Excavation Contractors Hastings

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  • Coleman Construction
    4.3
    Brookway Business Park, Coleman House, Ivyhouse Lane, Hastings, East Sussex, TN35 4NN, GB

    About Coleman Construction Group Coleman Construction Group is a brand that brings together Coleman Construction & Utilities Limited and Coleman Rail. Our proven civil engineering experience encompasses both the construction and rail industries and we have two separate offerings to meet and exceed our customers’ requirements. Coleman Construction and Utilities delivers civil engineering and building projects in the utilities, highways and river and marine sectors. Coleman Rail has an extensive background of safety critical civil engineering and building work in the rail industry. Established in 2000 by Barry Coleman, the offering has grown from small beginnings into a successful, leading civil engineering and construction delivery organisation. Coleman Construction Group has expansive experience in these markets and has successfully commissioned many high-profile project solutions for UK customers. Its knowledge, experience and considerable capabilities provide a solution to meet every challenge, whilst its core values ensure every project is delivered safely, respectfully and with integrity.Solutions are achieved through a directly employed workforce, extensive owned plant, a transport fleet and dedicated supply chain partners. Continuous Improvement is high on the agenda; the businesses relentlessly invests in training and development – with an emphasis on safety, which has provided recognition and enabled long-term partnerships with a number of clients. Two decades on, Coleman Construction Group delivers with integrity, a build and construction service, offering for a comprehensive range of civil and building project solutions, for the construction and rail industries.

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  • Trojan Groundworks Ltd
    3
    Century House, 100 Menzies Road, Hastings, East Sussex, TN38 9BB, GB

    Welcome to Trojan Groundworks Formed in 2009, Trojan Groundworks has fully skilled personnel to take on contracts and sub-contracting work completing any projects on schedule and to your required specification in a safe and efficient manner. Our reputation for reliability and quality gained within the groundworks sector of the construction industry has led to more and more large established building companies / developers and general builders choosing us as their preferred contractor to carry out their groundwork packages, as we have the experience, necessary qualifications and a proven track record. Our groundworkers can complete a wide range of works covering new build developments, large extensions, new roads, communal drives, large areas of paving, deep drainage, large areas of hard landscaping and more for our customers. We have many regular customers including schools, colleges and national trust sites.  All our staff have the relevant CRB checks to work unaccompanied within schools, police stations, hospitals, colleges and other sensitive environments. All of our groundworkers have CSCS and CPCS cards relevant to their roles, and we hold the required street works qualifications needed to carry out any highways adaptations. We have at all times a minimum cover of £10,000,000 public & employers insurance, but if the works require it we can increase this at any time for any contract. We are registered with Constructionline and CHAS (construction health & safety) confirming our commitment to H&S. Contact us with the details of your works, and we will supply you with a very competitive rate.

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Frequently Asked Questions About Excavation Contractors

Find answers to common questions about excavation contractors and hiring excavation professionals in the UK.

What is the difference between cut and fill excavation?

Cut and fill excavation is a technique for balancing earthwork volumes on a site:
Cut: Involves excavating soil from an area where the existing grade is higher than the desired grade.
Fill: Refers to using the excavated soil ('cut' material) to raise the grade in an area where the existing grade is lower than desired.
This method minimizes the need to import or export soil, reducing costs and environmental impact. It's commonly used for site preparation, road construction, and landscaping.

What should I do before excavation starts?

Prior to the start of excavation, take these essential steps:
  • Clearly Define the Scope: Outline the project's goals, including the excavation area, depth, grade, and intended use.
  • Obtain Necessary Permits: Research and acquire any required permits from your local authorities.
  • Mark Utility Lines: Contact your utility companies to locate and mark underground utilities to prevent damage.
  • Communicate with Neighbors: Inform your neighbors about the project's timeline and potential noise or disruptions.
  • Prepare the Site: Clear any obstacles, such as vegetation, furniture, or structures, from the excavation area.
  • Discuss Safety Protocols: Review safety procedures with the contractor to ensure a safe work environment.
Taking these steps helps ensure a smooth and successful excavation project.

What equipment is used for excavation?

Excavation projects employ various heavy equipment, chosen based on the job's scale and complexity. Common equipment includes:
  • Excavators: Versatile machines with a bucket, arm, and rotating cab for digging, lifting, and moving earth.
  • Backhoes: Similar to excavators but with a digging bucket on the back and a loader bucket on the front, ideal for trenching and smaller excavations.
  • Bulldozers: Powerful machines with a large blade for pushing earth, clearing land, and leveling surfaces.
  • Skid Steers: Compact and maneuverable loaders with various attachments (buckets, forks) for digging, loading, and grading in tight spaces.
  • Trenchers: Specialized machines for digging narrow trenches for utilities.
  • Dump Trucks: Vehicles for hauling excavated material to disposal sites.
The choice of equipment depends on factors such as the type of excavation, soil conditions, site accessibility, and project budget.

How do I calculate how much dirt I need for fill?

To calculate the volume of dirt (fill) needed, follow these steps:
  1. Determine the Area: Measure the length and width of the area you want to fill. Multiply them to get the area in square feet (or meters).
  2. Determine the Depth: Measure the difference between the existing grade and the desired grade (how much you need to raise the ground). This is the depth of fill required.
  3. Calculate Volume: Multiply the area (step 1) by the depth (step 2) to get the volume in cubic feet (or meters).
  4. Account for Compaction: Fill dirt compacts when it settles, so add 10% to 25% to the calculated volume to account for compaction. The exact percentage depends on the type of fill material.
For complex projects or uneven terrain, consult an excavation contractor or surveyor for accurate volume calculations.

What is the difference between cut and fill excavation?

Cut and fill excavation is a technique for balancing earthwork volumes on a site:
Cut: Involves excavating soil from an area where the existing grade is higher than the desired grade.
Fill: Refers to using the excavated soil ('cut' material) to raise the grade in an area where the existing grade is lower than desired.
This method minimizes the need to import or export soil, reducing costs and environmental impact. It's commonly used for site preparation, road construction, and landscaping.

What should I do before excavation starts?

Prior to the start of excavation, take these essential steps:
  • Clearly Define the Scope: Outline the project's goals, including the excavation area, depth, grade, and intended use.
  • Obtain Necessary Permits: Research and acquire any required permits from your local authorities.
  • Mark Utility Lines: Contact your utility companies to locate and mark underground utilities to prevent damage.
  • Communicate with Neighbors: Inform your neighbors about the project's timeline and potential noise or disruptions.
  • Prepare the Site: Clear any obstacles, such as vegetation, furniture, or structures, from the excavation area.
  • Discuss Safety Protocols: Review safety procedures with the contractor to ensure a safe work environment.
Taking these steps helps ensure a smooth and successful excavation project.

What equipment is used for excavation?

Excavation projects employ various heavy equipment, chosen based on the job's scale and complexity. Common equipment includes:
  • Excavators: Versatile machines with a bucket, arm, and rotating cab for digging, lifting, and moving earth.
  • Backhoes: Similar to excavators but with a digging bucket on the back and a loader bucket on the front, ideal for trenching and smaller excavations.
  • Bulldozers: Powerful machines with a large blade for pushing earth, clearing land, and leveling surfaces.
  • Skid Steers: Compact and maneuverable loaders with various attachments (buckets, forks) for digging, loading, and grading in tight spaces.
  • Trenchers: Specialized machines for digging narrow trenches for utilities.
  • Dump Trucks: Vehicles for hauling excavated material to disposal sites.
The choice of equipment depends on factors such as the type of excavation, soil conditions, site accessibility, and project budget.

How do I calculate how much dirt I need for fill?

To calculate the volume of dirt (fill) needed, follow these steps:
  1. Determine the Area: Measure the length and width of the area you want to fill. Multiply them to get the area in square feet (or meters).
  2. Determine the Depth: Measure the difference between the existing grade and the desired grade (how much you need to raise the ground). This is the depth of fill required.
  3. Calculate Volume: Multiply the area (step 1) by the depth (step 2) to get the volume in cubic feet (or meters).
  4. Account for Compaction: Fill dirt compacts when it settles, so add 10% to 25% to the calculated volume to account for compaction. The exact percentage depends on the type of fill material.
For complex projects or uneven terrain, consult an excavation contractor or surveyor for accurate volume calculations.