| If you wish to add some excitement to your life, | | | | 2 drawbacks to electrical engines. They do not |
| open wheel racing is one place to get it. Watching | | | | have as much power and they need to have their |
| skilled Indy Car racers speed around a 2 1/2 mile | | | | batteries recharged after roughly twenty minutes |
| oval at speeds above 230 mph will be an | | | | of driving. |
| adrenaline-pumping delight. Open wheel racing has | | | | Tecumseh, Honda, and Briggs and Stratton are |
| existed for many years and go kart racing is a | | | | several makers of common 4-stroke go cart |
| modification of this open-wheel motor sport. And | | | | engines. These companies build low-powered |
| just because go carts race on a shorter track at | | | | motors that can generate somewhere between 5 |
| slower speeds does not mean they aren't as | | | | and 20 hp. These low-powered engines are |
| exciting. Additionally, lots of drivers use carting as | | | | typically used at amusement centers or by |
| a stepping stone to more expensive, aggressive, | | | | beginning racers. But, a number of these engines |
| and faster racing. This is where some of the top | | | | will in reality reach speeds nearly 50 mph, so do |
| racing professionals started. | | | | not let the expression "low power" fool you. This |
| As with everything else there's a big distinction in | | | | may not appear quick in your mind, but as soon |
| the kind of carts that may be driven. Speed is | | | | as you start taking corners in a tiny cart at these |
| mostly determined by the scale of the go cart | | | | speeds you will immediately understand just how |
| engines, but it is also affected by the quality of | | | | speedy this really is. |
| the go cart frame, particularly when it involves | | | | Some 4-stroke engines have extra power and |
| cornering. Super Carts reach the fastest speeds | | | | can generate up to 50 hp. These motors will run |
| and can reach high speeds in excess of 160 mph. | | | | at up to 11,000 rpm (revolutions per minute) and |
| If that is just a bit too fast for your style you | | | | are frequently employed in numerous National |
| can choose to drive alternative sorts of carts | | | | Championship class races, but if you would like to |
| that will slow the pace down for you. Go carts | | | | race at the highest speeds you'll need to dig up a |
| can vary in speeds, with some traveling as | | | | 2-stroke engine. A number of 2-stroke engines will |
| leisurely as 10 mph at the family fun center. | | | | produce as little as 10 hp or less, but some will |
| Racing motors are usually 4-stroke or 2-stroke. | | | | additionally generate 90 hp or more at 16,000 |
| Different editions of the 4-stroke motor are | | | | rpm. Speeds in excess of 160 mph can be |
| incredibly popular in the fun centers and family | | | | achieved with these strong 2-stroke motors. |
| amusement parks, but electrical engines are | | | | Engines have improved significantly over the |
| growing in acceptance. Electric motors are ideal | | | | years. Most older carts were air-cooled, but as |
| for fun centers for many reasons. They are | | | | speeds continue to climb most engines of today |
| terribly cheap to operate and maintain, and only | | | | are water-cooled. Some of the less powerful |
| require a recharge when their power gets too | | | | 4-stroke motors are still cooled with air, but the |
| low. There's no need to fill their tanks with costly | | | | top hp engines are ordinarily water-cooled. No |
| fuel as they get their power from long-lasting | | | | matter what kind of racing you wish to do, |
| batteries. And gas motors experience a lot more | | | | whether at slower speeds for faster speeds, |
| mechanical problems and as a result electric | | | | there is an engine that will fit your needs. |
| engines are less costly to maintain. And, there are | | | | |