MP KIDS RIDE ON R/C CAR REMOTE CONTROL POWER WHEELS RC red,black or yellow- color sent at random (for kids age 10 months thru 3) Best
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MP KIDS RIDE ON R/C CAR REMOTE CONTROL POWER WHEELS RC red,black or yellow- color sent at random (for kids age 10 months thru 3) Feature
European Roadster 6V Red + Remote Control
For the 1O months to 3 year-old driver wi
mp3 player hookup
ships fast
color sent at random red, black or yellow
MP KIDS RIDE ON R/C CAR REMOTE CONTROL POWER WHEELS RC red,black or yellow- color sent at random (for kids age 10 months thru 3) Overview
Let's Ride!European Roadster 6V Red + Remote ControlFor the 2-4 year-old driver with discriminating taste. This roadster features working front lights, a lighted instrument panel for the occasional evening drive, seat belt and an MP3 hookup. It's designed for cement and asphalt surfaces. Key-style ignition with a realistic VROOOOM...VROOOOM start sound. Available in red, yellow, pink, black and requires some assembly.Item Details1 Rechargeable 6V 7Ah Battery1 x 6V MotorForward and Reverse OperationUp to 2.5 MPHLength: 45", Width: 25"Remote ControlMP3 player connectionSeat BeltSounds and LightsPerfect For 2-4 Years Of AgeWeight Capacity of 66 Lbs.Charger IncludedFoot Pedal Accelerator
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*** Product Information and Prices Stored: Jan 31, 2012 14:03:43
Pink Racer Battery Power Kids Ride On with Remote Control RC Wheels Car Sold exclusively by PARADISE YARDIE Best
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Pink Racer Battery Power Kids Ride On with Remote Control RC Wheels Car Sold exclusively by PARADISE YARDIE Feature
Pink Racer
Pink Ride On Car
Ride on Toy
Battery Operated toy
Pink Racer Battery Power Kids Ride On with Remote Control RC Wheels Car Sold exclusively by PARADISE YARDIE Overview
Put away the electric jeep and step into this 6 volt racer of choice. Put away the electric jeep and step into the racer of choice.DIMENSIONS:43 X 26 x 24 (l-w-h inches)MAX LOAD: 66 lbsSTYLEConvertable RACERSPEED2.5 mphAGES:3 - 7 years according to the manufacturerFEATURES:Adult Remote Control :) or child can indipendently opperate using Electric Pedal Driven similar to any other jeep or 6 volt car. Forward and Backward Switch, Multi-Function Buttons - Horn Sound and music etc., L/R Full Function SteeringIINCLUDES:Car assembly required but not too much on this one. Instructions6V BatteryBattery Charger
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*** Product Information and Prices Stored: Jan 27, 2012 07:15:35
IOGEAR Solar Bluetooth Hands-Free Car Kit GBHFK231 (Black) Best
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IOGEAR Solar Bluetooth Hands-Free Car Kit GBHFK231 (Black) Feature
Enjoy hands-free talking with the solar-powered Bluetooth speakerphone
Multi-point connection: Switch between two phones and answer the phone that rings
One full charge provides up to 11-13 hours continuous talk time
Superior echo cancellation and noise reduction
Windshield and visor mounting bracket included
IOGEAR Solar Bluetooth Hands-Free Car Kit GBHFK231 (Black) Overview
IOGear's GBHFK231 enables you to wirelessly place and receive calls on your Bluetooth-enabled mobile phone while keeping your eyes on the road and your hands on the steering wheel when driving. The kit's integrated solar panel harnesses the solar energy to help it recharge on the go. The Bluetooth Hands-Free Car Kit is compliant with Bluetooth 2.1 +EDR specification and supports headset and hands-free profiles.
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*** Product Information and Prices Stored: Jan 25, 2012 06:44:47
Powerbag Wheeled Brief Case with Battery for Charging Smartphones, Tablets and eReaders, Black (RFAP-0086F) Best
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Powerbag Wheeled Brief Case with Battery for Charging Smartphones, Tablets and eReaders, Black (RFAP-0086F) Feature
On-board removable battery with built-in PowerVine System delivers a 6000mAh charge directly to where it's needed. That's enough to charge the average smartphone four times.
Easily accessible pockets include dedicated Apple and M2 connectors with micro and mini USBs that allow you to charge Android, Blackberry, and thousands of other portable devices. Apple connectors charge your iPhone, iPad, and iPod Touch.
The full-sized internal USB port allows you to charge almost anything.
Battery can be charged easily in or out of the bag with the included AC adaptor
Padded pocket safely transports a 15" laptop, tablet, or other devices.
Powerbag Wheeled Brief Case with Battery for Charging Smartphones, Tablets and eReaders, Black (RFAP-0086F) Overview
Business travel is less of a drag when your brief case is on wheels. The Wheeled Brief Case goes from the airport to your meeting with ease, with plenty of room for a laptop and the next day's suit. Plus the 6000mAh battery guarantees that your Smartphone or tablet will be fully charged by the time you land. Charging your iPhone, iPad, or iPod Touch has never been easier.
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*** Product Information and Prices Stored: Jan 23, 2012 00:43:36
Built-in battery charge indicator lets you know when it's ready for use.
Solid red light: Charging Flashing green: Quick charge complete-ready for use!
Solid green: 100% charged Flashing red: Error-wrong or dead battery.
Read the enclosed instruction booklet for important information before use
Power Wheels 12-Volt Charger Overview
The Power Wheels Quick Charger gets your Power Wheels vehicle up and running in just two hours. One quick charge energizes your battery to 80%; charge to 100% life at least every other session. Indicator lights let you know when it's time to ride: solid green means you're fully charged, flashing green means you're 80% charged, red means it's not charged yet.
For use only with the Power Wheels 12-Volt Rechargeable Battery, sold separately.
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*** Product Information and Prices Stored: Jan 18, 2012 09:21:37
Compact kids dune buggy with powerful 350-watt electric motor
Reaches speeds of up to 10 mph; 8-inch knobby pneumatic tires
Durable tubular steel frame; padded bucket seat with seatbelt
Hand throttle and brake controls; requires no fuel to run
Supports up to 120 pounds driver weight; for ages 8 and older
Razor Dune Buggy Overview
The Razor Dune Buggy provides the ultimate in electric powered off-road capabilities. Powerful speeds up to 9mph and can carry up to 120lbs ! The Dune Buggy's specially designed reduction drive is perfect for lower torque climbing and off-roading. 8" knobby tires and big bucket seat allow for a smooth comfortable ride. Ages 8+
Razor Dune Buggy Specifications
Want to give your child a little off-road entertainment? Turn to the Razor dune buggy, the ultimate in electric-powered backcountry cruising. Outfitted with a powerful 350-watt motor designed to reach speeds of up to 10 miles per hour, the buggy is fast enough for serious fun, but slow enough that it won't compromise your child's safety. Parents will also appreciate the side roll cage, which creates a barrier between the rider and the outside, and the padded bucket seat, which includes a seatbelt for added security. And thanks to the buggy's specially designed reduction drive, the vehicle is capable of both lower torque climbing and high torque gearing. Perhaps the coolest feature, however, is the fully electric design, which is not only easy to charge, but requires no fuel at all, runs quietly, and produces no emissions.
Other details include eight-inch knobby pneumatic tires, an active rear suspension, a durable tubular steel frame with diamond-plate floorboards, hand throttle and brake controls, a rear disc brake, and a safety flag. Ideal for difficult tracks and terrain, the buggy supports up to 120 pounds of weight and is suitable for ages 8 and older.
Key Features:
For ages 8+
220-pound weight limit
Can reach speeds of up to 10 miles per hour
350 watt motor
8 knobby pneumatic tires
Bucket seats with seatbelt
Powder coated finish on tubular steel frame
Protective padding
Diamond plate floorboards
Hand throttle and brake controls
Rear disc brake
Safety flag
Vertical storage
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*** Product Information and Prices Stored: Jan 12, 2012 07:10:47
Drive by any car lot in the United States and ask to see the most recent hybrid car models. Don't be stupefied if eight out of ten tell you that they can't seem to keep them on the lot--that they're just selling too fast! There is thinking behind the hype: consumers believe in one (or all) of three things, that they're going to be getting a best deal once gas prices hit .50 a gallon, that they're not sacrificing operation and that they're helping the environment.
Let's first take a look at how these cars are put together. First, we have to understand the view of "hybrid". A hybrid car might be defined as any vehicle that uses two or more sources of vigor to weighty itself. Seems easy enough. Hybrid machinery is all nearby us in the form of diesel-electric, such as city buses, and nuclear-electric, such as those used on many Us submarines. So, the idea and the technology have been nearby awhile--it's just now that another vigor scare like that of the 1970s, that we start becoming resourceful and a limited ingenious. Hybrid power is on the up-rise (and in-demand) only because the two dissimilar types of propulsion possibilities (gasoline/diesel and electric) standing alone have proven an ineffective means to get both power and efficiency in one package. But, working together, there is promise.
Batteries For Power Wheels
A hybrid car, in modern terminology, is regularly referring to any car that has a compound of an galvanic and a gasoline (or diesel) motors. These cars use kinetic vigor (referred to as regenerative breaking), absorbed by your breaks when you slow down to a stop, to recharge batteries that in turn push the galvanic motor. All of this is combined into one finely tuned schematic--the result being power to the transmission and propulsion power (i.e. Wheel movement).
Hybrid Hype and a Small Price Hike
All hybrids include a gasoline engine, an galvanic engine, a generator (mostly on series hybrids), fuel storage container, batteries and a transmission.
There are basically two dissimilar types of hybrid engines. The first is a parallel hybrid. This sort of hybrid beyond doubt contains both a gasoline and galvanic motor that both control independently to weighty the car forward. It's designed to have two power sources working with one goal in mind. In many ways, they are still "connected".
The second hybrid is often referred to as a series hybrid. In a series hybrid, the gas or diesel powered engine doesn't connect to the transmission directly, meaning that it doesn't beyond doubt weighty the car by itself. It beyond doubt works indirectly, powering a generator, which in turn (controlled by computer monitoring systems) either feeds power to the batteries or directly feeds power to an galvanic motor that connects to the transmission.
As stated above, hybrid buyers are seeing for the compound (and compromise) of power and vigor that these cars seem to provide. Many gas-powered cars have a lot of horsepower. This is useful for modern driving experiences. No one wants to be doing the minimum 45 mph on the interstate and stopping to "refuel," as with purely galvanic motors. Plus, there's no need to feel like you should have settled your slow-moving reflective magnet on the trunk. However, many gas-powered cars are truly "wasteful" resources because out of those 175 horses, you'll only have to use less than half that power for daily driving. We don't even have to get into the harmful environmental factors of pure gasoline engines. We are just now beginning to see the results of our apathetic attitudes on this subject.
The engines in hybrid automobiles are regularly much smaller (except in some brand new V-6 models). While this reduces fuel consumption, it means that for the extra "power" that drivers are seeing for has to come from somewhere else. That's where the electric motor and batteries come into play. In some models, sensors detect that the car is in need of extra vigor for going up hill, for example. That's when the "hybrid" half of the engine kicks in. It will do a dandy job of giving the engine that extra oomph or boost that it needs, without using any more gasoline.
Newer hybrid models do a lot of extra tricks so that your car gets as many miles to the gallon as possible. For example, when you're stopped at a traffic light, another sensor will trigger the gasoline engine to idle down to a faultless stop, while the car stays "running" solely on its electric power. Did I mention ingenious?
Since the idea behind the hybrid powered car is reduced fuel consumption without the loss of speed or power, many cars are being designed to move straight through the streets with the utmost in aerodynamic form; meaning that a hybrid will originate less "drag," plainly due to its body structure. Many also use much lighter building materials, reducing weight and pull. Some models even have wheel covers and no mirrors (replaced with cameras and sailing equipment), which saves an big amount of energy.
Hybrids don't seem to be a fad or some group experiment. Consumers and car enthusiasts alike are enjoying what they're seeing in the market. daily it seems a best designed, lighter; more fuel-efficient and remarkable hybrid enters. Recently released models are even beating their gas-powered counterparts. One boasts a 255 hp engine with other capabilities such as being able to shut down half the cylinders (without notice) while in motion to conserve fuel and energy.
Hybrid-engineered cars cost a bit more too. regularly the price discrepancy is nearby 3,000 bucks. And, it may take a few years (depending on gas prices) for you to beyond doubt make the savings in fuel worthwhile. However, it's still best for the environment, and that lingers (and makes it worthwhile) in some consumers' minds.
And, if you are still one to wholeheartedly grip the stick of your V-8 without budging, you might take into mind that newer hybrid models are gaining on those petal-to-the-metal peelers of yesteryear. Hybrid models are inching nearer to (and even beating!) gas powered cars in 0 to 60 mph road tests.
So, when you conclude that a new car might be a viable option in the near future, don't expect to see too many hybrids in dealers' lots. You may have to do some across-the-state driving to find a choice. Do some initial searching on the Internet and find out what model may advantage you and your lifestyle the most. Keep in mind all that we've mentioned and perhaps--in the future--you'll have no other option than a hybrid, which at this time seems to be by far the best option around.
Hybrid Hype and a Small Price HikeJessie J - Domino Tube. Duration : 3.92 Mins.
The need to measure time arose with the improvement of agriculture. Farmers used timekeeping to settle the best planting periods and primitive lunar calendars were made.
The Egyptians were the first people to invent extensively a means of telling time with calendars and clocks. By nearby 2800 Bc they had established a 365-day calendar, based on their observations of the rising and setting of involving stars such as Sirius and of the periodic inundations of the Nile, upon which their agriculture relied. By 2100 Bc the Egyptians had devised a way to divide the day into 24 hours. nearby the same time, they made the first sundials, or shadow clocks, to measure time while the day. A sundial indicates the time of day by the position of the shadow of some object on which the sun's rays fall.
Batteries For Power Wheels
By 1500 Bc Egyptians had invented another, more accurate, way of telling time-the water clock or a clepsydra, which uses the steady dripping of water from a vessel to drive a mechanical gismo that indicates the hour.
History of the Watch
Power Wheels battery, 6 volt, Type A connector. Best
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Power Wheels battery, 6 volt, Type A connector. Feature
Fits vehicles using one or two six volt batteries
Type A black connectors
Power Wheels battery, 6 volt, Type A connector. Overview
Power Wheels 6 volt battery with type A connector. Fits Power Wheels vehicles with Type A connector.
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*** Product Information and Prices Stored: Jan 08, 2012 21:55:41
Babylonian astronomers' fine tuned the clepsydra taking into inventory the equation of time caused by the varying distance in the middle of the Earth and the sun as it moves in an elliptical orbit. Due to this effect, noon could be as much as a half hour before or after the time when the sun is highest in the sky.
Around 270 Bc the Alexandrian engineer Ctesibios designed water clocks that rang bells, moved puppets, and caused mechanical birds to sing. The water clock remained in use until the improvement of mechanical clocks nearly 3,000 years later.
Measurement of short time intervals, however, was inherent with the hourglass. The search for spoton clocks began with the burgeoning late medieval manufactures and the first fruits of the scientific revolution. This need lead to the mechanical clocks which measured time with straightforward weighted pendulums. But these were not portable.
The first watches
The invention of springs and escapement mechanism ushered in the era of conveyable watches. The escapement is a mechanism that controls and limits the unwinding of the watch, converting what would otherwise be a straightforward unwinding, into a controlled and periodic power release. The escapement does this by interlocking with a gear in a straightforward manner that switches in the middle of a "driven" and a "free" state, with abrupt locking at each end of the cycle. The escapement also for the same imagine produces the ticking noise characteristic of mechanical watches.
Another mechanical formula is the equilibrium wheel mechanism. The equilibrium wheel together with the equilibrium spring (also known as Hairspring) - these form a straightforward harmonic oscillator, which controls the request for retrial of the gear system of the watch in a manner analogous to the pendulum of a pendulum clock. This is inherent because the moment of inertia of the equilibrium wheel is fixed, and the wheel as a whole provides a regular request for retrial of known period. These watches yield a ticking sound.
Purely mechanical watches are still popular. The high level of craftsmanship of purely mechanical watches accounts for much of their attraction. Compared to electronic movements, mechanical watches are inaccurate, often with errors of seconds per day. They are frequently sensitive to position and temperature, they are high-priced to produce, they need regular maintenance and adjustment, and they are more prone to failure.
Further accuracy was achieved in the sixties by Tuning fork watches, which use a tuning fork at a spoton frequency (most often 360 hertz) to drive a mechanical watch. Since the fork is used in place of a typical equilibrium wheel, these watches simply hum instead of tick. Tuning fork movements are electromechanical. The task of converting electronically pulsed fork vibration into rotary movement is done via two tiny jeweled fingers, called pawls, one of which is linked to one of the tuning fork's tines. As the fork vibrates, the pawls easily ratchet a tiny index wheel. This index wheel has over 300 barely illustrated teeth and spins more than 38 million times per year. The tiny galvanic coils that drive the tuning fork have 8000 turns of insulated copper wire with a diameter of 0.015 mm and a distance of 90 meters. This wonderful feat of engineering was prototyped in the 1950s and the early 60's.
Advent of the electronic quartz watch in 1969
In 1948, Max Hetzel used an electronic device, a transistor to create the first electronic watch. This improvement became obsolete with the use of a quartz crystal which brought in the quartz watches, which use the piezoelectric ensue in a tiny quartz crystal to provide a garage time base for a mostly electronic movement: the crystal forms a quartz oscillator which resonates at a definite and highly garage frequency, and which can be used to accurately pace a timekeeping mechanism. These primarily electronic movements are geared to drive mechanical hands on the face of the watch. Quartz movements are ten times good than a mechanical movement.
Further developments introduced the following types of watches:
Manual watches
In manual watches the spring must be rewound by the user periodically by turning the watch crown.
Self-winding or self-acting watches
A self-winding or self-acting mechanism is one that rewinds the mainspring of a mechanical movement by the natural motions of the wearer's body.
Kinetic power or self-acting quartz
Some electronic watches are also powered by the movement of the wearer of the watch. Kinetic powered quartz watches make use of the request for retrial of the wearer's arm turning a rotating weight, which turns a generator to provide power to fee a rechargeable battery that runs the watch. The understanding is similar to that of self-winding spring movements, except that the electrical power is generated instead of mechanical spring tension.
Battery powered watches in 1957
Electronic watches need electricity as a power source. Some mechanical movements and hybrid electronic-mechanical movements also need electricity. Normally the electricity is in case,granted by a replaceable battery. Watch batteries (strictly speaking cells) are specially designed for their purpose. They are very small and provide tiny amounts of power continuously for very long periods (several years or more). Environment unfriendly mercury batteries gave way to Silver-oxide and lithium batteries. Cheap batteries may be alkaline, of the same size as silver-oxide but providing shorter life. Rechargeable batteries are used in some solar powered watches.
Light-powered watches
Some electronic watches are powered by light. A photovoltaic cell on the face of the watch converts light to electricity, which in turn is used to fee a rechargeable battery. The movement of the watch draws its power from the rechargeable battery. As long as the watch is Normally exposed to fairly strong light (such as sunlight), it never needs battery replacement, and some models need only a few minutes of sunlight to provide weeks of energy.
Some of the early solar watches of the 1970s had innovative and unique designs to adapt the array of solar cells needed to power them (Nepro, Sicura and some models by Cristalonic, Alba, Seiko and Citizen). As the decades progressed and the efficiency of the solar cells increased while the power requirements of the movement and display decreased, solar watches began to be designed to look like other conventional watches.
Radio-controlled movements
Some electronic quartz watches are able to synchronize themselves with an external time source. These sources comprise radio time signals directly driven by atomic clocks, time signals from Gps navigation satellites, the German Dcf77 signal in Europe, Wwvb in the Us, and others. These watches are free-running most of the time, but periodically align themselves with the chosen external time source automatically, typically once a day.
Because these watches are regulated by an external time source of extraordinarily high accuracy, they are never off by more than a small fraction of a second a day (depending on the ability of their quartz movements), as long as they can receive the external time signals that they expect. Additionally, their long-term accuracy is comparable to that of the external time signals they receive, which in most cases (such as Gps signals and extra radio transmissions of time based on atomic clocks) is good than one second in three million years. For all practical purposes, then, radio-controlled wristwatches keep near exquisite time.
Movements of this type synchronize not only the time of day but also the date, the leap-year status of the current year, and the current state of daylight rescue time (on or off). They get all of this data from the external signals that they receive. Because of this continual self-acting updating, they never need manual setting or resetting.
A disadvantage of radio-controlled movements is that they cannot synchronize if radio reception conditions are poor. Even in this case, however, they will simply run autonomously with the same accuracy as a general quartz watch until they are next able to synchronize.
Watch display
In the seventies two types of displays were developed.
Analog display
A numbered dial upon which are mounted at least a rotating hour hand and a longer, rotating puny hand. Many watches also integrate a third hand that shows the current second of the current minute. Watches powered by quartz have second hands that snap every second to the next marker. Watches powered by a mechanical movement have a "sweep second hand", the name deriving from its uninterrupted plane (sweeping) movement over the markers, the hand merely moves in smaller steps, typically 1/6 of a second, corresponding to the beat of the equilibrium wheel. All of the hands are Normally mechanical, physically rotating on the dial, although a few watches have been produced with "hands" that are simulated by a liquid-crystal display.
Digital display
A digital display simply shows the time as a number, e.g., 12:40 Am instead of a short hand pointing towards the number 12 and a long hand pointing towards the number 8 on a dial.
The Led displays were superseded by (Lcds), which used less batterypower and were much more favorable in use, with the display always illustrated and no need to push a button before seeing the time.
From the 1980s onward, technology in digital watches vastly improved. New features were added every year.
1982 Seiko produced a watch with a small built in Tv screen
1983 Casio produced a digital watch with a thermometer and an additional one watch that could translate 1,500 Japanese words into English
1985 Casio produced the Cfx-400 scientific calculator watch.
1987 Casio produced a watch that could dial your telephone number and people one that would react to your voice.
1995 Timex issue a watch which allowed the wearer to download and store data from a computer to their wrist.
History of the WatchSHITTY G - (Your Favorite Martian music video) Tube. Duration : 3.87 Mins.
**NOTE** This song has NOTHING to do with people from Tennessee, nor people from the south, nor white people as a whole. It's making fun of one FICTIONAL cartoon character named ShittyG. ShittyG is NOT real! He does NOT exist in real life, so there is no reason for anyone to be offended by the fact that we're making fun of him. Thank you, and enjoy the video. We and Ray had tons of fun making it for you. -The YFM Team DOWNLOAD THE MP3: bit.ly OUR FACEBOOK: www.facebook.com
12V 9.5 SLA Rechargeable Battery For Some Power Wheels Toys Best
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12V 9.5 SLA Rechargeable Battery For Some Power Wheels Toys Overview
This battery has been designed to fulfill rigorous Power Wheels requirements in order to provide the best possible performance, durability, and maximum playtime. It has a thermal fuse included for safety, and is also rechargeable for maximum use. If youre looking for a larger, long lasting, powerful battery, then the 12V will make your wish come true.
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*** Product Information and Prices Stored: Jan 07, 2012 12:58:39
Sporty ATV styling, built-in footrests, cute cargo rack on the back
Designed especially for toddlers, with easy push-button operation for simple stop and go
Rides low, so it's easy for them to get on and off by themselves
Backed by Power Wheels 1 year limited bumper-to-bumper warranty
To see more, clcik the "Watch It In Action" link located under the images
Power Wheels Lil' Quad Overview
Take your toddler for a test drive on the Lil' Quad. This sturdy and safe Power Wheels ATV has built-in footrests and a convenient cargo rack on the back for toting around toys. Designed especially for toddlers, the Lil' Quad rides low so it's easy for little ones to get on and off by themselves. Sturdy and fun to drive, this ride-on moves forward at 2 mph maximum. Use on hard surfaces and grass. Measures approximately 26.25" x 13" x 16.38". Requires 6V rechargeable battery and charger (both included).
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*** Product Information and Prices Stored: Jan 06, 2012 21:17:08
