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Footing Excavation Contractors

...for over 20 years!

Footing Excavation Overview

D R Excavation specializes in providing exemplary footing services that form the bedrock of sturdy foundations.


With expertise in excavations, they excel in crafting precise footings, utilizing top-tier materials such as poured concrete and masonry blocks.


Tailoring their approach to varying structural demands, D R Excavation ensures the seamless transfer of building weight to the ground.


Their commitment to precision and quality makes them a trusted choice for robust foundations that stand the test of time.


Elevate your construction projects with D R Excavation's reliable and skillful footing services.

Types of Footing

  • Digging a Footing

    One of the key issues is determining the depth and width of the footing, the area at the base of a foundation where it meets the soil.


    This section must be robust enough to handle the weight of the structure above it, and to help protect against groundwater seepage and other types of foundation damage.


    To determine this footing width, your excavation contractor must first assess several key factors, such as soil type, depth to bedrock or groundwater levels, load requirements of walls or floors above, etc.


    Based on these considerations, the contractor will then design a plan for footing excavation that will accommodate all relevant factors and ensure safe construction on site.

  • Continuous Footings

    A continuous footing is made of reinforced concrete and typically rectangular in shape. The footing must be large enough to distribute the load over a wide area so that the soil can support it. In many cases, a continuous footing also serves as the foundation wall for the building. This technique is often used in areas where frost heave could damage a structure if it were built on individual footings.


    This type of footing is typically used for projects where the soil is not stable enough to support traditional footings (such as piers or posts). Continuous footings are also often used for foundation walls, retaining walls, and other load-bearing structures. The advantage of this type of footing is that it provides uniform support throughout its length. The disadvantage is that it can be difficult to pour, and it requires a higher level of skill to execute properly. As a result, continuous footings are typically more expensive than traditional footings.


    When preparing to work on a continuous footing excavation, there are several important considerations that we must take into account. First, the nature of the soil must be carefully assessed in order to determine the best way to excavate without causing undue damage. Second, the depth and width of the excavation must be carefully calculated in order to ensure that the footing will be able to support the weight of the structure.


    Finally, we must have a clear understanding of the construction timeline in order to coordinate their work with the other trades. By taking these factors into account, D R Excavation can ensure that they complete their work safely and efficiently.

  • Trench Footings

    A trench footing is a type of foundation that is used to support structures that are built on soft or unstable ground. We typically use trench footings when our clients are constructing buildings in areas where the soil is not able to support the weight of the structure. Trench footings are also used to stabilize slopes and prevent erosion.


    The footing is dug into the ground using a excavator and is typically about 3 feet wide and 5 feet deep. The sides of the trench are then reinforced with steel or concrete before the foundation is poured. Once the concrete has cured, the building can then be constructed on top of the footing.


    It is essential to have an accurate understanding of the soil conditions at the site. Different types of soil have different load-bearing capacities, which can impact the stability and strength of the trench footing. In addition, it is critical to monitor changing weather conditions and predict possible water or wind erosion that may compromise the integrity of the foundation.


    Whether working on residential or commercial construction sites, we are prepared to deal with all these issues while also providing quality workmanship that meets local building codes and safety standards.

  • Muck Excavations

    One of the most important considerations of the muck excavation process is the moisture content of the soil. If the soil is too wet, it can be extremely difficult to excavate and could even collapse in on itself. On the other hand, if the soil is too dry, it will be much harder to compact and could lead to issues down the line.


    Another consideration is the degree of compaction required. Muck excavations need to be compacted much more densely than other types of excavations, so it's important to use the right equipment to get the job done right. Finally, muck excavations often need to be done at a shallower depth than other types of excavations due to the high water table.


    These are just a few of the special considerations that an we take into account when working on muck excavation.

  • a case excavator sits in a grassy field

Safety in Construction Excavation

In construction excavation, safety should always be the top priority. It's important for contractors to take special safety precautions into consideration.


One of the most important things to keep in mind is the potential for cave-ins. Because of this, contractors need to carefully assess the stability of the soil before beginning any work. They also need to create a safe work environment by shoring up any areas that could collapse.


Another safety consideration is the risk of being exposed to harmful chemicals or gases that could be present in the soil. In order to protect workers, contractors need to make sure that ventilation is adequate and that all workers are wearing the proper safety equipment.


By taking these precautions, construction excavation contractors can help to ensure a safe work environment for everyone involved.

FAQ's About Footing Excavation

  • What is the purpose of a footing?

    A footing is a foundation that is laid on unstable ground in order to provide a stable surface on which to build. Footings are used in many construction projects, but are most commonly found in buildings that are constructed on a slope.


    A footing is a layer of protection between a structure and the ground, protecting against cold in wintertime. It also protects against moving earth or shaking land under the structure.


    Without a stable and secure foundation, movement could cause cracks and chips in the walls, floor, ceiling and framework of a structure.

  • What is the difference between a foundation and a footing?

    A foundation is the substructure of a building that transfers loads to the ground. A footing is a horizontal member that transfers the load of a column to the foundation.


    A foundation is a key part of any building, and there are many different types to choose from. The most common type of foundation is the slab-based foundation, which is a simple, solid base for your home. Other types of foundations include pier and beam, crawl space, basement, and stem wall.


    Each type of foundation has its own set of benefits and drawbacks, so it's important to choose the right one for your home. For example, a pier and beam foundation can be more expensive than a slab-based foundation but offers more protection against moisture damage and pests.


    A footing is a cheaper option than adding an extra room for storage. It's simply a platform that rests on the ground beneath your home and provides support for your walls. Footings can be made of stone or dirt-bearing materials like clay or sandstone.

  • What makes a good footing?

    There are many factors that go into making a good footing, but three of the most important are:

    • Stability: The footing should be stable so that the person or object standing on it doesn't fall.
    • Strength: The footing should be strong enough to support the weight of the person or object standing on it.
    • Resistance: The footing should be resistant to wear and tear so that it lasts a long time.

    When it comes to constructing a strong foundation for a building, there are a number of factors to consider. As excavation contractors, we have seen firsthand how important it is to get the footing right. The footing is the part of the foundation that supports the weight of the structure and transfers the load to the soil below.


    The ideal soil for a footing is firm, non-expansive clay or gravel with a high bearing capacity. Other factors include the depth of the footing, the width of the footing, and the reinforcing steel used in the concrete mix. Getting all of these factors right is essential for ensuring that your foundation will be able to support the weight of your building.

  • Why footings fail?

    Footings can fail for a variety of reasons, but the most common reason is that the soil beneath them is not strong enough to support the weight of the structure. When the soil erodes or becomes too wet, the footing can sink or even collapse.


    Water is the main cause of foundation failure. When it gets into the backfill, it can weaken the soil and cause the foundation to fail. Foundation failure can also occur because of organic matter or clay in the backfill which will not allow the concrete to cure properly. Excessive moisture causes foundation failure by expanding and weakening the soil, leading to settlement and cracks in the foundation.


    The base of the foundation should be properly compacted to ensure that the concrete doesn't seep into the ground. If concrete setting is interrupted, there may be a seam or joint between poured sections. The concrete needs to be sealed in order for water vapor to not seep into the foundation. Seams can cause foundations to shift and settle or crack as a result of moisture contamination.

  • What are the 4 different types of footings?

    In general, there are four main types of footings: spread footings, wall footings, column footings, and pier footings. Each type has its own advantages and disadvantages, and the best choice for a particular project will depend on a variety of factors.


    Spread footings are the most common type of footing, and they are typically used for buildings with load-bearing walls. Wall footings are used to support individual walls, while column footings are used to support columns or other vertical members. Pier footings are typically used to support decks or other structures that are not attached to a building.


    There are also several specialized types of footings, such as sewerage basin footings and shoring tower footings.


    The best way to determine the best type of footing for a particular project is to consult with a qualified professional, so give us a call to schedule a free quote!

  • What is the minimum depth for a footing?

    The minimum depth for a footing is typically determined by the weight of the load that will be placed on it. The heavier the load, the deeper the footing will need to be.


    When laying down a foundation for a structure, it is important to make sure that the footing is of sufficient depth. This will ensure that the foundation can support the weight of the structure and that it will be stable in unstable soil.


    The minimum depth for a footing will vary depending on the type of ground on which it is laid. In general, however, the minimum depth should be greater than the thickness of any soft soil layer beneath it. This will help to prevent the footing from sinking into unstable ground and compromising the stability of the foundation.

  • How do you determine the depth of a footing to excavate?

    Depth of footing excavation is determined by the bearing capacity of the soil, the size and weight of the structure, and the allowable settlement.


    When it comes to excavating a footing, the depth is an important factor to consider.


    You want to make sure that the footing is deep enough so that it can support the weight of the structure, but you don't want to go too deep and end up spending more money than necessary.


    Once you have determined the depth of your footing, you need to find a contractor who can excavate it for you.


    Give us a call if you're looking to have this need filled!

  • Can you pour concrete footing and slab together?

    The answer is yes, and the processes performing a slab-on-grade or monolithic pour, a contractor must take great care to ensure that the job is done correctly.


    But, there are a few things to keep in mind. First, the footing must be slightly larger than the slab. This will ensure that the slab does not crack or settle once it is poured. Second, the footing must be level and level with the ground. Otherwise, the slab will not sit evenly on the footing and could crack.


    Finally, it is important to make sure that the soil around the footing is compacted before pouring the slab. Otherwise, the weight of the concrete could cause the footing to sink into the ground. By following these simple guidelines, you can pour a concrete footing and slab together without any problems.

Reach Out For A Free Quote Today

So if you're looking for an excavation contractor that can provide quality workmanship at a fair price, then look no further than our company. We'll be happy to provide you with a free estimate for your project. Contact us today to get started!