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Mopeds / Scooters
So, the all time biggest question, what is a Scooter? Is it the same as a Moped?
Well, here's what Wikipedia has to say:
A scooter is a style of two-wheeled motor vehicle traditionally defined by characteristics such as a step-through frame, wheels less than 16" in diameter, and an engine located below the rider and to the rear.
That pretty much sums it up. Motorcycles have an engine mounted in the middle of the frame with a gas tank above it. The rider sits astride the engine with the gas tank right in front of them. Motorcycle wheels are also typically larger (over 16" diameter) than those on a scooter. Another major difference is that the engine of a motorcycle is attached to the frame, while on a scooter it is usually part of the rear suspension. So when a motorcycle rear wheel goes up and down, the engine remains stationary, while when the rear wheel of a motor scooter goes up and down, the whole engine and transmission move up and down with it.
These days, 99% of scooters have a "twist and go" automatic (CVT) transmission, which means you don't have a clutch to control and you don't have to change gears, while 99% or motorcycles have a manual clutch and you have to shift gears manually (with your left foot). This also means that on 99% of motor scooters you apply the rear brake with your left hand, while on 99% of motorcycles you apply the rear brake with your right foot. While there are still a few manual scooters and there are a few automatic motorcycles, both are very much the exception rather than the rule.
These differences result in a motorcycle usually having better acceleration high speed handling characteristics, but a motor scooter is often more maneuverable at low speed and is easier to ride, especially for novices.
Scooters usually have a small engine, from 50cc to 250cc, though there are 400cc and even 800cc scooters, so engine size doesn't define them. While most are limited in speed, scooters with a larger engine can exceed 100mph and cruise easily at freeway speeds, so speed isn't a defining characteristic either.
So what is a moped then? That's a little trickier, but the working definition for most DMVs is a motorized two-wheeled vehicle with an engine of less than 50cc capacity. It used to be that a moped was a Motorized pedal cycle, i.e. basically a bicycle with a small engine, but some jurisdictions don't require pedals. Again we can also look at Wikipedia for a definition:
Legal terms and definitions of low-powered cycles vary from state to state and may or may not include "Moped, "Motorcycle, "Motorized Bicycle, Motorscooter," "Goped," "Motor-Driven Cycle," and or others. A moped's speed generally may not exceed 30 mph (48 km/h) on level ground, even if it is capable of going faster. In a few states this number is 20 or 25 mph (32 or 40 km/h), and in most states, the maximum engine capacity is 50 cc. However, Kansas ("Motorized Bicycle" K.S.A. 8-126, 8-1439a) allows up to 130 cc. Some states, like California, require pedals while others do not. Virginia allows mopeds to operate at up to 35 mph (56 km/h). Some states, like North Carolina, require there to be no external gear-shifting mechanism.
How Much does a Scooter Cost?
Japanese and Italian scooters which are sold through authorized dealers, the price goes up significantly. For a 50cc scooter expect to pay around $3300 for something like a Vespa LX 50, which is a "classic" small scooter or something like $3000 for an Aprilia SR50 (fuel injected two-stroke) which is a little more sleek and modern looking. The classic Honda Metropolitan 50cc sells for around $2000.
Going up to a 250cc, for something like an Aprilia SportCity 250 expect to pay around $4600, or $5400 for a Honda Helix. If you go to larger scooters like the Honda Siver Wing (580cc) you'll pay $8100 ($8600 with true APS braking). The 400cc Yamaha Majesty sells for around $6100 and the Suzuki Bergman 650 will cost you $9000.
Small 50cc scooters ("Mopeds") are good for about 30 mph, maybe 35 mph in some states without speed restrictions. They will just about keep up with urban traffic, but you have to ride them WOT (Wide Open Throttle) do to that. This can be good for novices and young riders because in most of states the rider does not need a motorcycle license to operate a 50cc less scooter, but the inability to keep up with faster traffic can sometimes be a hazard as cars try to "squeeze" past you when there really isn't room.
150cc Chinese scooter. It might look fast, but it's not really very happy above 60 mph. Mid-sized 150cc scooters are good for 55-65 mph, though with a long enough run at it they may get up to 65+mph, especially if there's a tail wind or slight downhill grade. 45-50mph is enough to keep up with most urban and suburban traffic, though it's really not enough to flow with the traffic on a freeway, where speeds of 65-75mph are more normal. We¡¯d certainly recommend a 150cc scooter over a 50cc scooter for commuting unless you live in Manhattan. Most of the 150cc scooters cruise quite comfortably at 45-50mph.
If you want a high-speed machine, you would probably be better off with a motorcycle.? 250cc scooters are just about OK for freeway use and should be able to cruise at 60mph and get up to speeds of 70mph or more if pushed. We wouldn't recommend riding anything less than a 250cc scooter on the freeway, you might want to check on our 300cc motorcycle that is listed on our website.
What MPG Does a Scooter Get?
This depends mostly on the engine size. The smallest engines are typically 49cc and they can give up to 90 mpg, depending on what type of riding you do and how much you weigh. Obviously, if you weight 300lbs and do mostly short "stop and go" trips you'll get a lower mileage than if you weight 100lbs and travel mostly on long trips at modest speeds. At the extreme, we've seen figures of 110-120 mpg for 50c scooters when the rider was trying their best to drive as economically as possible.
150cc scooters aren't quite as frugal, but we've seen reports of up to 85mpg. With the larger engine sizes (300cc) you should still get around 70 mpg from a scooter traveling at legal highway speeds. That's about the same as a Toyota Prius Hybrid, but the scooter will be a lot more fun!
Scooter Wheel & Tire Size
Motor Scooter wheel size varies from a minimum of about 10" to a maximum of around 16". Most are either 12" or 13". This is the size of the metal wheel itself and doesn't include the tire. The measurements is the diameter of the wheel rims The tire may add 5" or 6" to the diameter. My scooter has 13" wheels (rims), but the tire measures about 19" across in total.
So what are the advantages and disadvantages of different sized wheels?
Well, the smaller the wheel the more maneuverable the scooter can be. The smaller wheel has less of a gyroscopic effect making it somewhat easier to turn (though this also depends a lot on steering geometry). So in general, scooters are more maneuverable than motorcycles (which have larger wheels). The converse of this is that larger wheels may give better stability at speed.
The downside of smaller wheels is that they don't roll over obstructions in the road as well. Just think of a pothole in the road. If it's a large hole and a small wheel, the wheel could fall into it! Even if it's a raised obstruction like a tree branch or a curb, a larger wheel will roll over it with less effort than a small wheel. That's one reason why off-road trucks often have monster wheels. When you're driving over rocks a big wheel makes life easier. Similarly, if you're riding over roads filled with potholes (for example New York City!), you'll value larger wheels.
While a few scooters have 16" wheels (e.g. MC_X1507) and a few have 10" wheels (e.g. MC-U1504), most scooters have a 12" or 13" wheel which is a reasonable compromise between maneuverability and stability.
Scooter tires come in all sizes of course, with a typical 13" wheel scooter tire having a designation something like "130/60-13". The "13" refers to the wheel rim diameter. The "130/60" part indicates that the width of the tread is 130mm (5.1") and that the tire has an aspect ratio of 0.60 (or 60%), which means that the sidewall height is 60% of the width of the tire. Some tires are designed for front wheel use, some for rear wheel use and some can be used on either wheel. Though most tires today are tubeless, there may still be a few tires which require an inner tube, especially on older scooters.
The tread pattern may be directional, meaning that it has to be mounted the correct way around to perform properly and there should be an arrow on the sidewall which shows which way the tire should rotate. You may also see a speed designation on some tires between the "130/60" and "13". This is a letter which runs from "J" to "Y". "J" indicates the tire is safe to use up to 62mph, "L" is up to 75mph, "N" is up to 87mph, "P" is up to 93mph and "S" is up to 103mph. You probably won't be going any faster than that on a scooter. However there is a "W" designation shows the tire is safe up to 168mph. As far as I know there are no "W" rated scooter tires! Most scooter tires will be priced in the $55-$85 range.
If you are located in CA, and you are picking up from our retail store, you can choose to have your scooter fully assembled and inspected by our trained mechanics. If you order the scooter through our website, you'll have some work to do. It will arrive in a steel cage inside a cardboard box.
First remove the cardboard box. This is the easy part! Then you'll need to take apart the steel cage by removing all the nuts and bolts holding it together. At some point in the process you may need a second person to help you by holding the scooter upright while you remove the last few bolts and possibly the bailing wire used to secure the scooter to the base of the cage. Most of the scooters we carry already have both wheels attached, you can roll it out of the case and set it on the center stand.
Now you can look for "assembly instructions", which with the average Chinese scooter will be one sheet of paper which says something like "attach the rear view mirrors, install the battery, etc.". You may have to use some ingenuity to figure out how to do all this, but it shouldn't be beyond the capabilities of any amateur home mechanic. It may help if you have a decent socket set, screwdriver set and set of metric wrenches since the supplied "tool kit" usually leaves much to be desired.
Batteries are typically shipped "dry" with the acid in a separate container. You have to add the acid to the battery and leave it for 30 minutes of so before using it. After this it shouldn't need to be charged to start the scooter.
Once you have all the parts attached (and that will include at least mirrors, seat, rear carrier, battery and floor mats), and you've waited about 30 minutes after adding acid to the battery, you'll be ready to start the scooter.
If you just put fuel in the tank, you may have to crank it quite a few times before it starts since the fuel has to get to the carburetor and fill the float chamber before gas gets to the engine. You can prime the carburetor by disconnecting the fuel hose from the vacuum valve and connecting it directly to a small funnel and adding a little gas, then reconnecting the fuel line to the valve and adding fuel to the tank. However if you don't know what you're doing, just try to follow whatever instruction came with the scooter. Use premium gas. Most scooters seem to be setup to run on 91 octane fuel.
The final point of assembly is to check everything. Check the tire pressures, check that every bolt and nut you can see is tight, especially the ones holding the exhaust and muffler - and the wheels! Look around for loose wires or rubber hoses that don't seem to be attached to anything.
So you buy a scooter and something breaks. Who is going to fix it? Well, if you've bought in person from our retail store in California,? we have access to parts, shop manuals and we will have mechanics trained to fix your scooter. All you have to do is bring them in.
But what if you are located outside of California, we have a few suggestions for you. You can try contacting local motorcycle (or better still, scooter) repair shops. If they are not very enthusiastic about working on a Chinese scooter, no worry! Have them contact our tech support department directly. We will make sure they will have the easy access to our spare parts and the technical support they need. Remember, we are the only company who actually carries all common parts in stock.
You might also get some help from a lawn mower repair shop. They are used to working on small engines and the engine in a scooter isn't all that different from the engine in a lawn mower. You can also try snowmobile and ATV repair shops.
It's not a bad idea to keep a few spares (such as a spare spark plug and CVT belt) on hand, just in case you need them (and eventually, you will). It's a good idea to remove the CVT cover on your new scooter and read the number on the belt BEFORE you need to change it. Belt sizes vary, even on the same nominal scooter "model" and by the time it fails, the size markings may have worn off! The belt size is usually three numbers such as "835-20-30". This would mean the belt is 835mm long, 20mm wide and has a cross section with a 30¡ã bevel angle.
The best way to avoid needing repairs is regular maintenance, which means changing the oil regularly, changing the fuel filter and spark plug at the proper intervals, checking the CVT belt and air filter, checking the tires and going around the scooter at least once a month and making sure that all the bolts are tight (especially the bolts holding the muffler on). Use the recommended grade of gas (usually higher than 90 octane fuel for most Chinese scooters) and add fuel stabilizer if the scooter isn't going to be driven for a while.
Though you won't find individual repair manuals for every different Chinese scooter, they are all pretty similar and many use the same engines and transmission parts.There are a couple of books which may help. The Haynes guide is probably the best general reference for the repair of "generic" (i.e. Chinese) scooters. The "Complete Idiot's Guide to Motor Scooters" is pretty basic and really doesn't give much detailed information, though it's not a bad introduction to scooters if you really know nothing at all about them.
My Scooter Won't Start
To start a scooter needs three things:
If your scooter won't start it due to one of the above not being present. Before you start troubleshooting, make sure there is gas in the tank by actually looking into it. Don't just trust the gas gauge!
Most scooters have four things that need to be done before they can be started with the electric starter:
Some scooters may have other interlocks on the front brake or the center stand. Check your owner's manual to make sure that you are doing all you need to?? complete the electrical circuit which enables it to start.
If the scooter doesn't turn over when you've done all the required operations, there's an electrical problem with the battery. Make sure the battery is charged. If it is, make sure the fuse hasn't blown. If it hasn't, check to see if you are getting voltage to the starter motor terminals. If you are, the starter motor is likely defective. Many scooters have a kick start (see your manual). If the battery is OK and the starter motor doesn't work, try kick starting it. It's usually not too hard. My scooter usually starts OK on the 2nd or 3rd kick.
If the scooter does turn over but still doesn't start you have to check for a spark and make sure gas is getting to the engine. To check for a spark, remove the spark plug from the cylinder, hold the tip of the plug against the cylinder head and crank the engine. You should see a spark across the gap. If you don't, there's a problem with the ignition. Could be a faulty coil or electronic ignition module which will have to be replaced, or it could just be a lose wire.
If you do have a spark, you need to check the gas. Make sure there is gas in the tank first! If there is you need to check the fuel valve. Most scooters use a gravity fuel feed by locating the fuel tank higher than the carburetor. The fuel usually then flows through the filter and then through a vacuum operated valve. The valve has three hoses connected to it. One if from the fuel tank and is for the gas going in, one is connected to the carburetor and is for the gas coming out and one goes to the engine manifold which provides a vacuum. If you disconnect the hose from the carburetor, fuel should run out when you crank the engine (be careful to catch the gas if you do this and don't do it with a hot engine). If you don't see gas the fuel valve may be faulty. You can try applying a vacuum to the control port of the valve and see if the fuel flows. Sucking on the line is one way to do this (but make sure it's the vacuum line, not the gas line if you try this!).
If you are getting a spark and you are getting gas to the carburetor and the engine is turning over on the starter OK, it's possible that the electrically operated automatic choke has failed. It's supposed to operate when the engine is cold, but if it's stuck or burned out, the mixture will be weak and the scooter probably won't start. The automatic choke is usually a black cylindrical object attached to the carburetor with a couple of wires coming out of it as shown on the left. It's the only electrical powered component attached to the carburetor, so it's usually not hard to spot. If you have a voltmeter you can measure the resistance across the leads of the choke. It should be somewhere in the region of around 10 or 20 ohms. If it's an open circuit, it's burned out and will need to be replaced. If it seems to be OK it may be stuck, or the wiring to it may have a problem. Check to see that it's getting voltage.
It's also possible that there is a problem with the carburetor and if so you may need to remove it and clean it out. If the scooter has been sitting for a few months with gas in the carburetor, the gas may have evaporated and left a sticky "gum" behind that will prevent the carburetor from working properly and which must be removed.
If the automatic choke is OK, the starter cranks the engine, there's gas and there's a spark then there may be an engine problem. You need to check the cylinder compression. You need a compression tester to do this. It screws in instead of the spark plug and measures cylinder pressure. When you crank the engine you should see a reading of around 150 psi or more. If it's 100 psi or less there's likely and engine problem (bad valve, bad piston, failed piston rings) which will need the engine taken apart to find.
My Scooter is Not Charging
My Scooter is Hard to Start
My Scooter Bogs out When I Turn the Throttle
My Scooter is Leaking Oil From the Carburetor & Muffler Areas
My Electric Start Won¡¯t Work?
My Engine Froze
How Do I Adjust My Brakes?
My Scooter is Not Holding Its Charge
My Scooter Has Problem When Running at High Speed
Scooter maintenance is pretty important. It's even more important than on a car because the engine has to work harder and component failure can more easily lead you to lose control.
Perhaps the most important and easiest item of maintenance is to regularly check the oil level and change the oil at frequent intervals. We suggest changing the oil at least every 1000 miles is a good idea. The oil capacity is less than 1 liter and so an oil change costs about $3 and takes about 5 minutes. It's cheap insurance to keep your engine running for as long as possible. Most of the manual recommend changing the transmission oil every 2000 miles or 6 months. Since it only takes about 100ml of oil (which costs under $1) and takes a couple of minutes to do, don't skimp on transmission oil changes. We recommend using Castrol 10-30W engine oil and Castrol 80/90 transmission gear oil. Which oil you use is less important than how often you change it, though you probably should avoid using pure synthetic oil in a scooter, especially during the break in period. Once you have several thousand miles on the engine, a synthetic blend may be OK, but you should still change the oil regularly.
Checking tire pressure regularly is also very important. Unlike a car, a scooter only has two wheels and tire problems can lead more easily to a loss of control and possible injury, so making sure your tire pressures are correct makes sense.
Though a standard maintenance schedule calls for checking bolt tightness every 1000 miles or 6 months, it certainly doesn't hurt to do it more frequently.
Every 250 miles or every month:
Every 1000 miles or every 6 months
Every 2000 miles or every year
Though not exactly maintenance, We'd recommend carrying a basic tool kit at all times. That would include the following items:
Different manufacturers recommend different types of break in procedures. For example, most of our scooters manufacturers recommend the following:
Of course, the speedometer is calibrated in mph and the odometer reads in miles, so some translation is needed. In round numbers these instructions correspond to:
What we recommend is to use the "ride it like you'll ride it (but gently)" technique. That involves riding pretty gently for the first 25 miles (speed under 30 mph, revs under 4000 rpm), then changing the original Chinese engine and transmission oil. The original oil might be OK or it might be "cheap and nasty". You have no real way of telling, so change it, then you'll be sure. You may replace the original oils with Castrol GTX 10-30W in the engine and Castrol Hypoid 80/90 gear oil in the transmission. For the next 175 miles (25-200) you still should take it quite easy with no rapid acceleration, keeping the speed down below 40mph or 5000 rpm, then go ahead change the engine oil again. Since there is no real oil filter (the "filter" is just a mesh screen), changing the oil during the break-in period makes sense since it removes small metal particulates that the filter just won't catch.
During the break in period try to vary the engine speed as much as possible. This isn't particularly easy with a CVT scooter since they tend to try to keep the revs pretty constant and change speed by changing the gear ratio. It is good to speed up and slow down and not ride at a constant throttle setting for long periods. Also avoid rapid starts and let the engine warm up for about a minute before moving off when you first start the scooter from cold to allow the oil to circulate. This is good advice even after the initial break-in period too.
It's probably not a good idea to use synthetic oil during the break-in period. Good old dino (dinosaur!) oil is probably what you should use. Synthetic oil may be too slippery and not allow the parts (mainly the piston rings) to "bed in" properly. We suggest you stick with the manufacturer's recommendation (typically 10-30W) until after the break in period of 500-1000 miles. Then you can switch to a synthetic blend if you want to. Amsoil make a synthetic oil which they claim is specially designed for scooters.
Our break-in technique is to gradually increase speed over the next 300 miles (201-500) and at 500 miles do another oil change. After break-in, the engine oil should be changed at least every 1000 miles as part of normal routine maintenance.
Scooter Oil Change ?
What we are going to describe is how to change the engine and transmission oil in a 150cc Chinese scooter with a 4 stroke engine. The procedure should be pretty similar on 50cc and 250cc models with 4 stroke engines. 2 stroke engines mix gas and oil and so have no engine oil to be changed.
We'd recommend changing the engine oil at least every 1000 miles, and the transmission oil at least every 2000 miles. Regular oil changes are the easiest and cheapest way to maximize the life of your engine. Scooters take so little oil that it should cost less than $5 to do and once you know how to do it, it should take you more than 10-15 minutes. It's time and money well spent.
The first thing to do is to warm up the engine. Run it for a few minutes so that the oil is warm. That way it will flow easier. If you run it until the engine is hot, or you change the oil after you come back from a trip, that's OK, but you run the risk of burning yourself on the exhaust or with the hot oil. Be careful.
Find some level ground and put the scooter on its center stand. If the ground isn't level you won't get an accurate reading of the oil level when you put the new oil in. To change the engine oil you'll need a wrench to remove the oil drain plus, a flat dish container with a capacity of about 1/2 gallon and a funnel. First remove the "dipstick" which you use to check your oil. We'd also recommend you wear rubber gloves, or at least on? the hand you use to remove the oil drain plus. On most scooters there is a spring which will push the plug out when you have fully unscrewed it and oil will pour out of the drain hole, all over your hand. It's just messy if the oil is cool or warm, but if the oil is really hot it will burn your hand. So wear a glove to be safe.
Put the container for the used oil below the drain plus, loosen it with a wrench and then slowly unscrew it by hand. As it comes lose, the spring will push it down, so be prepared for that. You may drop the spring and a small wire mesh filter into the draining oil, but that's OK, you can fish them out later! Give the oil a minute or two to drain out. Make sure the filter is clean and then put the filter, spring and drain plug back. The spring sits on the plug and the filter sits on top of the spring with the mesh basket inside the spring.
Now you can add the new oil. It goes into the same hole as the "dipstick" fits in. You'll almost certainly need a small funnel to get oil into the filler hole without spilling it. Check your user manual for the recommended oil type, but on most Chinese 4 stroke scooters, regular 10-30W or 15-40W engine oil is used. You can use Castrol GTX 10-30W. You can get a 5-quart bottle for around $12 (try WalMart) which is good for at least 5 oil changes on a 150cc scooter. You can also use a synthetic oil blend if you wish, though pure synthetic oil isn't usually recommended. On a 150cc scooter, you'll need about 0.8-0.9 liters which is just under 1qt. As you add the oil, check the level with the dipstick from time to time and fill to the recommended level. When you have the right level, screw the dipstick back in and you're done!
Changing the transmission oil is also very simple. Most scooters recommend changing the oil at least every 2000 miles. At the rear of the CVT on the left side of the bike there are drain and fill plugs for the transmission. Place the oil drain container under the drain plug. Now remove the filler plus first, then the drain plug and about 100 to 200cc of oil will drain out. There should be a sealing washer between the drain plus and the transmission casing. Make sure it's there and then screw the drain plug back into the transmission case. To refill the transmission, you squirt oil into the fill hole until it runs back out. That's your level check! Use the recommended oil, which in most cases is 80W-90 gear oil (though a few bikes may recommend using engine oil). To get it into the small hole you can use a small funnel and a short length of small diameter rubber hose. All you need is something to squirt 100-200cc of oil into the hole. You may be able to buy the oil in a plastic bottle with a long plastic tip, which you can use to directly squirt oil to the transmission fill hole. When it starts to run back out, it's full and you can replace the fill plug (note that it too should have a thin aluminum sealing washer).
Now run the engine for a minute or two, then check the oil level and add more if necessary. Check for any leakage around the drain plugs. If all looks OK, you're done for another 1000 miles.
Scooter Carburetor Adjustment
If there's any one component that's more likely to go out of adjustment on your scooter, it's the carburetor. If it does go out of adjustment lots of things can happen. It can make the scooter hard to start, it can make the scooter slow to accelerate, it can cause the scooter to idle badly and stall or it can make the scooter idle fast so that it's trying to go all the time and needs the brake to hold it stationary. None of these things are good.
What the carburetor does is regulate the amount of fuel and air which are supplied to the engine. To go faster you need more fuel and more air and they must be in the right proportion. The fuel also has to be atomized as much as possible (i.e. be supplied in tiny droplets). The carburetor controls all these functions and generally does it quite well. Without removing and disassembling the carburetor, there are only two adjustments you can make, but these should take care of most minor problems. The first is the adjustment of the idle speed.
Above is a picture of a typical GY6 engine carburetor and the view is that from the right side of most engine configurations on 150cc Chinese scooters. There's a small spring loaded screw which adjusts the idle speed. It's right next to the throttle control which is connected to the twist grip on the right handlebar. On most 150cc scooters, idle speed should be around 1500rpm when the engine is fully warmed up. Don't make adjustments when the engine is cold. Take a 5 or 10-minute ride first. When the engine is cold the automatic choke is in operation and that can change the idle speed. If you have a tachometer, setting the speed is easy. If you don't, you want to set the speed to a low idle. Fast enough so that the engine doesn't stumble or stall, but slow enough that the clutch doesn't engage and try to move the scooter forward. On most scooters from 50cc to 250cc, this will be somewhere in the 1500-2000rpm region.
The other adjustment you can make is to the low speed fuel/air ("mixture") ratio. This is done on most scooters using a screw adjustment on the other side of the carburetor as shown below.
This screw changes the air to fuel ratio at low speeds. It shouldn't need much adjustment, but the way to do it is to turn the screw very slightly (1/8th turn) and see if the idle speed goes up or down. If it goes down, turn the screw back 1/8th turn to where it started, then 1/8 turn in the other direction and see if the idle speed goes up or down. If it goes down, turn it back to where you started since you didn't need any adjustment! If the idle speed goes up, continue turning the screw in 1/8th turn steps until the idle speed is at a maximum. If it starts to go down, turn it back to get the maximum idle speed.
You may need to go back to the idle speed screw to lower the idle speed if it's now too fast. So the basic procedure is to set the fuel/air mixture to give you the fastest idle, then use the idle speed adjustment to set the speed to the lowest rpm that gives you smooth running.
If the scooter idles well and runs fine at low speed, but has problems at high speed, the problem may lie inside the carburetor with the main jet. The fuel/air ratio at higher speeds is set by the jets inside the carburetor and to get at them the carburetor has to be removed and disassembled. This can be a tricky job as the parts are small and delicate. The good news is that these carburetors are quite cheap. You can get a new one for $60-$80, so if you can't make your scooter run smoothly and you don't like the idea of taking the carburetor apart, you can always replace it!
If you've bought a fully assembled and tested scooter from a local dealer then they should take care of all the required registration. All you have to do is pay the dealer and your fully registered and inspected scooter should be delivered to you.
However if you've bought a scooter through our website you'll have some work to do. In most of the states, you'll need a manufacturer's statement of origin (MSO), which the dealer should provide. This is a certificate from the scooter manufacturer which has the make, model and VIN (Vehicle Identification Number) on it and is proof that the scooter meets all applicable DOT and EPA standards for registration in the USA, and in particular for the state you are trying to register it in. You also need proof of insurance, the dealer invoice and a valid driver's license. Then you simply drive to your local DMV office, wait in line for 20 minutes, get the forms, fill them out, wait in line for another 30 minutes and if all your documents are in order you get a title and your motorcycle plates (moped plates if your scooter is under 50cc).
Then you have to take your scooter to an inspection station along with a yellow card which the DMV office provided, proof of insurance and a valid drivers license (with motorcycle endorsement if the scooter is over 50cc) and the inspection station will give you an inspection sticker good for 4 years. They may also check that your helmet meets local requirements (DOT certification etc).
It is very simple to title and register your new moped, scooter or motorcycle. When buying a scooter online, you should expect to receive the following documents:
The certificate of origin is an official title document that releases the scooter from the importer to the dealer. The dealer released the scooter to you. All documents for every street legal vehicle are usually sent in the mail 2 to 4 days after the scooter is shipped. Please note, we do not mail your MSO and Bill of Sales alone with your scooter, there is a possibility of receiving your registration information before you even receive your vehicle since the trucking company usually has longer transit time frame compares to first class mail service. We request each customer to confirm your VIN by email if you don¡¯t receive your registration documentations 7 business days after receiving your street legal scooter or motorcycle. To confirm: simply send an email to firstname.lastname@example.org including the VIN in the subject or the body. We will have one of our professional title representatives to process your title request immediately. MSO request generally requires 3-5 business days to process, and it is FREE of charge!
Vehicle Identification Number is usually located on the front of the steering stem or at the bottom of the floor mat, where you would place your foot. The VIN number consists of a 17 digit alpha-numeric number, and usually has the engine number located on the same plate. The plated steel mount can be either black or steel.
Each MSO Title certificate will be accompanied by a Bill of Sale and Invoice for registration purposes. If your state requires your MSO to be notarized, please indicate on your MSO request form. There is a $25.00 fee for each notary. We offer overnight service for an additional $55.00. Please note: overnight service only guarantees we mail your documents via overnight service. We do not guarantee your MSO will be prepared and processed overnight. There is $20.00 fee for each replacement MSO.
Why buy from us?
Simple, we make customer satisfaction our top priority. We take care of the customers that buy from us - GUARANTEED! Countyimports.com is dedicated to providing our customers with the best service possible! We will continue to strive to make COuntyimports.com your first choice for the best products, fast shipping and superior customer services.
1. Discounted Prices, No Sales Tax*, & High-Quality Selection
2. Reputable, Reliable, Accessible, Courteous, & Professional
3. Quality Service and Support
4. Parts! Parts! Parts! & extremely helpful technical supports team just for you!
5. We do NOT Drop ship our orders!
6. Secured Shopping & Fraud Protection
7. Fast order Processing, Shipping and Tracking system
8. We respect your privacy.
9. We make your purchase as easy as possible!
Scooter Safety Tips
1. Always wear safety gear: Helmet, Elbow Pads and Knee Pads. This is a small investment, but necessary- only about $30- can instantly eliminate almost two-thirds of possible scooter accidents. In many states, provinces and regions throughout the world, these are required by law!
2. Always ride your scooter during the daytime. When it is dark out, there are just too many things that can easily upset your balance and cause you to fall. Therefore, no one should ride scooters at night.
3. Scooters are not toys! Children who are under eight should always be supervised when using scooters. Almost a third of all scooter-related injuries and accidents involve children under the age of eight. As everyone knows, scooters are capable of traveling very quickly, and children that age do not always have the judgment or coordination to handle these high speeds.
4. Always ride your scooter Off-Road & Stay away from all cars and any other vehicles -Cars and scooters don't mix, especially for younger riders. Smooth, paved surfaces are best - avoid bumpy, uneven, wet or rocky ones. Schoolyards, parks, paved trails are examples of safe places to "scoot"! Stay away from Sand, Gravel, Water and Dirt ¨C Try to keep your scooter on smooth surfaces.
5. Always observe the basic rules of the road anywhere you use scooters. As scooters can travel as fast as many other types of vehicles, motorized and non-motorized, they too must observe the rules of the road. They include:
-Avoid jumping off of curves.
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