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Christmas is just around the corner and the demand for an electric scooter for kids is undeniably on the rise again. Kids, even as  young as 5 years old, are now getting keen on owning an electric scooter or any ride-on toy.

Many parents,  however, are wondering as to what is the right age to purchase electric scooter for kids. With the different innovation and safety features added to many mobility toys, is it now safe to purchase an electric scooter for kids?  The question also raises a big concern for many consumers who are worried about accidents or any injuries related to electronic rides.

To address such concern, the  US Consumer Product Safety Commission’s have released its own guideline pertaining to the determination of the right ride-on toy for children based on their age and behavior. 

Firstly, one of the main factors emphasized in the guideline on choosing electric scooter for kids is the balance. Children of various age have different physical factors that can immensely affect balance. The wide spaced wheels of the electric scooters or ride-on toys can make them easier to ride. Children also tend to find and hold their balance thanks to this factor.

Motorized vehicles also have different speed levels, and this is one of the basic factors to check when purchasing an electric scooter for kids.  In a nutshell, the higher the speed, the more physical efforts a child need to exert to maintain the balance.  Aside from balance and speed, there are other-other basic factors you need to check including the size of the toy parts and how easy they can get detached, the motor skills needed to operate it, licensing (when deemed necessary), and the level of child’s realism. All of these can be determined by inspecting the electric scooter for kids you wish to purchase and by knowing well your own child’s behavior and physical capabilities.

Let’s go check the summary of the guideline to understand better how to select the appropriate electric scooter for kids.

For 1 -1.5-Year Old Kids

Ride-on toys that can be propelled physically by their feet are the only ones recommended at this age. You may encounter little electric scooters for kids this age, but they are not advisable yet. Children who can walk straight can start using the feet-straddled ride-on toys. As per the guideline set by the  US Consumer Product Safety, ride-on toys with at least four wheels should be allowed to be used by young kids of this age bracket.

The toy should also be low enough so they ride it more easily. Ride-on toys with recessed wheels are also advised. These would allow them to maneuver the ride-on toy more easily. As they cannot operate electric scooters for kids yet, they would still be relying on their own strength to push their  own weight around. Check the label, safety requirements, and the weight requirement of your non-electric scooter for kids before allowing your child to use them.

For 1.5-2-Year Old Kids

Kids of this age are starting to get more curious and purchasing a ride-on toy with vibrant colors and designs are highly recommended. Wagons are suggested at this age and ride-on toys with storage boxes would also be helpful. Anything that can be rocked is appropriate for this age, too. Electric scooters for kids are not yet suitable for this age. However, you can find toys equipped with the motor that allow slow movement. In this case, you may opt to purchase them instead of the usual electric scooter for kids. Note, however, that adult supervision is immensely important at this point as kids still lack steering skills and control.

For 2-3Year Old kids

Children at this age are starting to get interested in anything they can pedal. This is also one of the first motor skills they could learn after running and walking. Tricycles that can be pedaled are recommended at this stage. Slow-moving electric scooter for kids may also start to appeal these young toddlers and parents. They can be tried, but these children need to be under the full supervision of their parents or guardians while using them. Also, they should not be allowed to use them alone. Parents need to hold them while kids start to practice.

For 4-5 Years Old

At this age, children tend to get more interested in using the bicycle and they start to lose interest in ride-on toys. They may begin to try electric scooters for kids as long as they are slow moving and the speeds are easy to be adjusted.  They start to obtain better balance and better body coordination as this age.  With their level of curiosity, kids of this age also have the highest risks of obtaining injuries and falling. As with any activity, adult supervision and guidance are an absolute must.

Kids truly enjoy of riding and cruising in their ride-on toys – be it a scooter, toy car, or even skateboards.  However, it is important to note that even the best electric scooters for kids are neither the same nor equal. To make sure that you are getting the right electric scooter for kids,  see the following and use them as a checklist.

Check the Speed and Throttle.

For novice riders who are below 13 years old,  speed not exceeding 10 mph is advised. It is also important to train the rider on how to use the brakes and how to slow them carefully. To start the motor, parents may either choose from two options – the kick-type or the throttle start. The kick may be relatively cheaper in price, but  this type could be inconvenient once your child has gotten used to the scooter already. Note that for the best electric scooters for kids, the two start modes can be found.

Double Check the Safety Features

Scrutinizing every detail  and every part of the electric scooter for kids is imperative. Safety also means being able to provide all the necessary safety  gear. Examples of these are the helmet, knee pads, eye protection to elbow pads. Better check the manufacturer of your own list electric scooters for kids  and see some reviews about them. Note that part of the safety requirement is also following the age requirement as prescribed by both the manufacturer and the Commission.

Inspect Battery and its Quality

Another key feature you need to check is how long the battery last per full charge. Note that despite being prudent with the use of electric scooters, the quality of battery may still deteriorate over time.  Therefore, storing and recharging them properly are a must. In line with this, you need to check the double check, the batteries and see if you could easily find replacements when deemed necessary. The best electric scooters for kids should be able to run at least 30 minutes.

Know More about the Quality of the Parts

Checking the tires is important. You man want yo find scooters with larger wheels and that are made of rubber so they can glide smoothly on the surface.  The seat should also be adjustable. It is likewise imperative to check the wires,  batteries, brakes, and other tools that come with it. You also need to purchase the electric scooter that is just big enough for your child.  The best scooters for kids also come with accessories that are extra useful for young users.

What’s Your Budget

Most of the time, although not always, the cost of the electric scooter can also give a hint on the quality you can expect from it.  Generally, best electric scooters for kids are slightly  more expensive than most models available on the market. The brand also dictates the cost of the unit. Knowing these guidelines can immensely help you find the right electric scooter for kids based on their age, behavior, and preferences.

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The use of electric and hybrid cars has been encouraged by both the state and the federal governments for years now. In fact, several of the states have come up with their own levels of tax credits to boost the number of users of these innovative transportation. However, a loophole has started to surface amid the goal to foster the use of zero-emission vehicles. People of the higher class can now get away without paying the gas tax. Such dilemma is now becoming the focus of several groups and the subject of political debate. Where does the problem stem from. Read on as the rest of article sheds light on what is now seem to be an electric slide.

The Beginning of the Backlash

The vehicular boom that is yet to transpire involving electric and hybrid cars is now facing a turmoil that may likely be felt from the consumers’ end. Supporters of the Electric Vehicles (EV’s) continue to argue that the development of battery technology will enable people and the nation to drastically reduce their dependence of oil and fossil fuels. On the hand, critics also condemn the loans provided by the Department of Energy to several car manufacturing companies. In addition, a number of state legislatures have passed different laws aiming at Tesla. These laws likewise prohibit the Elon Musk-owned and managed car manufacturing company Tesla from selling their electric cars directly to individual consumers. The enforcement of the law would compel Tesla to work acknowledge the local dealers.

The End of Tax Credits and the Beginning of New Fees

There is no denying that the latest legislature passed in Georgia last April 2nd would result in a bigger backlash in the realm of electric and hybrid cars.  The recent bill in the said state calls for the end of the massive $5000 tax credits for the electric vehicles.  Such tax incentive was known to be one of the most generous in the entire U.S. With the federal state giving a tax credit of as much as $7,500 , the electric car buyers prior to this April 2 legislation had been awarded with a whopping $12,500 tax incentive.  However, the wheel  has turned for the owners of the electric and hybrid cars in Georgia. With the new legislation comes with with a registration fee of $200 for people who already own these electric vehicles.

Will Other States Follow Suit?

The answer of this question is –  yes, most likely.  In fact, Georgia is not the only state  to pass a Legislature that prompts owners of electric and hybrid cars to pay. For instance, Washington has already started to implement the policy that requires owners of these cars to pay an annual tax amounting to $100. This policy has been enforced since 2013.  Moreover, Virginia has also implemented similar policy that requires owners of hybrid cars to pay $64 on annual tax. With the different states devising their own policy and limiting the tax credits,  the long lasting impact is expected within the electric and hybrid cars communities.

Purpose and History of Tax System Modification

The modification on the tax system is also a sign that the use of electric and hybrid cars does not only influence the choice of consumers,  but also impacts the way the state and the federal governments support such innovation.  Will this tax revolution cease to continue?  To some degree, the change in the tax system is brought about the necessity to constantly improve the roads people with electric cars drive on.

Imposing tax on the use of  motor fuels has also been a practice in the country. The  federal ta on gasoline and diesel are 18.4 cents  and 24.4 cents in every gallon respectively. The said tax collection is  managed by the  Federal Highway Trust Fund. The collection gets distributed every year and is allocated on the maintenance and constructions of roads. Overall, the  federal government collects billions of dollars in motor fuel taxes. The loophole in the tax system is seen on possibility of the electric and hybrid cars users to dodge taxes imposed on g and diesel. With the weak economy, there has been a huge decline on the miles driven by the US drivers since the onset of 2007.

Impact of Electric  and Hybrid Cars Manufacturing

Moreover, the leap in the sales of the electric and hybrid cars has shown a significant and steady increase. At present, the plug in cars and the hybrid cars have been accounted for 3% of  the sales  every month. Moreover, the growing industry of electric  vehicles are also shaping  an entirely new dynamic for the basic cars. One example is the innovative use of alluminum and the modified designs on engines.  This shift in car designs has been proven  by a study conducted by the Transportation Research Institute of the University of Michigan which reveals that a  car sold during the first quarter of 2015 has a 26% higher mileage per gallon as compared to the same car bought during the last quarter of 2007.

Another effect seen with the emergence of the electric and hybrid cars is the plummeting volume in gasoline sales. As per the Energy Information Administration,  there is a 4% gap between the amount of gasoline utilized in the years 2014 and 2007.  As a consequence, the tax collections are experiencing a significant slump. For instance, the taxes allocated for highway maintenance and spending in 2012 is $21.2 billion while in 2013, it was down to $19.4 B.  With  such new tax behavior, it is expected that state governments would devise new ways to keep up with the changes.

The Real Dilemma Unfolds

With the new and emerging tax behavior brought about by the innovation and presence of electric  and hybrid cars, an entirely new dilemma unfolds.  The roads are now shared by middle class car owners who are paying taxes with their gas usage and those who get to drive around with their ultra-expensive electric and hybrid cars  who are not paying a single centavo on gas taxes. There are those who are driving with their regular cars and paying taxes every time they gas up. There are elites who are driving their almost $100K Tesla cars who are not paying a single penny.  All of these cars , regardless of the type and cost, have equally the same wear-and-tear impact on the roads. The questions now are –  do all these tax policies implemented by the different states make sense? Will the federal government also cease to provide tax incentives for the electric and hybrid cars?

Final Thoughts

It sure does make sense to come up with mechanisms to ensure that all users drivers and users of highway pay their dues and contribute to the unceasing road upkeep and constructions.  However, these policies should all be made reasonable. For instance, owning a car should not  be taxed at all. Furthermore,  the policies should not overlook the growing number of hybrid car owners.  The reason is simple – as per the site called Volt Stats, plug-in hybrid owners of the Volt drive in an all-electric mode. In short, owners of electric and hybrid cars should be equally taxed. In addition, the continuous innovation on improving car inefficiencies should also be factored in computing the taxes. If a car is considered hyper-efficient due to the great deal of mileage it has on a per gallon basis, should the owner be taxed more? How can new policies be made fair to the new and current owners of electric and hybrid cars?

It is certain that the new tax behavior proves that the system of the past cannot  be always applied at present. With the constant flow and out pour of innovations this 21st century,  it is essential for the current state and federal government to revise tax laws and implement new ones that are deemed more logical and just to all type of road users, not only based on the cars they drive,  but also based on their capacity to pay taxes.  Electric and hybrid cars users are now in the look as to which state will follow suit after Georgia.

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The unveiling of  the world’s first ever 3-D printed electric motorcycle fundamentally means that anythings are now possible thanks to the advent of technology.  This news has given tech enthusiast and riding enthusiast a reason to celebrate.  Just recently,  Airbus Aerospace’ subsidiary company called APWorks has released the Light Rider, an electric and lightweight motorcycle that is first of its kind in the world.  This motorcycle is considered the first ever 3-D printed and comes with a massive price tag of €39,000. Being the first and unique nature, the company is only producing a limited number of this 35-kilogram two-wheeled vehicle. But, what makes this motorcycle so pricey and different? Read on to find out.

The Features of the Light Rider and the 3D Process

This motorcycle is powered by an electric motor of 6kw.  The swing-arm and the main frame of the body are both 3D printed and created with Scalmalloy. The Scalmalloy is a powdered metal that is quite similar to the aluminum used in aircraft. These parts are also lightweight. The other parts of the motorcycle which make it run are more similar to those of the common bicycles, and not t of hose typical motorcycles. Despite the hefty cost,  enthusiasts and collectors are willing to shell out €2000 as a deposit to be placed on the waiting list. The company only aims to produce 50 units of  the Light Rider and it is selling out fast.   No word so far if APWorks would consider producing more if an influx of buyers arises.

The main design of the motorcycle is a result of the absence of machining limitations. As compared to the conventional designing and production of the body parts, the Light Rider’s gears were produced based on a design and not the other way around. With the use of 3D printing,  there is no constraint on the design. Any organic appearance can be achieved by designing itself is performed using a bionic algorithm.  This electric and lightweight motorcycle can reach a maximum of 50mph. It can go from 0 to 30 mph in just three seconds. The fully-charged battery can run 35 miles. Recharging is needed after. The presence of such innovation now rings the bell on the first electric vehicles  produced via 3-D printing.  See the following sections to get to know them.

The Strati – The 3D-Printed Car Built in Just 44 Hours

Those who witnessed how to it was built could  have probably seen the ‘coolest thing’ in their lives.   An electric vehicle that was printed using a colossal 3D printer in over 44 hours during the International Manufacturing Technology in 2014 might sound like too good to be true. However, for those who have seen it and for Jay Rogers, the guy who was able to drive it around Chicago, this was factual. Moreover, this was a breakthrough that could possibly change the way we see the future of car manufacturing. Is there any similarity between the Strati and the electric motorcycle – the Light Rider? How  cool is this car anyway? And what is it called?

Future of 3D Printed Electric Vehicles

This two-seater  3D-printed EV was called the Strati.  The concept and the design of the model itself took Local Motors roughly five months to finish.  However, the CEO of the company behind this innovation believes that in the future, the design for new models could only take a few weeks  while printing can be shortened from 44 hours to 24 hours.  Such possibility to change and challenge automobile manufacturers.  Moreover, as it is 3D printed, there are only minimal restrictions on design as compared to the cars built in a conventional manner. One of the key differences between the Strati and a regular car can be seen in the number of parts. Surprisingly, the Strati runs perfectly on 49 parts. On the other hand, the average car has 25, 000 parts.

While many are still stunned on how a car work on such a minimal amount of parts, Mr. Jay Rogers, CEO of Local Motors, has a perfect explanation for this – simplification.  The fact that the parts of the Strati are produced using  a common material,  it was made possible to reduce the number of car parts.   Rogers was referring to the material mid-grade aluminum. Using this material, the seats, the chassis, the thermoplastic, the suspension, and the cars were produced effectively. The team that made Strati possible is also in the process of refining and fine-tuning processes so they can also print materials based on  durometers,  compressibility, and flexibility.

If this happens, then the team can produce better compression bars, more comfortable plastics for the car seats, and tweak any part that would boost the safety of the driver and the passenger.  Although Strati was released in 2014, many had predicted, including Rogers, that the model would be able to be utilized soon.  The biggest difference between the 3D-printed  motorcycle and the electric car is the price.  Believe it or not, the Strati is a significantly cheaper than the Light Rider. For only $18,000, a buyer can own of these cars in the future.  Rogers has also predicted that the cost could still drop as the demand would increase once these cars are mass-produced.

Diversification of 3D Printed Cars

Another target of Local Motors is to able to diversify the production of such 3D-printed car. For instance, the Strati can be produced depending on the environmental requirements ( i.e. Insulated cars for colder places, airy cars for warmer regions, etc).  Such principle can ultimately help the United States regain  the manufacturing of their cars that have long been outsourced to East Asia, South America, and East Europe. Moreover, the idea of  3D-printing  parts without any restriction can also be used and applied in different industries.  The idea is now being explored by his team.

2016: The Year of 3D Printed Electric Motorcycle and Electric Car Sold on the Market

Yes, they are finally here.  APWork has plunged into the business of selling limited edition electric and lightweight motorcycles.  On the other hand, Local Motors of Arizona, USA, is set to unveil the latest model LM3D this year.  This is the most advanced version of the first 3D printed car- Strati. The LM3D and the Light Rider are offered within the same price range. For drivers who intend to own a 3D-printed car, be ready to spend about $53,000.  This is just as pricey as the Light Rider.  This year,  a number of 3D printed  vehicles are also expected to surge and be seen on the highway. Are you going to be one of them? Would you be willing to splurge on the items?  Well, this year could be just the year for you!

So, you may be wondering as to why it has taken a bit long to unveil such revolutionary products to the public? The answer is – mass producing can be tough for these sustainable rides.  Local Motors have also engaged itself in open-sourcing so as to collect possible ideas from various designs from people keen on the project.  The company has received offer 200 design ideas,  but the winning piece came from Portland’s very own Kevin Lo. There was a panelist who made the decision on choosing the design. Jay Leno was even one of the panelists.  After selecting the design in July, the prototype had been made  just after a couple of months.

It is certain that the world of  3D printing will highly influence all sectors – including the motorcycle and car manufacturing industries. Despite the high cost of 3D printing these vehicles, one cannot discount the massive help this would contribute to the environment. It can, therefore, infer that this is just a beginning for companies who have exerted more resources and efforts in coming up with more sustainable ideas.  Are you now excited to purchase your own electric vehicle that has been printed for 24 hours?  Would you rather hop on an electric motorcycle?  The choice is yours. Let your preference, personal taste, and style, and  budget help you with the decision making.

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Don’t be fooled- a moped is not the same as an electric bicycle. Electric bicycles, or also called eBikes, carry a battery on board, but the rider has to pedal it at some time. Most electric bicycles are pedal-assists, while some are designed with throttles.

And now that you want to have your own eBike, you might surely want to go with the trend. Let’s go over the following list of top 10 eBikes this 2021 (in no particular order).

Raleigh Motus Hub Lowstep

Raleigh eBikes are powered by Bosch battery, ranging up to 110 miles in Eco Mode, which is an ideal choice for flat terrains. However, it is less powerful than the Turbo mode. This eBike is designed with lights, mudguards, a built-in lock and a luggage rack. It also features a Walk button, which, as the name itself implies, provides slower assistance when you push the electric bicycle along.

Cube Dehli & Elly

Almost all Cube mountain bike versions have an ebike type to pick out from, making Cube one of the finest eBike manufacturers in the industry. And their Cube Dehli & Elly has made it into our list of top 10 eBikes in 2021. All models of electric bikes are augmented with the popular Bosch systems. Aside from that, they keep the bike around the bottom bracket, keeping the weight down low and more-balanced. This hybrid model of comfort-oriented eBikes comes with a front suspension and flat handlebars. If you’re looking an electric bike that is simple and direct, and needs minimized maintenance, Cube Dehli & Elly can be one of the best options for you.

Coyote Commute Folding Electric Bike

If you need a high convenience factor in your cycling spot, this eBike is all you need. This electric bike is foldable, so you can take it if you commute on trains, and conveniently store it indoors for additional safety. The battery of Coyote Commute Folding eBikes, with cells courtesy of Panasonic, comes with a range of 30 miles. A lot of riders love this eBike because it’s an enjoyable ride. The main drawback of this ride is that it has 2-inch wheels, making it less stable than a full-sized bike.

Scott E-sub & Silence

Scott boasts a wide selection of eBikes, and they were able to maintain a typical ‘Scott-like look’ of all their eBikes. As of now, the E-sub bicycle comes in a more hybrid oriented look with a conventional ‘step-through’ frame design perfect for new and seasoned cyclists. Both Scott E-sub & Silence eBikes use Shimano STEPS batteries and front suspension. Well, these features may lead to an awkward distribution of weight, but if the ride is bring on some panniers on the racks, then it would not make any difference. The E-Silence is included in the list of ‘what’s new on the eBike world?” This electric bicycle comes with a battery that is included into the downtube, making it look more balanced and attractive. Some other impressive features include the integrated bike lights, modern appearance, and the clean lines.

Woosh Krieger

The Krieger eBike is a crank-powered ride designed with a throttle for powerful cycling without the need to pedal, though it is also a pedal-assist type. The throttle is a great feature for the rider to scoot along easily even on steep hills. If you are looking for a powerful ride for most hills, the Woosh Krieger is a great option for you. It boasts a range of up to seventy miles, or sixty miles, of the rider takes it easy when pedaling. It’s not a bit light, but definitely manageable to cycle even without assisted power.

Haibike Urban

When it comes to top electric bikes in 2021, then we need to include Haibike Urban. Haibike is a German brand that is known as a market leader when it comes to producing and designing electric bikes. Well, it’s fame it not just because of their award-winning designers, but also because of their wide-range of eBike products. Surprisingly, however, their eBike are mainly of-road, but the Haibike Urban delivers a tarmac-oriented discovery with integrated lights, pannier racks, and amazing speeds up to 28 miles per hour. The top spec boats Plus-sized road tires for additional comfort and grip, and the range begins at around £3,199. One tip: since there are only a few shops in UK that stock these eBikes, it pays to do your homework.

Volt Kensington

If you’re looking for a stylish eBike, Volt Kensington can make a great option for you. Volt comes with a great look, in white and pastel colours. With a single full charge of the Panasonic battery, the rider can reach up to 600 miles. The best thing about this bike is that it is very easy to ride, making it an ideal choice for beginners. It boasts five different power levels, with a powerful throttle for travel with the need to pedal. As standard features, the Volt Kensington bike comes with lights, mudguards, and luggage rack. It takes three or more hours to recharge the battery of Volt Kensington eBikes.

GTech

Perhaps, you have already seen those impressive JML-themed advertisements on TV for the latest GTech AirRam vacuum. You may also have been amazed by their over TV ads for their GTech eBikes. Well, GTech could not be labelled as a cycling ride, but with its amazing battery power, it is surely a great option. The ride is very simple, and it has a modern-looking designed that comes with a 14-day trial along with free delivery. GTech eBikes is designed with 20” wheels and a standard diamond-shape frame. The battery, which is exclusively owned by the brand itself, has a built-in computer system that consistently measures the pedaling. And instead of a constant uncontrollable stream, this feature also adjusts the ride power to give the rider a boost whenever necessary. If you don’t love maintenance tasks, there’s no need to worry because the internal gears and belt-drive will give you an extra layer of convenience in terms of upkeep.

Gocycle G3

Gocycle G3 eBikes have a stunning design with impressive details, even down to the impressive daytime light through its handlebars. The magnesium frame design makes it an easy and light ride. The wheels are also detachable making it stowable even in small spaces. The throttle button enables the rider to apply power effortless. With a range of up to 50 miles, it needs five hours or more to complete recharge time. For additional information about the battery life, calories burned, speed and more, this bike also comes with a smartphone app. It also has a unique ‘kill option’ so Gocycle could be immobilized once stone. If you’re on tight budget, you may also consider the previous model, G2, which is on sale for less than £500. Both of these eBikes offer an ultra-smooth and enjoyable ride.

Volt Metro

The Volt Metro is a bit lighter than some foldable eBikes. Fold-ups can’t match full-size bikes for their stability and stiffness, but 2-inch wheels are faster and more stable than some 16-inch wheels. Although the range is 40 miles, the rider can also go for a larger battery that offers 45-60 range. Just like the other electric bikes in the line-up of Volt, Volt Metro comes with lights, mudguards and luggage rack. It is basically a pedal-assist type, but also comes with a throttle. You can pick from black or white versions.

There you go- top 10 eBikes in the marketplace. Again, keep in mind that the list above is arranged in no particular order. Each bike has its own advantage when it comes to range, ease of use, battery power, price and other factors. At the end of the day, your choice of eBikes depends on your personal preference.

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If you are in the market for a pink hoverboard (also known by its given name as self-balancing electric scooter), you should know that there are certain risks that come with these mobility devices or personal transporters. First, there is a possibility of a fire, and second, the risk of an explosion – risks that are inherent in low quality hoverboards imported from China. This is not to say that Chinese-made self-balancing e-scooters are low quality, but units that are responsible for most pink hoverboard disasters are counterfeits made in China, the home of the first hands-free self-balancing electric scooter – and where its technology is first duplicated, its patent is violated. (China, a manufacturing giant, has weak intellectual property protection and regulatory framework.)

Of quality and safety

Such the topics of quality and safety come into account when one talks about hoverboards, and these two always come together. The China-made knockoffs feature cheap, low quality battery packs – the culprit behind most pink hoverboard disasters. These days, almost every consumer electronic device has a lithium-ion (li-ion) battery pack, just like a self-balancing electric scooter does.

The thing is, the li-ion battery packs in hoverboards have poor separator design. The separator isolates the cathode and the anode, and as a fuse or shutdown separator, it prevents short circuit between the two electrodes. Without a good separator, the electronic device would explode or catch fire in an event of a short circuit. The risk of a fire or explosion is only aggravated by the use of a low quality charger/adaptor that comes with every low quality pink hoverboard.

Now this brings us to the topic of certification by the Underwriters Laboratories (UL). Whenever one speaks about safety and hoverboards, UL certification seems to be in the offing. Why this matters?

About UL certification

The UL is a global independent testing laboratory that evaluates consumer products, including electronics, for safety. It works closely with the US Consumer Safety Protection Commission (CPSC). A few months after the 2015 debut of self-balancing electric scooters, the UL released the electrical and fire safety testing and certification for hoverboards, which is the UL 2272. This safety standard for electrical systems of self-balancing scooters evaluates the safety of a pink hoverboard’s electrical drive train system, battery pack, and charger system combinations. This does not, however, evaluate the device’s performance, rider safety or reliability, which are areas that concern the rider, not the device itself.

The UL 2272 was first awarded to the miniPRO, the latest self-balancing electric scooter by Segway and Ninebot. (It should be noted that Segway is the pioneer in personal transport, and Ninebot is a Chinese company that purchased the struggling Segway for its patents.) The standard is also later awarded to other companies, including China-based pink hoverboard manufacturers.

However, the UL has insisted that it has not yet certified any pink hoverboard as a whole or as a system. The UL tests and certifies individual components that make up the entire self-balancing electric scooter: the electric motors, the charging system, the rechargeable battery pack, the circuit boards, the plastic shell, etc. Having a UL certified battery pack or charger does not certify the whole pink hoverboard system, but having these UL certified components already provide the assurance that the hoverboard is safe – provided you do not overcharge it. The danger with fake self-balancing electric scooters primarily lies with the battery and charger.  

But is it necessary for a pink hoverboard to be UL certified? Well, self-balancing scooters are electrically controlled devices or systems. Electrically controlled devices must be approved in the US. They should conform to national safety regulations. They should undergo testing from a nationally recognized testing laboratory (NRTL). UL is an NRTL that test electrically controlled devices according to UL standards, incorporating national standard as an essential component. Any device that passes testing is granted a mark of conformity by the NRTL that evaluates it. In the case of UL, it is the UL Mark.

The UL 2272 standard came months after the debut of the pink hoverboard. It was created as a response to disasters involving counterfeit self-balancing electric scooters and their poor quality battery packs. The standard did arrive at the right time: Port inspectors and customs authorities were unsure what to do with the horde of pink hoverboard imports as these were not included in the checklist of items to be inspected. And prior to the UL 2272, importers and manufacturers did little or nothing to ensure the safety of their products. They just fabricated documentation to show to the authorities or conformity marks on the units and packaging. With the UL 2272, global safety standards will be observed in pink hoverboard manufacturing, and the safety of users are ensured.

What does UL certification mean for manufacturers?

UL conducts a series of electric tests to assess the electrical system safety of self-balancing electric scooters. The battery pack undergoes the most rigorous series of tests, which include the blunt nail simulation, the drop test, the submersion test, and the Bunsen burner test. Any pink hoverboard that is UL certified is deemed safe for public use and bears the holographic UL mark. The UL marks should be found not only on the device, but also on the packaging, battery pack, and charger.

The CPSC has called on manufacturers to obtain UL certification, and warns it will recall their pink hoverboard units if they fail or refuse to do so. And even major retailers and online marketplaces have banned all self-balancing electric scooters from their shelves and websites until manufacturers or brands could prove that they had undergone the proper UL tests.

For companies that truly care for their customers or end users, product safety is a wise investment to make. They will take the UL tests, no matter how expensive they may be, because product safety comes first. UL certification for pink hoverboard units is important for three reasons:

• STANDARDS: The UL tests consumer products for safety. Comprehensive procedures and guidelines are involved, which is why UL certification comes with a price, but it is a small price to pay for product and consumer safety. Should products meet their standards, the UL grants certification.
• VERIFICATION: Quality and safety do not just end with tests conducted at the UL site. The UL will field in a local representative to visit manufacturers a couple of times to verify whether the conformity mark is applied only to products that meet UL requirements. It is a big no-no to use the UL mark on products that fail or did not undergo testing by the UL.
• COMMITMENT: Pink hoverboard manufacturers show their continue commitment to product quality and consumer safety. This is their way of showing they are worthy of the UL mark.

A UL certified pink hoverboard has certain advantages over non-certified ones. Most self-balancing electric scooters are identical in design and function, and sticker brands are rampant. There is no way of knowing which pink hoverboard brand is legit and which one is just a sticker brand. With UL certification, brands could source hoverboards with confidence and even demand that manufacturers comply with UL standards or else call off the deal if they refuse. For manufacturers, they can protect their technology, aside from keeping themselves in business. Safety and product quality will be their leverage.

What does a UL certification mean to pink hoverboard users?

Peace of mind, of course! There is the assurance that they are using a safe product, one that is manufactured by a reputable company. Most importantly, they protect themselves – and their homes – from fire hazards. Indeed, buying a UL certified self-balancing electric scooter is a wise purchase decision. The UL mark is just one of the many conformity marks manufacturers need to obtain for their hoverboards, but it is the most important mark.

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If you think that the electric hoverboard is a thing of the past – well, think again.  With the number of innovation flooding in from the electric vehicle sector, many are wondering as to whether the issues faced by electric self-balancing scooter makers in the past may have put a halt in the business. The good news is, the electric hoverboard industry continues to thrive. In fact, several key players are also starting to unveil their own brand and model of electric hoverboards. One of them is EPIKGO which happens to be another player which now attempts to put a twist on the classic electric self-balancing scooter. So, what’s new with EPIKGO?

The Birth of EPIKGO

EPIKGO is  another electric hoverboard producers which hail from California where startups in the field of electric vehicles are abundant.  As with many makers of electric hoverboards, EPIKGO is now making a massive attempt in changing the way we look at the classic electric self-balancing scooter. In a nutshell, it is known to have addressed the many problems encountered by the pioneering electric scooters in the past. In a nutshell, the latest EPIKGO electric hoverboard boasts more powerful and  more durable self-balancing scooter that is perfect for new riders.

Another interesting upgrade seen from this newest electric hoverboard in town is the presence of a battery that is 100%  UL 2272 Certified. This means that the battery system used in this electric hoverboard has been tested and has passed the quality standard set to all electric self-balancing scooters. EPIKGO made sure that there will not be any issues linked to fire or overheating as these were massive problems encountered in the past by other manufacturer. All units produced by this new Silicon-Valley-based electric hoverboard maker are powered by Samsung LG battery.

The Right Way to Charge these Electric Hoverboards

As with the rest of electric mobility vehicle, a warning sign or an alarm sound is set off whenever the battery of this electric hoverboard is about to get drained . This is a clear indication that the Samsung LG  battery used in EPIKGO needs to be recharged immediately. Note that it is not advisable to continue to using it once the alarm is set off. In that at this point, continuous use of the electric hoverboard may result in serious damage to the battery. This may likewise  deteriorate the life cycle of the battery. When charging , see to it that you get to unplug the battery pack instantly once  it is fully charged. It is not also recommended for the EPIKGO electric hoverboard to be charged overnight.

How the EPIKGO Self-Balancing Scooter Works

The EPIKGO self- balancing boards or electric hoverboards are equipped with  sensors that can  instantly detect the angle or direction you are heading to. It is likewise designed with an installed apparatus specifically used to sustain the balance  equilibrium.  The units also remain upright thanks to balancing technology used with this electric hoverboard.

You may also see an infrared led  light is used to give the commands. This will automatically work once you have already stepped on the pad. Your presence and your weight can be instantly recognized by EPIKGO electric hoverboards. Adding  a slight pressure using your feet can help you navigate the use of this electric hoverboard.

It is normal to feel slightly wobbly at the beginning as you would need to naturally get accustomed with the platform and the use of this electric hoverboard. The good news is – as this electric hoverboard is designed to aid electronic balancing, you will get acclimated to it in no time. Once you have learned how to keep your balance,  you can now practice maneuvering it in different directions.

Why Try the EPIKGO Electric Hoverboards

Firstly, the EPIKGO electric hoverboards are hailed to be 80% more powerful than all the existing electric self-balancing scooters today.  This electric hoverboard can be used in all types of terrains making it one of the most efficient and effective to use.  It can easily climb roads or paths of up to 18 degrees in angle without losing grip on its 12 kilometers per hour average speed. There have been no other types of electric self-balancing scooters that have achieved such mobility power.  The dual-power motor that is used in each unit of EPIKGO electric hoverboard makes it an undeniable contender for the title of the best electric self-balancing of today.

Another reason to try this electric hoverboard is the advantage you can get in terms of safety.  The  4300mAh/37V Samsung LG batteries that power each unit have been certified safe and of quality standards. With the UL2271 certification, you can be sure that each unit is safe to be driven  even by young users. It also gives you that certain peace of mind when it comes to recharging the units at home. When the thought of electric fires or overheating scare you, then it is best to go for the electric scooter with certified safe batteries and EPIKGO electric hoverboard is certainly one of them. Note that for this type of electric scooter, recharging only requires two short hours.

Aside from being equipped with 100% safe battery system, the EPIKGO electric hoverboard is likewise IP56 waterproof certified. This means that  for instances that the unit is being used during a sudden rain pour or snowfall, users need not worry as the unit can be used and will remain safe.  The wheels used in the EPIKGO electric hoverboards are quite different as well. These are made from solid rubbers which make them suitable for any type of terrain. They can likewise absorb shock which makes each unit more stable.  The wheels possess a rating of IP56 when it comes to water resistance and solidness. Whether you are bound to cruise along a muddy, sandy, or grassy surface, this electric hoverboard can certainly give you the kind of safe ride you deserve.

Other Features of the EPIKGO Electric Hoverboard

Aside from the top-notch battery system  and the power that this electric scooter has, there are other features you can watch out for. The maximum speed is up to 10mph and the battery life lasts up to a range of 12 miles. The weight of the unit itself is  26 lbs, but it can accommodate as much as 260 lbs of live weight. The size of also quite distinct as this electric hoverboard is 30% bigger than most of the electric self-balancing scooters to date.

Moreover, the  fast-charging technology also makes it a step further than its competitors. While most fire-related incidents are brought about by overnight charging, the EPIKGO electric hoverboard only requires 90-120 minutes of charging for the entire energy to be replenished. The  quick charging capabilities, the bigger size, and the power are three of the top reasons as to why this electric hoverboard could beat the competitors in no time. Also, the warranty that comes with the products also offers another advantage to those who wish to purchase an electric scooter soon.

Final Words

As a final advice, it is imperative that when looking or buying make it, sure that they pass in safety or quality standards as with the EPIKGO electric hoverboard. Another is to also check the quality of the materials as well the  quality of the batteries. It is interesting to know that while the electric vehicle industry remains to be cut-throat one, there are still companies who are in the quest of providing the best innovation and  features.  Checking what new companies such as EPIKGO electric hoverboard and taking these extra steps  to check the quality of the electric self-balancing scooters before making  the final purchase can be particularly advantageous on your part. Get to know more about EPIKGO electric hoverboard by checking the latest reviews and checking the videos about it.

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More people are riding electric scooters than ever before, and their popularity is only increasing. You probably know that electric scooters are fun to ride, more economical than gas-guzzling cars, environmentally friendly and weave through traffic easily. Electric scooters are so popular, many companies have started ride-sharing services, so you don’t even have to buy one!

However, if you are like me, someone who had never ridden an electric scooter before, it can be a bit scary to start. After all, it’s been years since I even drove a two-wheeled bicycle, and these scooters look much harder to balance!

I decided to swallow my anxiety and learn how to ride an electric scooter. In this article, I will teach you how to ride an electric scooter the way I learned! 

It is not difficult once you learn the proper technique, so don’t worry at all. If you have ridden a kick scooter as a kid, it will be easy for you to learn to ride an electric scooter. Even if you haven’t, it’s not a big deal.

Like all skills, you just need to have two virtues: practice and patience. Once you master these two things, you will confidently ride your electric scooter around town.

How to Use an Electric Scooter?

Learning how to ride an electric scooter is not a difficult task. Even kids find it easy to ride an electric scooter, so it will be easy for you. You just have to follow the steps below to become a master of riding an electric scooter on your streets.

#1. Find a Large Area to Practice

Your first duty is to find a large area where you can practice riding your electric scooter. The place should not be crowded, and it should be away from traffic. You can choose empty parking lots or back roads for practice.

You need some time to become a master of riding an electric scooter on the street. Until then, it is safer for you to first practice in a large area like an empty parking lot. Then, once you are confident in riding, you can drive in the bike lanes of your city.

#2. Rent an Electric Scooter

If you don’t have your own electric scooter to practice with, you can rent one. There are many electric scooter rental companies such as Lime, Bird and Razor. If you are renting an electric scooter, then always be careful not to damage it during practice!

Once you learn all the skills required in riding, you can invest in a good electric scooter. You can also buy a good second-hand electric scooter. There are many available on Amazon – look for savings with the used-like new radio button on the right-hand panel where the prices of a product are listed. 

Used scooters are typically half the price or less than a new scooter, depending on their condition. You can always try Craigslist or your local bike and scooter shops as well. 

#3. Wear Protective Accessories

You should wear a helmet. The helmet is an essential protective accessory. It will protect your head and face if you accidentally fall while practicing on an electric scooter. So even after mastering your electric scooter, don’t forget to wear your helmet.

You can visit your local sports gear shop to find a helmet that fits your head well and has moisture-absorbing capability, so you can feel comfortable while riding.

#4 Wear the Right Clothing and Equipment

Proper protective gear and clothing are essential. You should wear appropriate clothes in the winter that will protect your arms and legs. You can choose from a variety of long-leg pants, jackets and gloves.

In the summer, wear comfortable and breathable clothes such as shorts and a t-shirt. 

Other than the helmet, you can wear other protective accessories that protect you from injuries like knee pads or elbow pads.

#4. Familiarize Yourself with Your Scooter

Before riding, you should familiarize yourself with the various components of the scooter. You should know where the accelerator, brakes, light, horn and other components are in an electric scooter. 

Again, you should know how your electric scooter brakes work before learning how to ride an electric scooter. You should be well acquainted with the folding mechanism of your electric scooter. Most electric scooters have handlebars and a folding stem. You should know how to lock both of them properly.

#5. Precheck Your Electric Scooter

Precheck your electric scooter to make sure that your electric scooter is in good condition. You need to check a few things such as:

• The tires should be in perfect condition. 
• Ensure the brakes are easily adjustable.
• Make sure there aren’t any strange noises coming from your electric scooter.
• Check the charge of your battery. You should fully charge your battery before you start learning how to ride an electric scooter. 

You can read the user’s manual to learn how to charge the battery of your electric scooter. Some electric scooters require 2 – 3 hours to charge, while some may require overnight charging to reach completion.

#6. Seek the Help of a Friend

If you have a friend that is well acquainted with electric scooters and knows how to ride, then you can seek their help. They can teach you some skills and give you guidance about various components. In addition, your friend can share some tricks with you.

#7. Place the Electric Scooter on a Flat Surface

Now it’s time to learn to ride an electric scooter. First, you need to place your electric scooter on a flat surface. Then, it will be easy for you to learn how to get on.

#8. Raise the Kickstand

You can use either of your feet to raise the kickstand of your electric scooter. Then place one of your legs on the deck with your foot facing forward. 

Lean forward slightly and hold your handlebars. Once you start to move, place your other leg on the deck of your electric scooter, which allows you to maintain balance while riding an electric scooter.

#9. Press Throttle Steadily

In every electric scooter, you find a throttle. When you press the throttle, the motor provides power and propels you and your electric scooter forward. You can use the throttle to increase or decrease the power of your electric scooter. 

As you are new to an electric scooter, you need to press it lightly. Make sure to start pressing the throttle in a smooth and slow motion.

#10. Rotate Handlebars to Turn

If you want to turn, then you can use your handlebars. Keep your movements slow and smooth, even while turning.

#11. Use Brakes

Your electric scooter has brakes similar to bikes. You have to pull the brake lever to stop your electric scooter. However, don’t abruptly pull the brakes, or you may be thrown off your electric scooter.

#12. Check Mileage and Battery Life

During your ride, you should keep an eye on your battery life and mileage. When it comes to mileage, if you have read the manual of your electric scooter, you will be acquainted with its range. 

While riding, have a look at the mileage of your electric scooter. If you see that your battery has been drained of almost all its power, then it’s time to go back home to recharge. You don’t want to have to push your electric scooter for a long distance, making you tired and irritated.

Common Mistakes While Riding

#1. Pushing Your Throttle too hard

If you push the throttle of an electric scooter too hard, your electric scooter may jump forward, and you may lose control and fall from the deck.

Some electric scooters have multiple modes. You need to set it to the slowest mode for your safety while learning.

#2. Pulling Brake Lever too Hard

When you pull the brake lever too hard, your electric scooter may suddenly stop, and you may lose control and fall from your electric scooter. You need to pull your brakes gently to avoid falling.

#3. Leaning on Your Electric Scooter

When you lean or slightly bend your body while riding your electric scooter, it changes your center of balance, which may cause you to fall from the electric scooter.

#4. Turning Handlebars too Far

Your center of balance is slightly disturbed if you take a turn on your electric scooter because you need to shift your weight correctly. But turning the handlebars too far away may prevent you from keeping your balance, leading to a fall.

#5. Not Wearing Any Protective Accessory

If you don’t wear a helmet when riding and suddenly fall from your electric scooter, you can sustain a head injury. You may get injuries on your knees or elbows if you don’t wear knee pads or elbow pads. So, you should always wear safety devices before riding.

#6. Without Reading Manual

The instructions may slightly differ from one electric scooter to another. So, you should always read the manual before riding.

If you don’t read the manual and start riding, you will not be aware of various instructions. That may create a problem.

#7. Understand Your Local Laws

Before riding or purchasing an electric scooter, you should be aware of the rules and regulations of your locality.

The laws and regulations for electric scooters vary from one state to another and from one locality to another. 

For example, in some states, you cannot ride an electric scooter at all, whereas in others, you can ride in bike lanes but can’t ride on sidewalks. 

So, get aware of all relevant laws before you start riding. Otherwise, it may put you in a predicament where you will be compelled to pay a fine to authorities.

Wrap Up

Riding an electric scooter on the road is quite thrilling. If you are new to electric scooters, then follow the steps in this article and practice thoroughly. You can master riding an electric scooter in a few days. 

You should ride slowly when you begin, and after practicing for several days, you can increase your speed. Don’t forget to wear protective accessories while riding! They will protect you from accidents.

Please share your experience if you follow these steps and learn how to ride an electric scooter. I would love to read about your experience.

Happy riding!

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Electric scooters are quite popular among kids these days, and they have experienced a market that has gained traction since their launch. 

Razor is among the leading manufacturers of Electric Scooters for Kids. Each model comes with many safety features designed with children in mind. Read on as we take you through a review of one of their most notable models, the Razor E150 24Volt Electric Scooter, and detail its features, benefits, positives, and negatives. Later on, we will also share some alternatives to the Razor E150.

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Pros

• It has a simple kick-start motor that is suited for children.
• It comes with a long-lasting rechargeable battery of 24V.
• Has a twist grip acceleration throttle, which is easy for a child to operate.
• It has a hand-operated rear brake and large, 8-inch pneumatic tires, which give it good traction on any surface.
• Comes with a retractable kickstand, letting the child park their scooter anywhere quickly and easily.

Cons

• Not suitable for riding over grass and rugged terrain, strictly an on-road electric scooter.
• The scooter is not easy to carry around due to its high weight (~25 pounds).

Technical Specification

• Dimensions: 32.5 x 16.75 x 36 Inches.
• Weight: 24.89 pounds.
• Weight Capacity: 120 pounds.
• Power: 100 watts.
• Battery: 2 x 12 volts.
• Power: 100 watts.
• Maximum Speed: 10 mph.
• Run Time: For 40 minutes continuously.
• Tire Specification: 8 inches, pneumatic tires.
• Motor: Chain-driven motors with high torque value.
• Recharge Time: Around 12 hours.

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Buyer’s Guide: Electric Scooters For Kids

When you are purchasing an Electric Scooter for your kids, look over every aspect of the scooter and ensure that it is fit to use for your child. Safety is an essential factor in determining if an electric scooter is suitable for your kid or not. There are a few things that you need to consider while buying a new electric scooter for your kid and they are as follows:

• Your kid’s weight and height: Check out the weight and height of your kid. You need to ensure that it is within the specified limits of the scooter. The electric scooter manuals mention their weight carrying capacity. If it goes beyond that, there are chances that it will damage your electric scooter in the long run. For example, the Razor E150 electric scooter manual specifies that the carrying capacity of the scooter is 120 pounds.If a kid with lower weight but a heavy bag rides it, where the total weight of the bag and the kid together is above 120 pounds, it will likely damage the overall performance of the electric scooter. 
• Distance of travel: How far does your child need to travel? Whether they need to go to school and be back only. How far is the school from your home? All these can be deciding factors in determining which electric scooter to purchase for your kid. 
• Age of the Child: The child’s age is another deciding factor in purchasing the scooter for your kid. If your child is not eight years of age, I would advise you to get a non-electric scooter for them.
• Your Budget: Expectedly, the more you spend on a scooter, the better features you get. But does your kid require all those features right now? If not, you can select the basic models of electric scooters for your child.
• Features Availability: You might want to look at the features the electric scooter has to offer. Some of the features to keep in mind are the safety parameters, speed and power, design and easy controls, and braking systems for a start. If all these are up to the mark, you can go ahead and make your purchase.

Features And Benefits: Razor E150 Electric Scooter

Powerful Motor 

The motor of this Razor E150 electric scooter is quite powerful. It comes in a 100-watt capacity. You need not be worried about letting the whole neighborhood know when you start the motor. The chain-driven, ultra-quiet motor is powerful enough to carry your child for up to 40 minutes at a stretch. The high torque ensures swift and sharp movements.

Maximum Speed And Range

The Razor electric scooter E150 can reach a maximum speed of 10mph with the help of its 2 x 12-volt lead-acid batteries. It can give you a continuous run time of 40 minutes when fully charged at a maximum speed of 10 mph.

Long-Lasting Battery

The two batteries have the power of 12 volts each. Before using, you must charge these batteries for 12 hours for full capacity performance. The continuous run time of the scooter is about 40 minutes, which lets your child ride the neighborhood in style! The maximum charging time recommended by the manufacturer is 24 hours. It also comes with a UL-certified charger.

Easy Assembly

The Razor electric scooter red E150 comes unassembled from the seller. Before you can start using it, a perfect assembly is required. Small children refrain from assembling the electric scooters as they come in small pieces. The assembling process will not take you more than 10 minutes. All the parts and tools required for this come with the package. 

Design And Durable

The scooter comes in a durable steel body that is sturdy enough to last long. The Razor electric scooter E150 can carry a weight of 120 pounds, which is enough for most children under the age of 13. Its sleek design is another factor that makes it popular among kids. However, the scooter does not work well on grass, so you should instruct your child to keep the scooter on the road.

Efficient Braking System And Acceleration

Safety comes first when we talk about kid’s scooters. This Razor E150 electric scooter comes with easy-to-handle braking systems. The smooth hand-operated braking system and twist-grip acceleration. 

High-Traction Tires

It also has an 8-inch high-support pneumatic front tire that provides the ultimate support and grip over smooth roads. Parents can stay rest assured that their kids are safe on-road with this electric scooter.

Alternatives To The Razor E150

#1. Gyroor Height-Adjustable Electric Scooters

This scooter is perfect for kids between the ages of 6 to 12. The height-adjustable electric scooter makes it a great choice when your kid is in their growing stage. It is a glowing electric scooter with an LED pedal and wheels, unlike the Razor E150, making it an amazing choice for 8-year olds.

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An 80-watt motor powers it compared to the 100 watts in the Razor E series models. The power and range are lesser than the E-series electric scooters. It has a speed limit of 6 mph, which is less than the E-150 electric scooter that has a maximum speed limit of 10 mph.

The scooter has height adjustable handles, which means that it can grow along with your child for up to six years. Unlike the Razor Electric Scooter Red E 150, the Gyroor H30 Electric Scooter comes with a step-on onboard sensor to start and accelerate the scooter to 6 mph.

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#2. Gotrax GKS LUMIOS Electric Scooter

The best thing about this scooter is that it has a carrying capacity of 154 pounds which is more than most electric scooters for kids. The adjustable handlebars from 32.5 to 37 inches make it suitable for growing kids.

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The aircraft-grade aluminum construction makes it worth buying. Even though the motor power is 150 watts, the maximum speed limit is only 7.5 mph compared to 10 mph for the Razor E150 scooter.

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#3. OUIT Gravity Sensor Electric Scooter

The special feature of this electric scooter for kids is that it comes with gravity sensors that help you to accelerate to 7.5 mph. The assisted motor helps your kid to accelerate safely and have a smooth ride.

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This scooter can be folded and carried about easily due to its lightweight aluminum make and foldable feature. Your child can use this scooter in two ways: as a kick scooter and as an electric scooter.

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Rating

• Power: 8.5/10
• Range: 9/10
• Speed: 10/10
• Tires: 10/10
• Design: 9/10
• Portability: 8/10
• Overall Rating: 9.1/10

Parting Words

Many brands are designing Electric Scooters for kids these days, but the Razor E150 electric scooter is one of a kind. It is a great buy within a budget and has many great features, including a fairly high maximum speed, and a long battery life, and high traction tires. With a top tier electric scooter like one, you and your child will not be disappointed.

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Razor electric scooters have ruled the world of off-road scooters for the past 20 years of their existence. Manufactured by Razor USA LLC, these scooters have never failed to impress their users across their product line.

In this article, our focus will be on the Razor Power Core E95 electric scooter. This model holds the reputation of being one of the best kick scooters for kids. This will be one to consider especially if your kid is between 8 and 10 years. The model got its name when Razor decided to switch from chain-driven motors to a new 90 watts hub motor. The scooter comes in green and blue.

Let us discuss all the aspects of the Razor Power Core E95 electric scooter, including benefits, downsides, and features. We will also present some worthy alternatives to this model.

Pros

• The scooter is made up of alloy steel, making it more durable than aluminum, as steel is harder to break.
• The scooter features beautiful patterns and colors.
• The scooter does not offer fast speed when it starts, which is regarded as a safety feature for kids learning to ride.
• The brakes of the Razor Power E95 electric scooter are pretty sensitive and robust.
• The scooter’s front wheels are made from urethane, while the rear wheels are made up of rubber, which makes them exceptionally strong. 
• The scooter can reach a top speed of 10km/hour, making it relatively safe for kids learning to ride.
• It is pretty easy to assemble the scooter as it does not require complicated installations.

Cons

• The front wheel, made up of urethane, makes the ride quite bumpy for users.
• You need to charge it for 12 hours which is considered to be quite long.
• The scooter does not run well on wet surfaces.
• The scooter does not have speed control.

Technical Specifications

• Power: 90-watt motor
• Recommended Age: 8 to 10 years
• Weight: 22 pounds
• Weight Capacity: Maximum capacity is 120 lbs.
• Dimensions: 31.7” (80.4 cm) x 12.9” (32.7 cm) x 32.9” (83.6cm)
• Battery: 12 V, lead-acid
• Range: 21 km
• Top speed: 10 mph 

Buyer’s Guide: Best Electric Scooters For Kids

The market for electric scooters has grown immensely in the past few years. More and more people are turning towards purchasing these powered scooters when it comes to enjoying a safe yet fun-filled ride. Witnessing the popularity of these scooters, many brands have ventured into the business of manufacturing electric scooters catering to both adults and kids.

However, there is a difference between electric scooters manufactured for kids and ones designed for adults. Here are some points that you need to consider when planning to purchase an electric scooter for your eight-year-old who is just learning to ride.

• Design: Design plays a meaningful role when it comes to kids. The scooter should have features that are beneficial for kids who are beginner riders. Electric scooters for kids should be toys but with good safety features suitable for youngsters.
• Small in size: You should also consider the scooter’s height, as these electric scooters for kids ought to be downsized versions of adult scooters. Also, make sure that the scooter you purchase is extendable. The reason is that kids grow pretty fast in height, and their scooters should also grow with them.
• Maximum Load: Though most adult scooters can carry around weights more than 100 kgs, this is not the case with kids’ scooters. Most scooters designed for kids will carry around 50 to 60 kgs. Ensure that you consider this aspect when you are purchasing the scooter, as riding a scooter beyond the maximum weight limit can be unsafe.

Features And Benefits: Razor Power Core E95 Electric Scooter

Review 

The Razor Power Core E95 Electric Scooter is proof of its manufacturer’s dedication to offering only the best for its users. This is a scooter that provides greater traction and control when you ride it. You just need to kick off and then push the throttle to start a smooth acceleration up to a speed of 10 mph. The assembly of the scooter is relatively easy, and it requires practically no maintenance. Razor has been paying attention to the feedback for its previous models and has made relevant changes in this one.

Durability

The Razor Core E95 shows off its alloy steel frame and its airless rear tires, contributing to its high durability quotient. Also, its 90-watt core motor ensures a smooth and maintenance-free ride for its riders with just a push of that throttle!.

Battery

The scooter comes equipped with a 12V sealed lead-acid battery. This battery ensures that you get an extended riding time of about 80 minutes with one charge only. 

Brakes

The brake system of the scooter is quite sensitive and easy to operate. The kid will quickly figure out how to use the brakes within minutes of riding. The brake lever present on the left handlebar captures the brake pads present on the front wheel, ensuring a safe stopping time after you apply the brakes.  

Wheels

Since the scooter has been designed especially for kids, manufacturers have paid particular attention to its durability and safety. The wheel of the scooter can withstand long hours of punishment and rough riding. The wheels are small in diameter, only 5 inches, and can withstand only kids’ weight. Also, since the front wheel is made up of urethane and the rear wheel is made up of rubber, they are pretty strong. Also, a rear-wheel-drive ensures that the rider gets a balanced control ride.

Maintenance

Kids tend to enjoy putting their scooters through rough terrains, and Razor Core E95 has been designed to endure such harsh tests! It has been tested repeatedly so that even after long rides, the scooter does not require any kind of maintenance. However, as with any vehicle, it is advisable to occasionally check two points: first, that the brakes are working correctly, and second, that the screws are perfectly tightened. 

Alternatives

#1. Macwheel Electric Scooter

The Macwheel electric scooter is a fantastic alternative to Razor Core E90, as it is also designed for kids of age eight years and above. Lightweight and easy-to-fold, the Macwheel is different from the Razor model in many aspects.

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It is powered by a solid 350-watt brushless motor and also comes with a 21.6V lithium-ion battery. The scooter offers variable speeds of 5, 8, and 10 mph. You can choose your speed by pressing the power button, a feature that is not available with Razor Core E95.

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#2. Maxtra Electric Scooter 

The Maxtra electric scooter can also be a reliable alternative to the Razor Core E95 electric scooter. It is a perfect scooter for kids between the ages of 6 and 12 years. 

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Similar to Razor E95, this model can also give you a speed of 10 mph, though this one offers two riding modes to the user. It comes with 6″ airless wheels, which ensure no flat tires as well as no maintenance. Its rear-brake system offers excellent braking performance and provides complete control for the rider.

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#3. Gotrax GxL Electric Scooter

Another alternative to the Razor Core E95 electric scooter is the Gotrax GxL scooter, which can also move at 10 mph. However, the Gotrax scooter has pneumatic tires and a solid 250-watt motor.

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Also, it comes with a 36V battery that makes sure that your scooter gets charged in four hours compared to Razor E95, which requires 12 hours for charging. In addition, Gotrax comes with a braking system consisting of disc brakes and ABS anti-lock brakes, which give you a comfortable stopping time.

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Rating

• Power: 7/10
• Range: 8/10
• Top Speed: 8/10
• Tires: 8/10
• Design: 8/10
• Portability: 9/10
• Overall Rating: 8.9/10

Parting Words

Razor Power Core E95 electric scooter should be one of your top choices when you seek to purchase a maiden electric scooter for your child who is ready to learn to ride a scooter for the first time. The scooter has a simple design but has all the safety aspects required for a child, including a reasonable speed of only 10mph and well-functioning brakes. In addition, it comes at an affordable price from a reliable company.

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