If you own a Briggs and Stratton go kart, you may want to read this article to find out how to quiet it. In addition to this, you should be aware of the differences between Honda and Predator engines. While there are a few things that you can do to reduce noise, there are other steps you can take to minimize noise. Here are some tips:
Briggs and Stratton engines
Many go kart owners wonder how to quiet the Briggs and Stratton engine. The answer is to route the exhaust forward. The larger components take up more room and may not fit in all karts. Regardless, there are several solutions for the loudness problem. The Briggs and Stratton engine is popular with go kart owners for several reasons. The company makes go kart engines using the latest in product design and manufacturing process control.
The company began making gasoline engines in 1908. This early venture saw Stephen Foster Briggs teaming up with investor Harold M. Stratton and formed the Briggs & Stratton Corporation. The company went public on the New York Stock Exchange in 1928, and their success with the industry helped them secure growth. In 1927, Briggs & Stratton purchased Johnson and Evinrude outboards. The company grew into the Outboard Marine Corporation. The company’s logo changed in 1968, but the name remained the same.
A pull-start engine is a good choice for go karts. It has a durable cast iron cylinder, a ball bearing block, and auto-shutdown features. A black clone engine is best for racing purposes, as it works quieter. However, selecting an engine can be tricky. The following guide will help you choose the best engine for your go kart.
A new 420cc engine from Honda is known to be quite, and it can also reduce the noise level of a go kart significantly. A special cast-iron cylinder sleeve, a small muffler, and an OHC layout also contribute to the quiet operation of a Honda engine. The Honda engine also has an oil-level indicator, which keeps the engine from running if it runs out of oil. Unlike older engines, the Honda engine also offers improved fuel efficiency and performance.