How To Improve The Performance Of HO Slot Cars

Slot cars are powered small vehicles that are assisted by a slot or groove set in the tracks on which they run. At the bottom of the motor car is a blade or pin that keeps the vehicle in the slot. To make the car run, the metal strips placed with the slot deliver power to the vehicle motor. Such power is acquired by contacts discovered beside the guide flag, under the front portion of the slot car. The voltage is controlled via a resistor in the hand controller.

How To Improve The Performance Of HO Slot Cars

HO slot cars function on similar principle. The only difference is, in HO models, the actual is transported through thin metal rails which are hardly seen above the track surface and are placed farther away from the slot. These cars usually have electrical contacts dubbed as pick up shoes. These shoes are directly installed to the chassis and it usually uses round guide pin in preference to swiveling flag.

These days, traction magnets are used to deliver downforce, which assists grasp the car in the track specially when it is running at higher speeds. There are likewise enthusiasts who believe that there is greater challenge in magnet-free racing.

For serious slot car racers about, here are some ways that will help increase your slot car’s speed:

1. Maintain the cleanliness of your slot.

It pays a great deal to keep your slot clean. You can do this by detaching the body and visually inspecting the car’s chassis regularly. Pick up shoes has to be clean and should float freely. Also inspect the wheel hubs to be certain they do not rub on the car’s chassis. Spin the tires and see if the’re bent axles. If the’re any worn components, replace them before they fail. Remember: nothing beats the performance and longevity of a clean slot car.

2. Apply oil moderately.

Oil keeps the chassis and motor of your motorcar lubricated but use only the right amount. For your chassis’ axle bearings, a tiny drop at every bearing is sufficient enough to keep it spinning. You’ll also need a small amount of oil in the front and back motor end warning buzzers to keep the armature lubricated.

3. Select just one slot car.

Avoid switching slot cars and chassis frequently. By utilizing just one car, you can be conversant with its handling characteristics, making it easy for you to fine-tune it to your preference.

4. Practice.

By spending more time on your picked out chassis, it will be easier for you to build up some systems and tricks that make your car perform better than its rivals. Run your slot car on all the lanes, specially those inner lanes with very tight turns. Do this regularly. A lot of practice makes you know your chassis more along with its exceptional characteristics. It is in addition through practicing that you’ll be able to ascertain chassis and motor problems long before the serious competition.

Almost all the tips involved in improving your car’s speed are free. Other cost-effective ways of enhancing the performance of your HO slot cars is exchanging rear tires and giving the collect shoes an upgrade.



Slot Car Components And Scale Sizes

There is more to slot cars than just being miniature mock-ups of real race cars. Most of them are lovingly manufactured from scratch by slot aficionados and most of these cars may be modified to accomplish better performance. Driving skills matter a lot in slot car racing because nothing’s really keeping the automobile on track except for the blade or pin in its bottom. So you actually ought to be proficient enough to ensure the cars don’t fly off in the track’s twists and turns.

Slot Car Sizes

Slot cars are available in different sizes including:

1:24 scale size- slot cars with this size need large course, making them inappropriate for home use. More often than not, 1:24 racing is held at commercial or club tracks. Cars included in this type come seven to eight ins long.

1:32 scale size – this is the hottest slot car size. These cars come smaller than 1:24 scale cars so they’re more acceptable for home enthusiasts. These are also a common choice for racers and enthusiasts about. Most 1:32 slot cars measure five to six inches long.

HO-sized slot cars – these cars differ in scale, ranging from 1:97 to 1:64 scale sizes. Despite what their size are, they operate on track with the same width. A regular HO-sized slot car may come 2.5 to 3.5 inches long.

Aside from these three major scales, 1:43 slot cars are also available in the market as toddler’s toys. In the 1960s, 1:48 slot cars were also advertized.


Slot Car Components

• Body

Also called shell, this component is comprised of solid molded plastic and is suited over the car’s chassis. Much like in solid cars, the weight of the vehicle’s body as well as the distribution of the said weight are considered in creating a slot car. Connected to the body is an internal portion which oftentimes comprises a driver figure. To make room for the motor and other components, most slot car interiors come only half the body’s height.

• Electric motor

This component may be positioned in front, in the middle, or at the back of the slot car. Motors are rated by means of their speed or their revolutions per minute. This factor is resolute by gauging the amount of voltage received by the motor.

• Guide

Dubbed as guide flag, this is the plastic piece placed under the vehicle’s chassis to help the motor car in running along the slot. This guide, which holds the braids, pivots in the slot.

• Gears

These components play a major role in the slot car’s acceleration and speed. Standard gears, including the small gear that’s attached to the motor, may be upgraded using aftermarket components to deliver better performance.

• Magnets

These components are installed in the front and rear percentage of the slot to provide the vehicle with downforce. This guarantees the vehicle does not fly troubled. Some racers prefer slot cars without magnets and favor the application of lead weights. Some even want to race without magnets or weights at all.

• Microchip

Not all slot cars come equipped with such component. The microchip allows the slot car to follow a car in the same race track or to change lane at a pre-set portions on the track.

Most components of slot cars may be modified, upgraded, or improved for better performance. However, without a track, your slot car will look nothing more like a car model.

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How To Improve The Performance of Scalextrics Cars?

Scalextric is a brand of slot cars, those tiny toy vehicles that race all-around a groove in a track. They were released in 1960 (You must check out some on the vintage Scalextric sets when you haven’t seen them!).So these improvements to Scalextric sets will likely work with most slot autos but just so you are aware they’re focused and styled for Scalextric.

Now I’m a big believer in you really should measure performance before going ahead of your boost and in this case it a fun too! So get to the race track and build a uncomplicated course the vehicles can’t fly off at higher speed. Grab the cars and get them to race all around at the highest rate. If they will not finish at the exact same time have a go though a couple of of one’s autos until you come across two that do. That’s our baseline! So do the modifications below to only one vehicle and one particular aspect and then check and see the difference.

Now just before you go modifying anything make confident you aren’t messing with any Vintage Scalextric autos. These can bit worth a lot of money in their original form so don’t mess with them.

So let’s get started Modifying! When thinking of how to improve performance in a Scalextric carit’s the exact same as what you would do to enhance your personal car, greater motor, tires, roads etc. In fact should you know anything a lot more about cars than I do (and that’s most likely ) then you might possibly have a few more suggestions than what is suggested here so apply them but here’s some that you can try.

Let’s start off using the car mainly because that’s exactly where it is possible to get the biggest benefits. Let’s begin with the ideal model, a brand new engine. The engine that comes with you standard vehicles runs at X revolutions per minute (rpm’s from now on) but it is possible to get motors on the very same size that run at up to Y rpm. So it is possible to take out your old engine and replace your old engine with a higher rpm engine. Obviously the higher your motor rpm goes the faster your car will be!

The next factor it is possible to do is increase the gears. Your standard automobile runs more quickly in 5th than 1st suitable? And so will your Scalextric vehicle runs faster with diverse gears. Gears change a person rpm at the engine to a various rpm in the wheels. Now you can’t be inside the automobiles changing gears like your normal a person so the so have one set installed. But you possibly can pull them out and install a distinct set. If you’re old gears meant that a person revolution with the motor turn the wheels twice and your new configuration means they turn four times then you’ve just doubled your vehicle pace! Be careful although, your motor only has some significantly torque/ power so in the event you gear it too high the motor will not have enough power and will not be able to handle it and your car won’t make it up any slopes or worst yet not move at all. It may possibly take a tiny experimentation to obtain it suitable gear ratio for your motor.

So now you’ve ramped up your rpm but some of your respective electrical power is wasted on friction. The only factor you choose the motor to become doing is to be turning the wheels against the road (the bit where by you need friction) but it also turns the axles and gears against their bearings, and you do not wish to waste strength here. And that means you need to reduce the friction as very much as achievable. You can do this by installing far better bearings, which works excellent but is really a little hard to source. It is possible to also add lubricant the existing bearings and gears to lower the friction. Or much better yet, do both!

Just as we tried to reduce the friction exactly where we didn’t want it we desire to try and add it in which we do want it – the wheels. It’s not excellent obtaining you tires spinning twice as rapid if they just skid about the monitor and your car doesn’t move forward. To improve this you are able to get higher efficiency tires and swap them for the ones you might have on. They grip the road far better and make confident your rpms are turned into kpms aka speed. Also, normally included inside vehicles design so there’s not much you possibly can do about it, but you possibly can add fins etc that use the wind against the car to push the car tight to the trace increasing performance yet again.

So now you’ve got your vehicle running pretty quick – almost certainly as rapid as you possibly can practically make it go; now it’s time to look on the check. Like the tires about the automobiles you choose a substantial amount of friction on the observe so the combined grip in the tires and trace make for a excellent grip, the highest friction probable and also the no lost rpm’s. Scalextric has a new sports monitor out developed to try and do that but there is some DIY you’ll be able to do on your own check. A single uncomplicated thing you possibly can do is make guaranteed your monitor is clean and clear of dust. As you possibly can imagine dust around the track is like driving in mud and your car will slide.

After you’ve added friction to the track, now you want to remove it from anything where it is not needed. As the automobile run approximately the track it runs on a slot. That slot in most places can be a natural spot for dust and debris to collect along with the car has to push through it to produce its way all-around the track and it loses energy by undertaking that. So clean the slot of the track regularly. I adjusted one of my cars to complete it for me, adjusted the gears so it went slowly with a great deal of power and put some replaceable tissue around the post that goes into the slot. Then all I had to try and do was drive it all-around once or twice! The other position exactly where you are able to get friction from the slot is the track joints. If joints are lose or will not line up the car to bump a little bit as it goes through it and this slows it down as well. Very often the metal connector between the tracks bend a little and this creates a small space. Bend the metal back into spot and make sure the connection is not loose.

Finally, the power to your car comes through the track to your car. To get higher speeds you need more power to reach your car. So examine the contacts, make sure that they are all clean and tight so you will find no gaps that can cause loss of energy within the energy supply.

Now comes the time to test again. Get the very same car within the track and race them again, improved Vs original. When you will not notice a huge difference.