For The Unbreakable. E bike battery 60v

For The Unbreakable

Designed for the dreamers and built for the unbreakable, MIHOS is developed with the latest and more efficient technology. Built with Poly DiCycloPentadiene (PDCPD) or industrial rock, this beauty with strength combines comfort, technology and top-notch mechanics.


With an improved battery of 74 V, 40 Ah that gets fully charged within 4 to 5 hours, you will be able to travel an approximate of 130 km in a single charge, enjoying its ease of riding.

Waterproof ip6

The ARAI standard battery pack comes with anti-dust, water-proof, vibration-withstanding abilities and can resist water jets of extremely high pressure.

Combi Brake System (Hydraulic disc brake)

MIHOS is equipped with a combi brake disc system that guarantees a smooth ride as well as the correct handling of the vehicle when reducing speed or avoiding collisions. In short. a combined braking system for a safer speed control.


Adaptive suspension for the Indian roads.

Dominate with performance, rule with colours

performance redefined


enhanced security

Turn on the ignition with your phone. This allows you to remotely and smartly operate the ignition of your e-bike.

Define your area of travelling by setting up the Geo-fence and get an alert when the bike travel beyond the Geo-fence.

Ride carefree. This super cool feature helps you to plan your trip in available charging.

Retrace your steps! Now with Joy e-connect app, you can check all the places your bike has travelled.

Turn on the ignition with your phone. This allows you to remotely and smartly operate the ignition of your e-bike.

Define your area of travelling by setting up the Geo-fence and get an alert when the bike travels beyond the Geo-fence.

Ride carefree. This super cool feature helps you to plan your trip in available charging.

Retrace your steps! Now with Joy e-connect app, you can check all the places your bike has travelled.

full specification

Range 130km/charge
Motor Power 1500 W
Motor Type BLDC
Charging Time 5. 5.5 hours
Front Brake Disc
Rear Brake Disc
Body Type Tubuler monocoque
Curb weight 110 kg
Ground clearance 175 mm
Max Speed 70 kmph
Max Troque 250NM
Gradability 10.2 degree
Max Acceleration 0-40kmph 7 sec 1.5m/s2
Drive Type Hub Motor
Motor Type BLDC
Motor Power 1500 W
Starting Main key start
Transmission Hub Motor direct drive
Braking Type Combi Brake System ( Hydraulic disc brake)
Charging Point Yes
Speedometer Digital
Smart Battery Yes
Ladies Footrest Yes
Connected features Vehicle Tracking, Geo Fencing, Remote Disabling
Mobile app feature Navigation on, Bluetooth connectivity
Electric Sound System Vehicle sound simulator while riding, bluetooth music playing
Smart connected component CAN Based Communications : Smart BMS CAN based battery, CAN based Smart charger, CAN based Smart charger, CAN based instrument cluster, CAN based controller, CAN based IOT VCU
Headlight LED
Tail Light LED
Turn Signal Lamp LED
Battery Type NMC
Battery Capacity 74 V, 40 Ah
Low Battery Indicator Yes
Tyre Type Tube less
Wheel rim Size Front : 12 Rear: 12
Wheels Type Alloy
Front Brake Disc
Rear Brake Disc
Front/Rear tyre 90/90-12

How Long to Charge 60V E-Bike Battery to Extend Its Life?

One of my friends got a high-powered ebike for riding on trails and enjoying high speeds. One of the biggest concerns with this bike is it takes very long hours to charge as it has a 60v lithium battery.

When it comes to a high-power e-bike battery like a 60V, questions such as how long to charge 60v ebike battery in order to maintain its health? How far can a fully charged 60V e-bike battery take you on various terrains and a few similar questions often come up to an e-bike owner?

Therefore, we will explore charging time for a 60V ebike battery, factors that can affect charging time, and tips to help you prolong your battery’s life along with the important FAQs.

Introduction to 60V Electric Bike Batteries

One of the critical components of an e-bike is its battery, which provides the power needed to run the motor. 60V e-bike batteries are a common type of battery used in high-powered e-bikes, and they offer several benefits, such as longer range and increased power output.

Knowing the inside out of a 60V li-ion battery will truly help you determine the charging time and monitor accordingly.

Hence, let us explore the features and benefits of 60V e-bike batteries, their optimal charging time, and factors that can affect their performance.

Weight of the battery

The weight of a 60V e-bike battery can vary depending on the brand and model. Generally, a 60V e-bike battery will weigh between 10-20 pounds due to its larger size and capacity.

A heavier battery will generally provide a longer range, but it can also affect the e-bike’s overall weight and handling. Apart from that, if the charger’s capacity is not sufficient for the battery’s weight, it may take longer to charge.


A 60v ebike battery lasts longer depending on the battery chemistry, quality, and usage. Generally, a high-quality Li-Ion or LiFePO4 battery can last up to 1000 charge cycles or more before needing to be replaced.

However, the battery’s lifespan can be affected by factors such as temperature, storage conditions, and charging habits.


A 60V e-bike battery requires regular maintenance to ensure optimal performance and lifespan. This can include storing the battery in a cool, dry place, avoiding deep discharges, charging the battery after each use, and using a compatible charger.

It is also important to monitor the battery’s health and replace it if it shows signs of degradation or damage.

In any case, if you find your e-bike battery not charging, there can be several reasons and factors that affect the battery-related problems. Some common reasons are loosely connected wires, using the wrong charger, BMS problems, the controller not working, damaged or dead ebike battery, etc.

Battery Chemistry

A 60V e-bike battery can be made of different types of battery chemistries, including Lithium-Ion (Li-Ion) which can take 4-6 hours to charge fully, Lithium Iron Phosphate (LiFePO4), Nickel-Metal Hydride (NiMH), Lead-Acid (it takes 8-10 hours to fully charge), and Polymer Lithium-Ion (Li-Po) batteries.

Li-Ion and LiFePO4 batteries are the most common due to their high energy density and long cycle life.

Understanding 60V Battery Capacity and Voltage

Battery capacity (Ah) and voltage (V) are most probably two of the most important features to look into when we talk about e-bike battery charging. Since they play a significant role in the charging time of an e-bike battery.

The voltage of an e-bike battery determines the charging time because it affects the amount of current that can be delivered to the battery during the charging process.

Generally, higher-voltage batteries can charge faster than lower-voltage batteries because they allow for a higher current to flow into the battery. The voltage of a 60V e-bike battery is around 68 volts when it is fully charged, which is higher than the standard 36V or 48V e-bike batteries.

The higher voltage provides more power to the motor, allowing for faster speeds and better hill-climbing abilities.

Similarly, the battery capacity (Ah) also affects the charging time because it determines how much energy needs to be replenished during the charging process.

A higher-capacity (Ah) battery will take longer to charge than a lower-capacity battery because it requires more energy to fully charge. However, a higher AH battery will generally provide a longer range and more power, making it a worthwhile tradeoff for some riders.

over, the capacity of a 60V e-bike battery can vary depending on the brand and model.

Generally, a high-quality 60V e-bike battery can have a capacity of 20Ah to 40Ah, which can provide a range of around 40-100 miles on a single charge. A higher-capacity battery will generally provide a longer range.

How to Calculate Charging Time for a 60V Ebike Battery?

To calculate the charging time of a 60V e-bike battery, you need to consider the battery capacity and the charger’s output current. Here is the formula to calculate the charging time.

Charging time = x 1.2

(The factor of 1.2 is added to the formula to account for energy loss during the charging process).

For example, suppose you have a 60V e-bike battery with a capacity of 20Ah and a charger with an output current of 5A. Using the formula, the charging time would be:

Charging time = (20 Ah ÷ 5 Amp) × 1.2 = 4.8 hours

This means that it would take approximately 4.8 hours to fully charge the 60V e-bike battery with the 5A charger.

It’s important to note that this is an estimate, and actual charging times may vary based on several factors such as battery age, temperature, charger efficiency, current battery level, etc.

It’s always best to consult the manufacturer’s instructions for charging your specific e-bike battery and charger to ensure safe and optimal charging.

How Long to Charge 60v Ebike Battery?

Generally, a 60v 20Ah battery takes around 4 to 6 hours to fully charge with a 5 amp charger when the other factors remain constant.

As I have already mentioned above that the charging time of an ebike battery depends on various factors. But the direct factors are Battery capacity (AH), Charger output power in Amps.

Let’s keep all the other factors unchanged and find out how long would it take to charge 60v batteries with different Amp-hours by using the above-mentioned formula.

Basically, a 60-volt battery comes with different Amp hours starting from 20 Ah. Do remember a higher Ah will consume more time for charging and vice-versa.

If you want to reduce the charging time and cost, you need to increase the charger’s current output by going with a high-amp charger.

Tips for Maximizing Battery Life Minimizing Charging Time

Where the battery capacity and charger’s Amp do have an impact on the charging time, it does take special tips for managing such a high-power e-bike battery like a 60V one.

Hence, here are some tips for maximizing the battery life and minimizing the charging time of a 60V electric bike battery:

Use the right charger

Always use the charger that comes with the e-bike or a compatible charger. For a 60v battery, the charger must be compatible with 68 volts so that it can fully charge the battery. Never charge with a local charger.

Avoid overcharging

Overcharging increases the battery’s temperature and it can cause the battery to overheat which may lead the battery to catch fire or explodes. Always unplug the charger once the battery is fully charged.

It is not suggested to charge your battery to its fullest i.e. 100%, consider charging your ebike battery to 80% as it expands the battery’s lifespan and is also good for its health.

Charge before the battery gets too low

Charging the battery before it gets too low (e.g., less than 20%) can help to extend the battery life. It’s also a good idea to avoid letting the battery fully discharge as this can damage the battery.

Store the battery properly

If you’re not going to be using your e-bike for an extended period, store the battery in a cool, dry place and charge it to about 50% before storing it.

Use pedal-assist mode when possible

Using the pedal-assist mode can help to extend the battery life by reducing the amount of power required from the battery.

Monitor the battery regularly

Keep an eye on the battery’s charge level and voltage regularly. If you notice any unusual behavior, such as the battery not holding a charge or charging much faster than usual, it may be time to replace the battery.

Conclusion on The Charging Time for 60V Ebike Battery

The charging time of a 60V e-bike battery varies depending on several factors, including the battery’s capacity, the charger’s output current, and the charging conditions. On average, it can take between 4 to 10 hours to fully charge a 60V e-bike battery from 20 to 100 percent.

We tried to enrich you with the best tips and guidelines, you can ensure that your 60V e-bike battery performs optimally for as long as possible, allowing you to enjoy your e-bike to the fullest.

Frequently Asked Questions

How long does it take to charge a 60V e-bike from 0% to 100%?

The time it takes to charge a 60V e-bike battery from 0% to 100% depends on the battery’s capacity and the charger’s output current. On average, it can take between 4 to 10 hours to fully charge a 60V e-bike battery. Learn more here.

How often should I charge my 60V e-bike battery?

The frequency of charging your 60V e-bike battery depends on your usage. It’s recommended to charge the battery after each ride or once it reaches a low charge level to keep the battery healthy and extend its lifespan.

Can I use any charger to charge my 60V e-bike battery?

It’s important to use the charger that comes with your e-bike or a compatible charger that is recommended by the manufacturer. So don’t charge your battery with the wrong charger as it can damage the battery and reduce its lifespan.


Bittoo Gupta

I am the founder and editor of The Bike Fetcher, a passionate E-Biker. My passion for E-bikes led me to build this blog site where I share electric bike news updates, my e-biking experience, e-biking tips, e-bike battery tips and help people to get the best e-bike. Feel free to contact me on my social accounts or through the contact form.

v vs 60v E-Bikes and E-Bike Batteries: Not All What You Think

The battery is at the heart of the electric bike, but most potential e-bike buyers often overlook it when making the purchase decision. Therefore, it is no surprise that e-bike batteries are some of the most cited complaints among new e-bike owners in particular 48v vs 60v E-Bike batteries.

Such statements as, I should have bought an e-bike with a better, bigger battery is the order of the day when it fails to live up to expectations.

The range, speed, and power you can expect from the e-bike all depend on the battery’s size; have this at your fingertips.

The most common e-bikes are the 48v and the 60v e-bikes because of their modest hill-climbing power and speed. We discuss a few issues regarding the 48v and 60v e-bike batteries below.

Can I Use a 60V Battery on a 48V Motor

In most cases, the motor is not what matters, but the controllers’ voltage limit. where the primary FOCUS should be. with higher voltage batteries. As a rule of thumb, avoid subjecting electrical components to more than the voltage they are rated, unless you want to cook them, of course.

unbreakable, bike, battery

You will observe that most of the 48v e-bikes with LCD display have a limit of 60v, and the controller maximum is 63v. If both the controller and the battery are massive, then the chances of flying the motor increase exponentially.

The controller should have a current limit and be in a position to comfortably handle the pack’s peak voltage. You need to program the controller to the new 60v parameters, or other ratings in some models.

That said, what is the maximum charge of the 60v pack? What are the specs of the pack? The answer to these questions will help determine the pack’s compatibility with the setup you have on your hands.

Otherwise, you will need a new controller.

To play is safer, you may bring in a new motor and controller rated at around 72v, that is, if you want to keep using a 60v dc battery. There’s no danger of cooking the components if you run them at a lower voltage.

But you will still need to be sure the lower voltage is right for the control or microprocessor circuits. not usually a problem with modern e-bikes, but don’t assume it. Check!

unbreakable, bike, battery

The main goal of using a 60v battery is in most cases, to increase the speed.

One of the emerging sayings in the gearhead community is how fast you want your ride depends on how much you are willing to spend, and the truth in it is quite mind-boggling. Loosen the purse strings if you want speed and reliability as the core ingredients of your e-bike.

How Fast Can a 48V E-bike Go

The approximate speed for a 48v e-bike is 20 mph or 3 km/h. Don’t expect the factory e-bike to go past the 22 mph limit.

But is it possible to make it go faster?

Please note that the motor spins faster with higher voltage before we can explore this question.

Typically, there is a workaround to increase the speed, but it depends on the model. For instance, you can change the hub motor to push the speeds closer to 30 mph or choose an e-bike with a programmable controller to exceed the 750w limit by most states.

Other ingenious methods include delaying the throttle or choking back the power for less speed. There’s also the option to use the USB to change it back.

When it comes to speed, the motor and the gearing system’s design are more critical than wattage. And of course, you can make the 48v e-bike go faster by switching off pedal-assist when riding downhill. Here, you can go as fast as you want.

How Fast Is 60V in MPH

A 60v e-bike has a typical cruising speed of 42 mph, but some models can reach speeds of 45 mph on flat ground. Factors such as the drag coefficient and windage come into play in determining the top speed of your 60v e-bike.

If the distance is the primary goal, going slower will have large dividends. A decrease in speed consequently reduces the drag energy by a fraction. For example, a 10% decrease in speed produces a 27% reduction in energy needs (100 x (1- 0.9^3).

It is much wiser to cruise at lower speeds with your 60v e-bike than taking full advantage of its speed potential. But if you are commuting over a shorter distance, you can go as fast as the e-bike allows you.

Throwing in more cells to the pack to increase speed seems to be the trend, but that is if the motor limit allows. Otherwise, the upgraded voltage can cause trouble with charging, among other issues.

For riders that badly need better range and speed than the one provided by the 60v e-bike, they can choose the safer option of purchasing a new high-end model. Currently, there is a lot of battery innovation and progress, and getting a unit that cruises at better speeds and range is not difficult.

V Top Speed vs 48V Top Speed

The speed difference between the 60v and the 48v e-bike is only around 3 mph, according to the e-bike simulator. That is not much difference for the trouble of conversion to the higher voltage. Well, at least according to some people.

How Long Do Electric Bikes Last

But you may be wondering why the speeds do not increase quite significantly when you upgrade from 48v to 60v.

With an increase in speed, the percentage of the e-bike energy that goes into combating wind resistance also increases. But if you can figure out how to reduce the drag coefficient, you can achieve better speeds with the 60v than the 48v e-bike. You may also successfully achieve improved range with the extra voltage.

48v is the most common in e-bikes based on its optimal power to price ratio, but the 60v and the 72v are expected to grow because of the preference on speed.

There are, however, various ways to increase speed for your 60v or 48v e-bike, such as pumping up your tires. Pumped-up tires reduce rolling resistance and boost your speeds on smooth roads. But on the downside, the harder tires will not cushion you against road irregularities.

You will probably feel every bump, which can be quite uncomfortable for folks with joint and muscle problems.

unbreakable, bike, battery

How Can I Convert an E-bike From 48-Volt to 60-Volt?

Converting your 48v e-bike to 60v is not rocket science, and anyone can do it. You need a 60v battery pack and a new controller for the upgraded voltage.

Of course, the battery will eat into your savings a bit more than the controller, but the investment may be worth it.

Some riders may choose to only upgrade the battery pack and leave everything else the way it is, hoping the extra battery voltage will provide additional power for more speeds, but that is sometimes not the case. The null efforts usually come as a surprise to them, but there’s an explanation.

Both the controller and the motor must be rated for speed and the extra current. In such a null-efforts scenario, the motor is likely rated for 48v, and pushing it beyond this would not produce results, or in the worst-case scenario, burn it out. Some factory controllers can accept small amounts of overvolting, but not too much.

Check the voltage rating of the controller, usually stated on the capacitors. If you are not comfortable checking the capacitors for controller rating, there’s always the manufacturer’s website. Don’t try swapping out the battery without confirming the rating.

Remember that there is a clear and present danger of adding battery packs to the e-bike, especially when you are not sure of what you are doing. There is a reasonable possibility of destroying various e-bike components such as the controller and the battery pack.

The ‘vent in flame‘ is rather a not very charming characteristic of the lithium-ion cells, triggered by a range of unlikely factors. If there is sufficient energy, the battery can detonate almost a similar way to a hand grenade, injuring you and others.

Therefore, be sure of what you are doing, not shooting in the dark and hoping to hit the bull’s-eye.

Remember that converting a brand-name e-bike may be a little tough because of the custom components they use. But it’s not impossible.

Adding a second 48v battery pack may have almost the same results as upgrading to 60v. Each of the 48v batteries will only need to supply half of the current to get the full amount the controller demands, with the benefit of zero snags.

Also, upgrading to a motor with a higher RPM is another option, especially for hub motors. Specifically, look for a motor with a better RPM or KV. But still, the upgraded hub motor may not be sufficient for the jump to 60v. Even though upgrading the hub motor will add around 10 mph to the speed, it should be part of the conversion.

Moped Scooter/ Motorcycle Battery 60V 100Ah Lithium Battery Pack

SmartPropel is a professional moped scooter lithium battery supplier, we have 15 years rich production experience, more than 50 standard bike lithium battery models. These lithium ion battery packs, are produced with long cycle life and strong power, can be fit well in the ready electric vehicle on the market directly. 60V ebike battery model provided: ◉ 60V 20Ah lithium battery◉ 60V 30Ah lithium ion battery◉ 60V 40Ah lithium battery◉ 60V 45Ah lithium battery◉ 60V 60Ah lithium battery

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Voltage Model Size(LWH) Weight BMS PowerDisplay Charger
48V 48V20Ah 170160175mm 6kg 14S40A LCD 54.6V/5A
48V25Ah 230180180mm 7.5kg 14S40A LCD 54.6V/5A
48V30Ah 190145280mm 9kg 14S40A LED 54.6V/5A
48V40Ah 220180260mm 13kg 14S40A LCD 54.6V/5A
48V45Ah 220180260mm 14kg 14S40A LCD 54.6V/8A
48V50Ah 220180260mm 15kg 14S40A LCD 54.6V/8A
48V55Ah 180155325mm325215165mm 16.5kg 14S40A LCD 54.6V/8A
48V60Ah 215180310mm 18kg 14S40A LCD 54.6V/8A
60V 60V20Ah 190145280mm280175145mm 8kg 17S40A LCD 71.4V/5A
60V30Ah 215180310mm 10.5kg 17S40A LCD 71.4V/5A
60V40Ah 215180310mm 180155325 mm 13.5kg 17S40A LCD 71.4V/5A
60V45Ah 215180310mm T Shape 18kg 17S40A LCD 71.4V/8A
60V50Ah 215180310mm 19kg 17S40A LCD 71.4V/8A
60V60Ah 220180355mm 22kg 17S40A LCD 71.4V/8A
60V80Ah 420220195mm 31kg 17S50A LCD 71.4V/8A
72V 72V20Ah 190145310mm 12.5kg 20S40A LCD 84V/5A
72V30Ah 215180310mm 15.6kg 20S40A LCD 84V/5A
72V40Ah 220180355mm 17.4kg 20S40A LCD 84V/8A
72V 45Ah 220180355mm325215170 mm215165325mm 19kg 20S40A LCD 84V/8A
72V50Ah 220180355mm 21.2kg 20S40A LCD 84V/8A
72V60Ah 230185350mm350×235×172mm 23kg 20S40A LCD 84V/8A
72V80Ah 420220195mm 32kg 20S50A LCD 84V/8A

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