tones threshold when you use the combined power of the pedals and the electric motor.
The rear wheel is usually situated at the aligned place with the motor to give you even better stability and acceleration results. The secret comes to the ligament of the axis and the rear gears, where the epagogic proliferation of the movement can transmit the whole kinetic energy to the rear wheel giving you extra mileage to pursue greater distances and create the silent effect of cycling that is so popular among the younger users of the honbike technology.
The Wheel Takes All The Kinetic Energy Without Losses
Eventually, all the dynamic energy from your feet will become kinetic energy for the rear wheel. Even though the gears are high-tech there is a chance for slight energy losses when the axis finally touches the gears. However, these losses are fewer than the conventional e-bikes and certainly less than the ones experienced with the traditional chain.
The removal of this chain also accounts for a weight loss that could be more than 15% of the total bike mass. The chain used to have several mechanical issues even when it had been properly maintained. Usually, riders had to remove the chain themselves during long trips, lubricate it, and then place it back to ensure they were in good shape to keep on their tasks.
There is an Energy Recovery Through The Chainless Motion
Finally, the last but not least important feature of the chainless motion is energy recovery. The axis moving the rear wheel can also send back the energy to the electric motor and battery, helping at its quick recharging. That happens when you are descending a steep hill, and you have plenty of dynamic energy that is free of charge and becomes kinetic energy through the acceleration of the wheels.
The rod moves in the opposite direction to move the internal rotor in the electric motor. That in turn, sends charges to the battery, and it can recharge at least 1% for each mile you make. That energy recharge can give you extra miles when needed, and the rod will automatically change moving direction to use that energy wisely and help you ascend some hills.
Chainless electric bicycles like the Honbike HF01 are the future of transportation. They cost less than traditional e-bikes and give you more pleasure and fun when commuting to work each day. These bikes can be more cost-efficient and save you tons of money each year when you plan your family budget, while at the same time, they help you work out wisely.
Conclusion
The best best folding e-bike will unlock a happier commute and outing, or let you own a bike again if storage space is an issue for you. They should be relatively right, provide a great ride, and be built with premium components. Folding and carrying the bike should also be a breeze.
Given that this will likely be your primary e-bike for a considerable amount of time, you should make every effort to acquire the model that can reliably satisfy all of your requirements.
Also read: Keys to Setting The Right Priorities, for Intending E-bike Users
