An Earthquake Auger is a piece of heavy equipment that is used to break up massive amounts of earth to clear access to buried trenches, banks or other features under the earth. Earthquake Augers are generally powered by gasoline, or alternatively, they can be run on electricity from a nearby utility transformer. The device works by forcing a circular blade into the earth at high speed and then cutting it away. The cutting blades are normally powered by an internal engine, with the gas mixtures used as the source of exhaust.

After the blades are forced deep into the ground, a thin layer of gas is injected under the blade and this gas helps the blade to move along the desired path. The most commonly used gas combination is oil and hydraulic, but carburetor driven gas augers are also available. The most common types of Earthquake Augers in use today are made with either a remote or on-site electric motor, a foam-grip handlebars, a steel shaft, and a sturdy steel cradle.

An Earthquake Auger is designed to make excavations quicker and much more efficient than conventional digging. This type of auger has two main functions. The first is to cut through soil to remove unwanted soil layers and debris. The second is to force soil and debris through the holes created by the excavating machinery. This second function is usually achieved by using a carburetor which adds a thrust to the cutting head of the auger bit.

garden Auger Prior, to the operation of any Earthquake Auger, a quick-start primer is required. This primer will help the operators at the receiving site know how to operate the device safely, and even before the first soil screws are inserted into the earth. It will also help the operators to become accustomed to the gas mixture being used, the throttles, and other important components of the gas engine.


Most Earthquake Augers are powered by two-cycle gasoline engine. These engines are known to run cooler and require less maintenance. However, gas engines are also known to produce louder noises and to emit harmful pollutants into the atmosphere. A two-cycle engine is recommended for use in auger applications due to these factors.

Most gas-powered Augers are fitted with a two-cycle carburetor system that allows the auger bit to slowly enter the earth and force soil into the cavities created by the auger shaft. The carburetor system is very quiet while operating, making it suitable for any given location. However, it is still recommended that operators wear protective gear such as hard hats and dust masks to protect their heads from gas emissions and noise. If the earth auger bit is overheated it can severely damage the engine and can even cause the loss of the engine.

Most gas-powered Earthquake Augers are powered by electric motor. Electric augers are highly efficient and emit little to no noise while operating. These augers are suitable for shallow poring applications, but they cannot generate enough force to grind through soil. These types of earth augers must be manually operated with the help of an electric cable to excavate large voids.

Earthquake Augers are generally used in areas where manual excavation is impossible due to terrain features. This makes it necessary for operators to have a fully operational and robust piece of machinery that will work regardless of the situation. It is essential for every construction site to have a fully operational and robust piece of equipment such as the Earthquake Auger. Choosing the best one is important. In order to do so, one must consider different factors like type of material to be excavated, type of use, and most importantly, the site to be excavated.