How to supe up my yamaha raptor atv 12-volt


How to modify a Power Wheels

So your kid wants to go faster but you have no clue where to begin? A few minutes spent reading this article will save you hours of headaches and possibly hundreds of dollars. Remember that the first rule of motorsports is that the more you spend the faster you go. It's no different with little cars. Quality motors, batteries, and gears cost money to develop and produce. A proper setup should last until your child outgrows the car. And your next child too.

Pick the right car: Just like with real cars, it's important to start with a vehicle that can take modifications well. The ride-on market is flooded with cheap chassis that have gearboxes and electronics which can't take any more power without major headaches. There's also cars that are too small to add speed with your kid's safety in mind. We find the best cars for modifying are the Powerwheels 12 volt vehicles (except Smartdrive) and Kid Trax 12 volt vehicles.
Inspect your car to make sure it's in good enough condition for modifying. What was a minor problem in a stock vehicle can become a major problem when you add more power. Things to check include:
- Is the rear axle bent? You have to roll it on a flat surface to see the bend. If it's bent you will melt gearbox housings at higher rpm's.
- Is the frame damaged or showing white stress marks around the rear axle mounts or gearbox seating area? This is critical damage that is not fixable.
- Do the tires have life left? Tires with holes will break gears.
- Is the wiring strong? Wires that are dried out will likely have corrosion on the inside. They may not handle the increased amp draw that comes with speed and you'll blow fuses.
- Are the switches strong? There's no way to visually inspect this. We recommend replacing them if the vehicle is 3+ years old. They're cheap.

One of the most common errors in modifying is mismatching the batteries, motors and gears. Matching them is as important to a ride-on as having a motor, transmission, and rear-end that all work together in a real car:

Motor: Stock 550 motors (which come in most vehicles) are only designed for 12 volts. Some people do run them at 18 volts but eventually they fail. At 24v the motors usually will not last a day. Our motors are the only motors specifically marketed as upgraded motors for ride-ons. Using a motor from a radio controlled car that weighs 5lbs is a recipe for failure. Our Performance 550 motors are designed to run at 12v and are often used with 18v SLA batteries (not warrantied). They come on all Stage I and II kits. Our Performance 775 Motors will run at 12v, 18v, or 24v. At 12v they are slower than the 550's. but deliver 4x more torque. At 18v they deliver less speed then the 550s (which will blow up) but with a ton more low-end power and durability. 24v is where the 775s are at their best and are unstoppable beasts.

Batteries: Upgrading batteries give more speed gain than motors but again you have to match the right battery to the right motor to have the car last. Currently a popular home-grown trend is to use lithium batteries from power tools. Lithium batteries are problematic because they deliver too much punch (discharge rating). A typical powertool lithium battery has a discharge rate 5x higher then an SLA battery because your power tool needs torque not speed. With no clutch in a ride-on to buffer that punch motors get cooked and gears get stripped very quickly. The more powerful the motor the quicker it will overheat with lithium. Almost all ride-on cars use SLA style batteries which use a gel form of acid for slower discharge and for safety. If you really wish to use a lithium power tool battery then you'll need our Lithium Low Voltage Soft Start Module to combat these issues. Using a lawnmower/motorcycle/automotive battery is dangerous as the liquid acid can boil and explode. They also overheat motors because of the different chemistry in the battery. Stick with SLAs. The amperage of the battery determines run time. Most vehicles have a 9.5amp battery stock. Our upgraded batteries are all 12amp. This means about 30% more run time. Running more then 12 amps has proven to overheat motors and is not recommended. Stock batteries usually have 30amp breaker in them which often fails when using upgraded motors or increasing the voltage. Our batteries use 40amp replaceable fuses. If you switch to an 18v or 24v battery you will also need an 18v or 24v charger. Our battery conversion kits include the appropriate charger. Using batteries other then SLA's and at more then 12 amps will void all product warranties.

Gears: Upgrading gears is the least glorious but most important part of making a modified ride-on reliable. Most Power Wheels brand ride-ons produced in the last 10 years use a "7R" gearcase. Older models had "#7" gearcases which are discontinued. Fortunately 7R gearcases are a direct fit in those vehicles. The 7R gearcases are much stronger than the old 7s. Power Wheels continues to do upgrades to the molds of the 7R gearboxes so getting a new 7R is usually beneficial as well. Inside a gearbox are 5 gears. The Pinion Gear is attached to the motor. The First Gear is the gear contacted by the pinion gear and is the weakest in the gearbox. Then there is the Second Gear, Third Gear, and Final Drive Gear. The Final Drive Gear is what the wheel or driver hub attaches to. There are 4 different 7R gearboxes made today. Each can accommodate a range of gear ratios determined by the size of the pinion gear. The bigger the pinion gear the faster the car goes but at the expense of low-end power. Go too big and you will overheat the motor and blow fuses. If you are mud-bogging, hill-climbing, towing, or demolition derbying you will want a small pinion gear. If you are on pavement trying to do the Kessel Run in less than 12 Parsecs then bigger is better. Other brands of vehicles have one mid-ranged pinion gear size in for their gearboxes that you can not change the tooth count in.

Tires: The tires that come on the car are the tires it was designed to run. Changing tire diameter changes the gear ratio and can burn out motors. Ride-ons don't have a clutch in their gearboxes. They use the spinning tire as a clutch. Adding more traction with rubber or spikes removes the clutch and almost always overheats motors and breaks gears. Picking the right vehicle for your kid includes matching the tires it comes with to the terrain it will be used in. Monster Traction tires on the F150 are really bumpy on pavement. Mustang tires will not get traction easily in dirt. Tires are not interchangeable between vehicles so before you spend your time and money modifying make sure you've got the right foundation. You can't get no action if you ain't got no traction!

Which setup is right for you? That depends on your budget and need for speed. The fastest setup is a 24v Conversion Kit with a Stage IV Motor/Gearbox Assembly. Our next preferred upgrade is an 18v Conversion Kit with a Stage II Motor/Gearbox Assembly. You can easily upgrade a Stage II to a Stage IV later on by getting our 775 motors and motor mounting kit. Another popular way to upgrade in steps is to get an 18v Conversion Kit and run the stock motors til they blow. You will not harm anything else on the vehicle and can upgrade the motors as your budget allows. Putting a Stage I upgrade onto your otherwise stock vehicle will give a noticeable boost in speed which will make your kid smile and beat the neighbor's kid in a race. With ALL of these options we recommend adding a Brake Reduction Module (unless you have steep hills) which makes stopping a bit softer. Checkout our "Staged Upgrades Explained" guide for more information.

Please feel free to contact us if you have any question about which upgrade is best for your specific needs/budget.

Yamaha 12 Volt Raptor ATV Ride On Boys Green

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The Yamaha Raptor 700R ATV 12-Volt Battery-Powered Ride-On can help provide an active child with hours of fun and physical play. It features a scaled-down design of an adult-size ATV and feels and looks like the real thing. This ATV 12-Volt ride-on has colorful, authentic Yamaha graphics throughout and is sized for young riders. It offers two forward speeds and reverse capability to make your little guy feel like he's shredding the trails just like a grown-up. Designed to go up to 8kph, the solid construction and steering wheel column help make this Yamaha Raptor ride-on extra durable and safe to ride. Additional features include extra traction wheels for a firm grip on the road. It's also loaded with Raptor sound controls for added authenticity. It comes with a rechargeable 12-Volt battery and a charger.

  • Drives on multiple surfaces
  • Speeds: Two speeds plus reverse
  • Maximum Speed: 8 kph
  • Durable construction with steering wheel column
  • Yamaha Raptor 700R boys' ATV ride-on boasts authentic Raptor design
  • Raptor sound controls
  • Signature race graphics
  • Requires 12-volt battery and charger (included)
  • The battery requires 14 hours to recharge completely
  • Battery delivers 30 TO 45 minutes of continuous use per charge
  • Maximum weight capacity: 59 kilos.
  • Adult assembly required
  • Takes approximately 20 minutes to assemble
  • Colors: Black and Green
  • Dimensions: 66cm x 49cm x 108cm 
  • Assembled weight 35 kilos.
  • Age Range: 3 years and up

(EC-1708)

SKU EC-1708
Barcode # 0680674017261
Brand Yamaha
Shipping Weight 31.0000kg
Shipping Width 0.490m
Shipping Height 0.660m
Shipping Length 1.080m
Shipping Cubic 0.349300000m3
Unit Of Measure ea

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Top Sport ATV Review - Yamaha Raptor - BRP Center South

The Yamaha Raptor isn't about dirt and touring. This is about professional racing on prepared tracks. The model is not in vain considered the best in its class: it has won the Dakar Rally more than once.

The Yamaha Raptor lineup features single-seat, rear-wheel-drive ATVs that weigh just 192kg with all fluids. They are considered one of the best in the class at a reasonable cost. To objectively evaluate the Yamaha Raptor, we will compare the model with the Canadian BRP Renegade sports ATVs. nine0003

Appearance and dimensions

The Yamaha Raptor has a minimalistic design, but sporty and aggressive, with sharp rear fenders raised high. The case is available in blue or red.

There is a protruding metal bracket at the back between the fenders. It will prevent the ATV from flipping backwards: the rider can jump off, and the Raptor will stand upright, on this brace and on the rear wheels. And even the wings will not suffer.

The Raptor's seat is ergonomic, sporty and long enough without any height differences. The rider can move along it, shifting the center of gravity. nine0003

Dimensions Yamaha Raptor - 1845x1170x1130 mm, wheelbase - 1280 mm, that is, the ATV is relatively small. The driver sits at a height of 830 mm, and the ground clearance is only 113 mm. On the one hand, this is a sports ATV, and a small ground clearance should improve handling and stability at high speed. On the other hand, the tracks are not always perfectly smooth, and it will not work to use such a technique on a non-prepared route.

Yamaha Raptor weighs 192 kg with all fluids. At the same time, the volume of the gas tank is 11 liters. That is, you won’t be able to travel far and for a long time: you will always have to have a supply of fuel with you. nine0003

BRP Renegade looks noticeably more massive. Its dimensions are 2184x1219x1240 mm. The wheelbase is almost the same as the Japanese: 1295 mm (1.5 cm longer), and the driver sits at almost the same height: 856 mm (2.6 cm higher). But the tires are much larger - 25" for BRP versus 21" for Yamaha. The Canadian has only one color - yellow-black-silver.

Platform

The basis of the Yamaha Raptor is a lightweight steel and aluminum space frame. The subframes are also aluminum, and the rear subframe can be removed to save weight. nine0003

The BRP Renegade also has a three-dimensional beam frame with revised and improved geometry. On this point, both models are about the same - it is difficult to single out the winner.

Suspension

Yamaha Raptor:

  • Front: Independent A-arm, spring dampers, hydraulic, 230 mm travel. The shocks have 3 settings and spring preload can be adjusted.
  • Rear: Swingarm - cast aluminum rocker arm installed. The shock absorber is also hydraulic and also adjustable. Rear suspension travel - 256 mm. A similar suspension is installed in rear-wheel drive sports cars. nine0042

Shocks can be adjusted for high and low speed compression, rebound and preload.

BRP Renegade Suspension:

  • Front: linkage with double A-arms. Shocks - FOX 1.5 Podium RC2. Suspension travel - 233 mm. It is adjusted specifically to reduce the forward lean of the body during hard braking - this will allow the rider to maintain control and reduce the likelihood that he will fly over the handlebars.
  • Rear: independent torsion bar with trailing arms and 251 mm travel. Shock absorbers are the same - FOX 1.5 Podium RC2

BRP shock absorbers are also adjustable and operate in three modes: comfort, sport and racing.

To sum up, the suspension on the Yamaha Raptor and the BRP Renegade is equally good. Only the lighter Raptor has a softer suspension feel. If we were talking about tourist or work trips, this would be a plus. But since we are talking about speed and sharp turns, too soft suspension can interfere.

Yamaha Raptor has Maxxis 21x7-10" front tires and Maxxis 20x10-9" behind.

BRP Renegade - ITP Holeshot ATR: 25x8-12" front and 25x10x12" rear. The wheels are aluminum, with beadlocks, so that during a sharp turn or acceleration the wheel does not disassemble.

Brakes

The Yamaha Raptor has dual hydraulic front brakes. The discs are ventilated and the brake calipers have 2 pistons. The front brake is so sensitive that a sharp or too strong pressure at high speed can lead to a stop - the rear wheels of the ATV will come off the ground. This is rather a minus, since you need to get used to it, so that even in an emergency, the rider does not fully squeeze the brakes. Behind is another system: a ventilated wave-type disc with a hydraulic caliper. nine0003

The BRP Renegade has the same front brakes with 214mm discs. The rear brakes are slightly different - they have not one disc, like the Yamaha Raptor, but two, with a two-piston caliper.

Engine

The Yamaha Raptor has a 1-cylinder 4-stroke engine with a displacement of 686 cm³ and a power of 48 hp. Fuel injection is direct, with a throttle valve of 44 mm. Throttle travel is short and very sensitive.

To avoid vibration at high speeds, the Yamaha Raptor has 2 balance shafts. The ATV picks up speed easily, quickly and without jerks. nine0003

The BRP Renegade has a 2-cylinder, liquid-cooled Rotax V-twin engine. The engine capacity of the 650 X XC model is 650 cm³, power is 59 hp. Perhaps, in terms of acceleration speed, the BRP is inferior to the Japanese, but it is better suited for a long trip: even at maximum speed, the BRP engines do not overheat. This is important during long races, when it is not so much a quick start that matters, but endurance and stability.

Yamaha Raptor Engine

Engine BRP Renegade

Transmission

The Yamaha Raptor has a 5-speed sport manual transmission with reverse gear. The clutch is multi-plate, wet type. The transmission is chain, has an eccentric tension mechanism.

The BRP Renegade has a CVT gearbox with disengageable all-wheel drive and a Visco-Lok clutch that automatically locks the front differential. While it's not fair to compare a rear-wheel drive ATV to an all-wheel drive ATV, all-wheel drive makes the BRP more versatile - it's more off-road and more stable. nine0003

Conclusions

The Yamaha Raptor is the top sport quad. It is light and maneuverable, it has been produced for more than a year, which means that possible shortcomings were identified in previous generations and improved. But this model is too narrow. Taking a Yamaha Raptor is only for those who understand why such equipment is needed and where he will ride it.

BRP Renegade is similar to the Yamaha Raptor in several ways: wheelbase length, engine displacement and suspension travel. However, the differences are immediately evident: the wheels of the BRP are larger, the body is more massive, the ground clearance is greater. The Renegade has almost twice the capacity of the gas tank - you can ride it longer. nine0003

The BRP Renegade weighs about a third more, so you won't be able to start it so abruptly - but this is not required by everyone and not always. If you plan to ride off-road in addition to racing tracks, the BRP Renegade is the best choice.

Learn more about BRP Can-Am Renegade

Official BRP dealer in Moscow

BRP Center South

+7 (495) 646-25-26

Email: Sales@XZAPADAD .ru

Address: Moscow region, Leninsky district, Blizhnie Prudischi, vl. 00
Sat-Sun from 10:00 to 20:00

Yamaha Raptor ATVs: features of models

Posted by Updated

Contents

  • Model range
  • Features
  • Repair and tuning
  • Specifications Raptor 700R SE
  • Main competitors Raptor 700R SE

Yamaha is known not only for its utility ATVs, but also for sports vehicles. In 2005, the brand introduced the Raptor ATVs, which were distinguished by excellent handling, comfort and excellent dynamics . The line includes children's, teenage and adult models equipped with an engine capacity of 80 to 700 cubic meters. see

Now there are 6 devices in the series, each of which has several modifications (depending on the year of manufacture).

Model range

  • Yamaha Raptor 80. This is a miniature children's machine designed for riders from 6 to 12 years old. The manufacturer installed an engine with a displacement of 79 cubic meters on the machine. cm, electric starter, air-cooled system, manual transmission and disc brakes. The device was released in 2005 and discontinued in 2009
  • Yamaha Raptor 250 The production of the junior sports ATV began in 2008 and continued until 2013. The developers equipped the 250 model with a cc engine, air cooling, manual transmission (5 speeds), disc brakes, independent and pendulum suspension.
  • Yamaha Raptor 350. In 2005, the Japanese brand released an ATV with a 30 hp engine. , carburetor power system, electric starter, air cooling system and hydraulic disc brakes. Despite all the advantages, the riders did not appreciate the device, so the developer refused to further release the 350th model. nine0042
  • Yamaha Raptor 660R. The device, presented in 2005, has become a real find for lovers of speed and extreme sports. The developers installed a engine with a power of 54 hp on the ATV. , large gas tank (12.1 L), Mikuni carburetor, manual transmission and reliable disc brakes. Unfortunately, the model has been discontinued.
  • Led the Yamaha Raptor 700 ATV series, as well as its R and SE modifications. The model was introduced in 2006 and became one of the company's most popular sports devices. From 2006 to 2015, the Japanese brand has created more than 10 modifications of the ATV. nine0042

Features

Japanese technique is in special demand both among athletes and drive lovers. Raptor ATVs are distinguished by excellent dynamics, excellent handling and a significant operational resource.

Riders noted:

  • Low cost. Yamaha sport ATVs cost much less than than their Canadian or American counterparts. For example, a used Raptor 700 ATV will cost only 240-350 thousand rubles. nine0042
  • Durability. Users noted a significant period of "life" of equipment. On average, serious problems appear only after 4-5 years with the active operation of equipment. When buying Japanese equipment, you can be sure of the quality of assembly and components.
  • Elaborate design. The developers paid special attention to the appearance of the devices of the line. All cars resemble miniature predators, while remaining comfortable and as safe as possible.

But the Raptor series has one significant drawback - lack of new devices . Almost all ATVs of the line have been discontinued, so the rider will have to look for used equipment. The only exception was the Raptor 700R, which can still be found at dealers or in specialized stores.

Repair and tuning

According to the owners, the Raptor series devices do not need special modification. The Japanese manufacturer was able to create reliable and balanced equipment . Of course, the devices do not have protection for the bottom, back, pads for hands, mirrors, and the lighting leaves much to be desired. However, a sports ATV does not need this, the car must provide drive and keep well on the track, which the Raptor itself can handle. nine0003

Repair will be an unpleasant moment. Given that most models are out of production, the rider will have to look for a donor ATV or order parts from specialized services. Sometimes it takes up to 3 months to find and deliver the necessary spare parts.

Specification Raptor 700R SE

Since most of the devices in the series are no longer in production, customers opt for of the current model 700R SE . This is a powerful and functional quadric, equipped with a four-stroke engine with a displacement of 686 cc. see. The motor provides excellent dynamics, good cross-country ability and turns the train into a pleasant rest. nine0003

Model parameters:

  • 48 hp engine. with.
  • Engine cooling system - liquid.
  • Ignition - electronic ECU controller.
  • Fuel system - Mikuni 44EHS (electronic injection).
  • Starts - electric starter.
  • Transmission - 5-speed manual .
  • Drive - 2WD.
  • Suspension - pendulum (rear) and independent (front).
  • Shock absorbers - adjustable. nine0042
  • Brakes - hydraulic disc.
  • The curb weight of the ATV is 192. This low weight is due to the lightweight hybrid frame made of aluminum and steel.
  • Fuel tank capacity - 11 l + YFI system. A full gas tank is enough for about 150-160 km.

The speed of the device will especially please the owners, the ATV accelerates to 120 km / h .

Main competitors Raptor 700R SE

Raptor 700P CE considered is one of the best sports equipment, which is suitable for both amateurs and professionals. Therefore, the car has not so many competitors. The cost of a sports ATV also plays a role. The price of a new quadric starts from 800 thousand rubles and depends on the year of manufacture and modification.

The all-terrain vehicle became the main competitor of the Japanese: