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A concrete footing is the load-spreading base beneath a foundation, and Concrete Footer Part 1 shows what that base looks like immediately before concrete is placed. Tim Carter’s video follows a residential garage project near Lake Winnisquam in New Hampshire: the forms are assembled, two continuous 1/2-inch reinforcing rods are suspended inside them, and one section steps up over solid bedrock. The footage is useful for understanding the sequence and the visible components, but it is not a set of construction plans or a substitute for current local requirements.
What is a concrete footing, and why is it built first?
A concrete footing is the widened base that transfers a structure’s load to the soil. By spreading the load over a larger area, it reduces the pressure concentrated at any one point and creates a level bearing surface for the foundation that will be built above it. In the garage example, Carter describes the footing as the first element generally constructed.
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Contractors and homeowners use both footing and footer. “Footing” is the more common term in technical writing, while “footer” appears frequently in everyday construction conversation and in the video title. In this article, the terms refer to the same basic foundation element.
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What does the footing look like before the concrete is poured?
Part 1 is filmed at the stage when the footing forms are ready and the concrete truck has not yet arrived. Instead of a finished gray strip of concrete, the viewer sees the temporary formwork that defines the footing’s width, elevation and route. The forms establish the space that the concrete will occupy; they also give the crew and inspectors something visible to check before the pour.
The setting matters. This is a particular residential garage project near Lake Winnisquam, New Hampshire, not a generic diagram intended to represent every foundation. The layout, elevation changes and reinforcement shown belong to that site. A different house, soil profile or local design may require different dimensions, reinforcing steel or construction details.
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- The forms: the boards or panels that contain the fresh concrete and define the footing’s shape.
- The reinforcement: steel placed inside the form space rather than lying loose on the soil.
- The prepared support below: the compacted soil or, where the site changes, the rock surface and the transition between them.
Part 1 stops at this preparatory moment. It does not show the concrete filling the forms, finishing work, curing or the foundation wall being placed on top.
How is reinforcing steel arranged in Carter’s example?
Carter identifies two 1/2-inch steel reinforcing rods suspended inside the footing forms. He says the rods run continuously around the footing. That is a description of the garage project shown in the video, not a universal specification for residential footings.
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Suspending steel matters visually and practically: the rods are intended to remain inside the concrete rather than sit directly on the soil at the bottom of the form. The video does not identify the chairs, ties or other supports used to hold them in position. A general category such as rebar chairs or reinforcement supports is associated with this task, but there is no evidence that the crew used any particular product, and the footage should not be treated as a product demonstration.
Reinforcing layouts are selected from the structural design for the actual building. Bar diameter, quantity, spacing, laps, bends, concrete cover and support method can all vary with the footing’s dimensions, loads, soil conditions and governing code. Because Part 1 supplies none of those calculations, copying the two 1/2-inch rods onto another project would be unsafe and unjustified.
Why does one section step up over bedrock?
One of the most useful details in the video is also one of the easiest to misread. A section of this footing steps up where the excavation encounters solid bedrock. Carter says additional rods were drilled into the rock at that location.
This is a site-specific adaptation to an elevation change. The footing cannot simply continue at one unchanged level when the underlying material rises into the planned excavation. The visible step allows the foundation layout to follow the actual ground conditions while maintaining a connection at the rock transition. The added drilled rods show that the crew treated the rock interface as a special structural detail.
That does not mean every footing over rock needs the same step or the same number and size of drilled bars. Rock quality, elevation, excavation limits, the foundation design and local engineering decisions control the solution. If excavation exposes bedrock, an owner should stop treating the original sketch as complete and ask the designer, engineer or building official how the change is to be documented.
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What has to be checked before the concrete truck arrives?
Carter says the soil under the footing must be compacted and must pass inspection by building officials. In the video, this is his advice about the project’s pre-pour readiness. It should not be read as a complete statement of every jurisdiction’s code or inspection procedure.
Before a pour, the responsible team normally compares the physical setup with the approved plans and the inspection requirements that apply at that address. The useful questions are practical:
- Is the bearing surface ready? Confirm that loose or disturbed material has been addressed and that the soil condition is the one accepted for the project. Carter specifically emphasizes compaction.
- Are the forms in the correct position and elevation? The formwork should match the foundation layout, including any planned step or change in height.
- Is the reinforcement actually inside the form space? In Carter’s example, two continuous rods are suspended in the forms. The project plans—not the video—determine whether that arrangement is correct elsewhere.
- Has the required inspection occurred? Carter says building officials inspect and approve the soil condition before the pour. Some jurisdictions require a formal sign-off or a specific inspection window; verify the current local process in advance.
- Have site changes been resolved? Bedrock, groundwater, unstable soil or a change in the building footprint can require revised drawings or professional direction before concrete is ordered.
Concrete should not be ordered merely because the forms look finished. The pour is difficult to reverse, so unresolved questions about soil, elevation or steel should be settled before the truck is dispatched.
What does Part 1 explain—and what does it leave out?
The video is a visual introduction to the footing stage, not an engineered installation manual. It shows the relationship between forms, reinforcement, prepared ground and a rock step. It does not provide footing width or thickness, excavation depth, soil-bearing calculations, concrete strength or mix, placement temperature, curing instructions, anchor details, drainage design or jurisdiction-specific code references.
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It also does not identify the exact hardware supporting the reinforcing rods. A still image can make a bar appear properly suspended even when the support details are hidden from view. For a real project, the approved structural and architectural drawings, the concrete specification and the inspector’s requirements control those details.
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The source page is dated November 22, 2010. Construction practice and code language can change, and local rules differ by municipality. Use the video to understand what you are looking at, then use current documents and local professionals to decide what is permitted and required now.
How does this video fit into the rest of the foundation series?
Concrete Footer Part 1 is the first installment in a multi-part foundation-video series. The publisher’s archive identifies Part 2 as the stage where concrete is poured into the footing forms. Part 3 shows the poured footing and its keyway. Watching the installments in order helps connect the empty formwork in Part 1 with the concrete-filled element and the subsequent foundation connection.
The series is therefore best used as a sequence lesson: prepare and inspect the support, place the concrete, then examine the completed footing and its keyway. It is not a substitute for the plans that determine the dimensions or reinforcement of a particular building.
How should a homeowner use the footage during a real project?
Use the video as a vocabulary and observation aid. Before visiting the site, read the footing and foundation details in the approved drawings. At the site, ask the contractor to identify the form lines, the reinforcement, any elevation step and the surface that has been accepted for bearing. Those questions make it easier to compare what is visible with what the designer actually specified.
Keep a record of decisions when conditions differ from the drawings. A rock shelf, soft pocket, unexpected water or a changed garage location can affect the footing design. Photographing the pre-pour setup may be useful for project records, but photographs do not replace an inspection or an engineer’s approval.
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If you are hiring the work, ask who is responsible for coordinating the inspection and what must be approved before concrete placement. Also ask how a rejected inspection, a weather delay or a discovered site change will be handled. The answers should come from the contractor and the authority having jurisdiction for your project, not from assumptions based on a decade-old video.
Common mistakes when interpreting a footing video
- Calling the visible form the foundation wall. The form shown in Part 1 defines the footing. The wall or other foundation element comes later.
- Treating one bar size as a rule. The two 1/2-inch rods are a detail Carter reports for this garage example, not a standard for all homes.
- Assuming every rock site needs the same step. The stepped section and drilled rods respond to the conditions at this location.
- Skipping the inspection because the steel looks correct. Carter specifically links readiness to compacted soil and approval by building officials.
- Using an old video as current code advice. The source is dated 2010, and requirements are set by the current jurisdiction and approved project documents.
- Guessing hidden details. The footage does not establish concrete mix, dimensions, soil capacity or the supports holding the steel.
What is the practical takeaway from Concrete Footer Part 1?
Before a footing is poured, the important visible story is preparation: a defined form, reinforcement held inside that form, and a bearing surface that has been prepared and accepted. Carter’s New Hampshire garage example also shows why real sites cannot be reduced to a single standard detail: solid bedrock forces a stepped section and additional drilled rods.
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For the original video and its transcript, see Ask the Builder’s Concrete Footer Part 1 Video. The complete sequence is listed in the Foundation Videos archive. Use those pages to understand the sequence, then rely on current plans, inspections and qualified local advice for an actual build.
Frequently Asked Questions
Is a concrete footer the same thing as a footing?
In ordinary residential construction conversation, “footer” and “footing” usually describe the same widened concrete base beneath a foundation. “Footing” is the term you are more likely to see in drawings, specifications and technical guidance.
Can I copy the two 1/2-inch reinforcing rods shown in the video?
No. The rods are a detail from one garage project, and the video does not provide the calculations, spacing, cover or support information needed to design another footing. Use the reinforcement schedule in the approved plans for your site.
What should I do if excavation exposes bedrock?
Pause and have the designer, engineer or building official review the condition before the pour. The video shows one project using a stepped footing and additional rods drilled into rock, but that detail cannot establish the correct solution for a different site.
Does watching the series satisfy a required footing inspection?
No. A video can help you recognize forms and reinforcement, but only the authority having jurisdiction can define and record the inspection required for your address. Confirm the timing and sign-off process before concrete placement.
