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The Ask the Builder DIY shed concrete-chute video shows a simple idea: use a homemade chute made from scrap lumber to guide concrete from a wheelbarrow into a pier form, letting gravity move the mix instead of requiring a direct lift or awkward dump. It is a practical demonstration of material handling, not a footing design or a complete construction plan.
The page does not publish a cut list, lumber sizes, chute length, slope, capacity, fastening details, or bracing plan. Use the video for the transfer concept, then use your approved shed plans, local code requirements, and site-specific footing design for every structural decision.
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What does the Ask the Builder concrete-chute video show?
Tim Carter demonstrates a homemade chute assembled from scrap lumber. The chute is positioned between a wheelbarrow and a shed pier form so the concrete can travel down the sloped path into the form. The page presents gravity as the useful mechanism and describes the concept with the line, “Let Mother Nature’s gravity do it for FREE!” You can watch the demonstration on the Ask the Builder pier-form concrete chute video page.
That description tells you what problem the chute solves: the wheelbarrow does not have to be placed directly over the form, and the person handling the concrete can use a controlled channel to bridge a gap or elevation change. It does not establish that the chute is suitable for every pier, every concrete mix, or every site. The setup shown is an example of a transfer aid.
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What information is missing if you want to copy the chute?
The published video page is not a measured drawing. It does not state the board dimensions, lumber grade, inside width, overall length, slope, maximum amount of concrete, support spacing, fastener type, or a method for anchoring the chute to the ground or form. It also does not provide a capacity test or a safety rating.
That omission matters because wet concrete is heavy and can push against a temporary trough, especially if the outlet catches, the chute shifts, or the pier form is not restrained. A reader can reproduce the general arrangement, but should not infer exact dimensions from the screen or treat the demonstration as an engineered plan. Select materials and supports that are appropriate for the actual load and span, and have a competent person review an unusual or elevated setup.
How does the chute fit into the four-video pier workflow?
The chute is one part of a sequence rather than a stand-alone foundation method. Ask the Builder’s companion page on pouring concrete piers directs viewers to watch the related videos in order:
- Mix the bagged concrete. The mixing video explains the basic preparation before concrete reaches the form.
- Make the homemade chute. Scrap lumber is arranged to create the gravity-fed path.
- Use the chute to fill the pier form. The wheelbarrow feeds the chute, which directs the concrete into the form.
- Place anchoring bolts. The anchoring step follows placement of the concrete and is part of connecting the future shed framing to its supports.
Following the order helps separate material handling from structural layout. The chute does not determine pier spacing, footing depth, reinforcement, anchor-bolt location, or the amount and strength of concrete required. Those items belong to the approved plans and applicable local requirements.
What should be ready before concrete reaches the chute?
Prepare the work area before loading the wheelbarrow. The form should be located, aligned, and supported according to the project plans; the route from the mixing area to the form should be clear; and the receiving end of the chute should be positioned so concrete cannot spill onto an unstable edge or excavation.
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Ask the Builder’s mixing guidance names a mortar hoe or a small shovel used in a wheelbarrow as mixing tools. It also warns against adding so much water that the concrete flows like water. That is a brief handling caution, not a complete mix specification: use the concrete manufacturer’s instructions and the mix, water, temperature, and placement requirements in the project documents.
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- Have enough people to control the wheelbarrow, chute, and form without anyone standing in the line of a possible spill.
- Use clear access and stable footing for the wheelbarrow operator.
- Inspect scrap lumber for rot, splits, loose knots, protruding fasteners, and contamination that could interfere with handling.
- Decide how the chute will be supported at its actual span. The video does not publish a support design, so do not rely on an improvised prop that can slide or tip.
- Keep tools for consolidating and finishing concrete available, as required by the project instructions.
How do you use the gravity-fed arrangement?
The video supplies the concept, not a numbered installation procedure. The following sequence explains the decisions that must be made at the site without pretending that the source provides dimensions.
- Set the receiving form first. Verify its position, elevation, orientation, reinforcement, and any required hardware. The chute should feed the form, not be used to correct a misplaced form.
- Establish a stable route. Park or stage the wheelbarrow where its operator can reach the upper end without stepping into an excavation or onto loose fill. Keep the lower end clear of the form edge and any reinforcement that could catch the flow.
- Support the scrap-lumber chute. Provide supports for the actual length and height difference. Because no published support spacing or load rating exists for this demonstration, use a conservative arrangement and verify that the chute cannot rack, twist, or slide when loaded.
- Check the path before adding concrete. Look for joints, abrupt steps, or gaps where concrete could hang up. A dry run with an empty wheelbarrow can reveal reach and clearance problems without adding weight.
- Feed at a controlled rate. The operator should be able to stop or slow the discharge if the form begins to fill unevenly or the chute moves. Do not overload the upper end simply because the channel appears open.
- Watch the form and supports continuously. Wet concrete can move a poorly restrained form or temporary support. Stop placement if the chute shifts, the form bulges, or concrete begins escaping.
- Complete the placement and anchoring sequence. Follow the project instructions for consolidation, finishing, and anchor-bolt placement. The chute only transports concrete; it does not replace those operations.
How should the concrete mix be handled?
The companion mixing page’s practical warning is to avoid making the batch excessively watery; the concrete should not flow like water. Excess water can make a batch difficult to control on a sloped chute and can change the mix’s intended properties. The source does not publish a universal water ratio or a substitute for the bag manufacturer’s directions, so use the labeled instructions and any engineer- or code-specified requirements.
A mortar hoe or small shovel in a wheelbarrow is identified as an available mixing approach. That is a tool reference, not a claim that one tool is required or that it has been independently evaluated. The important preparation issue is consistency: batches should be mixed and placed in accordance with the product and project directions so the chute receives a manageable load rather than a thin slurry or a stiff mass that stops in the channel.
How do you keep a pier form from moving while it is filled?
Ask the Builder’s companion pages say that backfilling around the pier form helps hold it in place during placement and can help prevent a form blowout. The publisher’s pier-forms-in-place guidance and its page on the completed forms and ledge problem provide that context.
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Backfill is not a universal substitute for every brace or for the support required by your form system. Place and compact it as the approved installation instructions require, keeping the form at the specified location and elevation. The manufacturer’s installation tips also direct installers to backfill around the form before filling and to follow locally approved plans and code requirements.
What form appears in the demonstration?
Ask the Builder’s form video describes a prefabricated form that snaps together without tools and includes cut and bent reinforcing steel. A reader asked, “What was that form you used? It has a rebar holder built in?” Tim Carter responded by linking to the FailSafe Pier Footer product collection. That exchange identifies the product lead shown in the discussion; it is not an independent endorsement or proof that a particular model fits your shed.
The seller describes its footer with the statement, “Our footer requires no tools and snaps together in minutes!” That is a manufacturer claim. Models can have different base diameters, depths, reinforcement arrangements, and stated load information. Consult the seller’s product specifications, then verify that the selected system is compatible with the approved rebar, post connection, soil conditions, frost requirements, and local approval for the project.
Is a scrap-lumber chute better than carrying concrete directly?
The chute can reduce awkward lifting when the wheelbarrow and form are separated by distance or elevation, but the best transfer method depends on the site. The video provides one example and no comparative labor, speed, or cost measurements.
| Transfer approach | Equipment and labor considerations | Control questions | Main limitation |
|---|---|---|---|
| Direct wheelbarrow discharge | Requires the wheelbarrow to reach the form and the operator to control the tip at the edge. | Can the wheelbarrow travel and stop on stable ground without striking the form? | Access may be poor around excavations or elevated forms. |
| Scrap-lumber gravity chute | Adds a temporary channel and supports; the wheelbarrow can remain farther from the form. | Is the chute adequately supported, aligned, and clear of obstructions for the entire pour? | The source gives no dimensions, capacity, slope, or bracing plan. |
| Other mechanized or hired placement | May reduce manual handling but brings equipment, access, scheduling, and cost requirements. | Can the equipment reach the forms while meeting the site’s safety and placement plan? | The available data supplies no performance or price comparison for these methods. |
Choose by the distance and elevation between the wheelbarrow and form, the amount of control needed at the discharge, the available labor, and whether the temporary setup can be safely supported. Do not select a method solely because it appears quick in a video.
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What problems should you watch for during the pour?
- Concrete stops in the chute
- Pause the feed and identify the obstruction rather than adding more weight behind it. The source does not specify a slope or surface treatment, so a blockage is a signal to reassess the angle, joints, and mix consistency safely.
- The chute shifts or twists
- Stop placement, secure or rebuild the support arrangement, and keep people clear of the potential fall path. There is no published bracing detail to justify continuing with a moving channel.
- The form begins to bulge or move
- Stop filling and stabilize the form according to the form manufacturer’s instructions and approved plan. Backfill can help hold a form, but it must be installed as directed and may not solve every restraint problem.
- Concrete spills over the form
- Reduce the feed rate and check the receiving position. Do not stand beneath or beside an unsupported elevated chute while trying to catch a spill.
- Anchor hardware is misplaced
- Follow the approved anchor layout and place hardware at the required stage of the pour. The chute does not establish bolt spacing or embedment.
Which decisions still require plans or local approval?
The video cannot tell you how deep to excavate, how large or closely spaced the piers should be, what soil bearing capacity applies, how much reinforcement is required, what concrete strength to specify, or how to connect the shed frame. Frost depth, expansive or weak soil, drainage, slope, wind exposure, shed size, and local amendments can all change the design.
The form manufacturer directs installers to use locally approved plans and comply with local code requirements. Treat manufacturer load figures as model- and condition-specific claims, not as general capacity for every pier. If the project has unusual soil, a retaining condition, a large or elevated shed, or uncertainty about the footing design, obtain advice from the authority having jurisdiction or a qualified design professional before placing concrete.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How should you evaluate a homemade chute before use?
Use a short pre-pour checklist:
- Does the route avoid people, electrical hazards, open excavations, and unstable edges?
- Are the lumber pieces sound, clean, and joined without exposed hazards?
- Are the upper and lower ends supported against sliding, tipping, and twisting?
- Can the wheelbarrow operator stop feeding immediately?
- Can the receiving form withstand placement forces and remain at its planned elevation?
- Is the mix being made to the product and project instructions rather than diluted until it runs like water?
- Are reinforcement and anchor locations protected from displacement?
- Does everyone know who controls the wheelbarrow, who watches the chute, and who watches the form?
If any answer is no, correct the setup before mixing or loading concrete. The advantage of a gravity-fed path is convenience; it is not a reason to accept an unstable temporary structure.
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The Ask the Builder demonstration is useful for one clear lesson: a scrap-lumber chute can guide concrete from a wheelbarrow into a shed pier form by using gravity. Its value is in showing a material-transfer concept that may simplify access when a direct wheelbarrow dump is awkward.
It is not a cut list, an engineered chute design, a concrete mix specification, or approval for a particular pier system. Use the related mixing, form, backfill, and anchoring guidance in sequence, and use approved plans, manufacturer instructions, and local requirements for the structural and safety decisions the video leaves open.
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Frequently Asked Questions
Can I use the same homemade chute for a different concrete project?
Only as a general material-handling idea. A different project may involve a longer span, higher outlet, larger batch, different form, or different access conditions, so the supports and safe arrangement must be reassessed rather than copied from the shed demonstration.
What slope should a concrete chute have?
The Ask the Builder page does not publish a slope, length, or capacity. Do not infer a dimension from the video; set the arrangement according to the actual site, mix instructions, and a support plan that keeps the channel stable and controllable.
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No universal feature can be inferred from the demonstration. The reader question referred to a particular form, and Carter linked the FailSafe Pier Footer collection; check the exact model’s specifications and approved reinforcement details before purchasing or placing it.
Can backfill replace bracing around a pier form?
Backfill can help hold a form during placement, according to Ask the Builder and the manufacturer’s installation guidance, but it is not automatically a replacement for every required support. Install and compact it as the approved instructions require, and stop if the form moves.
Is the chute video enough to approve my shed foundation?
No. It does not establish footing dimensions, soil assumptions, reinforcement, concrete strength, pier spacing, or anchor layout. Those decisions require the shed plans, local code review, and any site-specific professional design needed for the project.
