Quick Answer: Plan for roughly 14 to 16 feet of overhead clearance for shipping container delivery, because a tilt-deck trailer lifts the container that high during tilt-off. Keep hydro lines, tree branches, eaves and gateway arches out of that zone. A high-cube needs a foot more. Allow about 12 feet of width and a long straight pull-out.
Reading Time: 12 minutes
In This Guide
- How much overhead clearance for shipping container delivery?
- Hydro lines and tree branches: the look-up-before-you-order rule
- What happens during tilt-off (why the container goes up so high)
- Width and straight pull-out length your driver needs
- Does a high-cube container need more clearance?
- Firm, dry ground: the weight nobody pictures
- How to walk your own site before delivery day
- When a crane is the answer instead of a tilt-deck
- Frequently Asked Questions
Most delivery problems are not delivery problems. They are clearance problems that nobody looked up before the truck rolled out. A shipping container delivery clearance check takes five minutes standing in your own driveway with your head tilted back, and it saves a wasted trip, a re-book, and the awkward call where the driver tells you the bin cannot land where you wanted it.
Van Blanc has delivered shipping containers across Ontario from our Brantford yards since 1995. We run tilt-deck trucks for ground-level drops and a HIAB crane truck for the sites a tilt-deck cannot reach. This guide walks through the three measurements that gate every delivery: overhead height, width, and the straight pull-out length. We also cover the one hazard you cannot eyeball safely, which is the hydro line.
How much overhead clearance for shipping container delivery?
Plan for 14 to 16 feet of vertical clearance above the spot where you want the container to land. That is the figure to remember. A standard 8 foot 6 inch container delivered on a tilt-deck trailer reaches roughly 14 feet at its highest point as the bed tilts up, and the working number drivers prefer is 16 feet to give the steel room to clear cleanly. Anything hanging lower than that, a hydro line, a tree branch, a carport roof, a building eave, a basketball hoop, a gateway arch, becomes a height restriction.
This is the part buyers underestimate, because a container sitting on the ground is only chest-high to a person. The height comes from the delivery, not the container. During tilt-off the rear of the bed climbs into the air so the container can slide down to the ground, and for a few seconds the top corner of that bin is two storeys up. The branch you walk under every day without thinking is suddenly in the way.
The number that matters: clearance above the landing spot
Overhead clearance for shipping container delivery is the unobstructed vertical space measured from the ground to the lowest object directly above the landing area and the trailer behind it. For a tilt-deck drop of a standard-height container, that clearance needs to be about 14 to 16 feet. High-cube containers stand a foot taller (9 feet 6 inches versus 8 feet 6 inches), so they need a foot more headroom through the whole tilt-off arc. Measure to the lowest thing in the path, not the average.
If you only take one thing from this page: before you order, stand where you want the container, look straight up, and ask whether a tilt-deck trailer could raise a two-storey-tall steel box on that exact spot without touching anything. If the answer is no, that is a conversation to have when you call us, not a surprise for delivery day.
Hydro lines and tree branches: the look-up-before-you-order rule
Tree branches and hydro lines are the two most common overhead obstacles in Ontario yards, and they are not the same kind of problem. A branch is a nuisance you can deal with. A hydro line is a safety limit set by law, and it is the one obstacle nobody should try to judge by eye.
Start with the branches, because they are easy. If a limb hangs into the 14-to-16-foot delivery zone over your landing spot, trim it back before delivery day. Handle the trimming about a week ahead, not the morning the truck arrives. Branches also matter after the bin lands: a container parked under a mature canopy collects leaf litter in the door tracks, which traps moisture against the seals and shortens their life. Clearing the path for delivery often fixes the long-term problem at the same time.
Hydro lines are a legal clearance, not a judgment call
In Ontario, the Construction Projects regulation under the Occupational Health and Safety Act (O. Reg. 213/91, section 188) sets minimum approach distances that equipment and loads must keep from energized overhead lines, and those distances grow with the voltage. A common service-line minimum is 3 metres (about 10 feet) plus allowance for the line swinging in the wind, and high-voltage transmission lines require far more. The honest answer for a homeowner is simple: if there is any overhead line near the landing spot, call us about it, and if there is any doubt, your local hydro distributor will tell you the exact clearance for your line. A container touching a live line is life-threatening. We do not guess, and you should not either.
This is the look-up-before-you-order rule in one sentence: the lines and limbs over your yard decide where the container can go, so look up first and tell us what you see. When you call the yard, the fastest version of this whole conversation is you describing what is above the spot while standing in it. Our dispatcher has placed thousands of bins and can usually tell you in one call whether your site is a clean tilt-deck drop or whether we should bring the crane.
What happens during tilt-off (why the container goes up so high)
Tilt-off, sometimes called tilt-bed or roll-off delivery, is how most ground-level shipping containers land. The trailer backs the container into position, the driver chocks the rear of the bin against the ground, and then the hydraulic bed tilts up at the front. As the bed rises, the container slides down its rails and settles onto the ground while the truck eases forward out from underneath. The bin ends up sitting flat at ground level, exactly where a storage or workshop container should be. No crane, no lifting fee, when the site allows it.
The reason tilt-off needs so much overhead is the geometry of that lift. To slide a 20 or 40 foot box off the back, the front of the bed has to climb high, and that swings the leading top corner of the container up into the air. That moment is when a low branch or eave gets clipped. It is also why the straight-line space behind the truck matters so much, which is the next measurement.
Christian LeBlanc, second-generation operator, Van Blanc Ent. Inc.: “People picture the container, not the truck doing the work. The bin is shoulder height once it is down. Getting it down is the part that needs the room. I have had folks swear the spot was wide open, and they were right at eye level, but there was a hydro line they had stopped seeing years ago. We always rather hear about it on the phone than find it in the driveway.”
A tilt-deck drop is fast and clean on an open site. The trade-off is that it asks for more space than people expect, both above and behind. That is the whole reason this page exists: so you know what the truck needs before it leaves Brantford.
Width and straight pull-out length your driver needs
Overhead is the clearance buyers forget. Width and length are the ones they underestimate. A loaded delivery truck and trailer is a long, heavy rig, and tilt-off only works in a straight line, because the truck has to drive forward out from under the container as it slides off.
For width, plan on about 12 feet of clear path as the minimum, and 14 feet is comfortable. That is gate width, the gap between the house and the fence, the space between two parked vehicles, anything the truck has to thread. Side mirrors, hydro meters and downspouts all live in that width.
For straight pull-out length, the rule scales with container size. A 20 foot container wants roughly 75 to 100 feet of straight, unobstructed run so the driver has room to pull forward and clear the bin. A 40 foot container wants roughly 120 to 130 feet. That length includes the truck and trailer plus the space ahead of them to drive into. The pull-out has to be straight: the driver cannot turn while the container is sliding off.
| Clearance | 20ft container | 40ft container | What it gates |
|---|---|---|---|
| Overhead (tilt-off) | ~14 to 16 ft | ~14 to 16 ft | Hydro lines, branches, eaves, arches |
| High-cube overhead | add ~1 ft | add ~1 ft | Same, taller box (9 ft 6 in) |
| Width of path | ~12 ft (14 ideal) | ~12 ft (14 ideal) | Gates, fences, parked cars, meters |
| Straight pull-out length | ~75 to 100 ft | ~120 to 130 ft | Room to drive out from under the bin |
These are working figures, not rigid promises. Real sites vary, slopes change the math, and a tight spot can sometimes be solved with a different truck or a crane. They are here so you can do a quick reality check on your own driveway before you order, and so the call with our yard is a short one.
The narrow side-yard delivery
A homeowner in a Brantford subdivision wants a 20 foot bin in the back corner of the yard for a renovation. The gate is 11 feet wide and a hydro service line runs from the pole to the house right over the only approach. The lot is fine at ground level and looks open, but the tilt-deck cannot raise the bin under that line and cannot fit the gate. The fix is a crane truck that sets the container over the fence from the driveway, or a different landing spot the line does not cross. Knowing this before ordering turns a failed delivery into a planned one.
Does a high-cube container need more clearance?
Yes. A high-cube container is one foot taller than a standard container, 9 feet 6 inches versus 8 feet 6 inches in exterior height, so it needs about a foot more overhead clearance all the way through the tilt-off arc. If your standard container needs 14 to 16 feet, your high-cube wants 15 to 17. The extra foot is exactly where a marginal hydro line or a low branch turns from a tight clearance into a no-go.
The width and the straight pull-out length do not change with a high-cube, because the box is the same length and the same 8 foot exterior width. Only the height changes. People order high-cubes for the extra interior headroom (handy for tall equipment, mezzanines, or a future workshop), and that same extra height is what you have to account for on the way in. If you are deciding between a standard and a high-cube, the container dimensions are worth a look before you commit, and our team can talk you through which fits your site and your use.
Firm, dry ground: the weight nobody pictures
Overhead clearance gets the container off the truck. Firm ground is what lets the truck get to the spot in the first place. A loaded shipping container delivery truck weighs tens of thousands of pounds, the rig plus the steel, and all of that weight has to drive over your ground and stop on it during the tilt.
Dry, compacted ground carries that weight. Soft ground does not. Spring thaw, a soaked lawn, fresh fill that has not settled, or loose new gravel can let a truck sink, rut, or get stuck, and a stuck truck on a tilt is a bad day for everyone. Gravel, packed dirt, asphalt and concrete are the friends here. Saturated grass and soft soil are the enemies. A slope works against you too: tilt-off wants ground that is close to level so the container slides off square instead of skewing.
Time the delivery for after the ground has had a chance to dry, give the truck a firm path in, and the drop goes the way it should. If you are not sure your approach will carry the weight, that is worth raising on the call, and it is closely tied to how you prepare the landing spot itself. Our companion guide on container foundation and site prep covers the pad, frost, and drainage side of the same job.
Not sure your site has the clearance?
Tell us the spot and what is above it, and we will tell you on the spot whether it is a clean tilt-deck drop or a crane job. The fastest answer is a call: describe the gate, the lines, and the branches over your landing area, and our Brantford dispatcher will sort it in one conversation instead of three emails.
Van Blanc Ent. Inc. · 90 Morton Ave E, Brantford ON · family-run since 1995 · 4.9 stars across 124+ Google reviews · fast 1-3 day delivery to every region across Ontario.
How to walk your own site before delivery day
Five minutes outside saves the re-book. Here is the walk we wish every buyer did before ordering. It is the same sequence our dispatcher runs in their head when you describe your site over the phone.
The pre-delivery clearance walk
- Stand on the landing spot and look straight up. Is there 14 to 16 feet of clear air (15 to 17 for a high-cube)? Note any hydro line, branch, eave, or wire crossing above.
- Trace the approach. Walk the path the truck will take from the road to the spot. Anything overhead along that whole path counts, not just over the landing area.
- Measure the narrowest pinch. Gate, fence gap, space between parked cars. You want about 12 feet, 14 is comfortable.
- Pace the straight run. Roughly 75 to 100 feet of straight pull-out behind the spot for a 20 foot bin, 120 to 130 feet for a 40 foot. It has to be straight.
- Check the ground. Is the approach firm and dry enough to carry a heavy truck? Near level for the drop? Soft, soaked, or freshly filled ground needs time or a different plan.
- Flag the hydro line. Any overhead line near the spot is a call to us, and if needed, to your local distributor. Never eyeball power-line clearance.
If your site clears all six, you are almost certainly a clean tilt-deck drop. If it stumbles on one or two, you are not out of options: that is exactly what the crane is for, and it is worth a phone call to figure out the cheapest, cleanest way to land your bin.
Worth the drive, and worth the phone call
Buyers come to our Brantford yard from across Ontario because they want to see the steel and talk to the people delivering it. The same thing makes the clearance conversation easy: a real person at a real yard who has placed bins in tight Hamilton side-yards, on open Norfolk farm lots, and down long rural laneways. Many people tell us they almost ordered a bin sight-unseen from a Facebook listing that was a thousand dollars cheaper, then called us two weeks later after it never arrived. A real yard with a real driver who can look at your site is worth the drive, and worth the call.
When a crane is the answer instead of a tilt-deck
A crane truck, the kind with a HIAB knuckleboom arm, lifts the container straight up and sets it down, instead of sliding it off the back. That changes the clearance math entirely. A crane does not need the long straight pull-out, because it is not driving out from under anything. It can set a bin over a fence, into a tight courtyard, onto piers, or onto a spot a tilt-deck could never back into.
The catch is overhead. A crane still has to clear whatever is above, and the boom itself reaches high, so power lines and branches matter just as much, sometimes more. A crane is the right call when the site is too tight, too narrow, or too obstructed at ground level for tilt-off, but it is not a way around an overhead hydro line. The line is still the line. When you describe your site to us, we will tell you which truck fits, and if it is a crane, why.
Frequently Asked Questions
How much overhead clearance is needed for shipping container delivery?
Plan for about 14 to 16 feet of overhead clearance for a tilt-deck delivery of a standard-height container. The container reaches roughly 14 feet at the top of the tilt-off, and drivers prefer 16 feet to clear cleanly. A high-cube container stands a foot taller, so it needs about 15 to 17 feet. Measure to the lowest object directly above the landing spot and the trailer path.
What clearance does a shipping container need from power lines and tree branches?
Tree branches that hang into the 14-to-16-foot delivery zone should be trimmed back about a week before delivery. Hydro lines are a legal safety limit, not a judgment call. In Ontario, equipment and loads must keep a minimum approach distance from energized overhead lines that grows with the voltage, often 3 metres or more plus line swing. If any line is near the landing spot, call us and, if there is any doubt, your local hydro distributor for the exact clearance.
How much width and length does a container delivery truck need?
Plan for about 12 feet of clear width along the whole approach, with 14 feet being comfortable, since the truck has to thread gates, fences and parked vehicles. For straight pull-out length, a 20 foot container needs roughly 75 to 100 feet of straight, unobstructed run, and a 40 foot container needs roughly 120 to 130 feet. The pull-out must be straight, because the truck drives forward out from under the container during tilt-off.
Does a high-cube container need more clearance than a standard one?
Yes, but only overhead. A high-cube is 9 feet 6 inches tall versus 8 feet 6 inches for a standard container, so it needs about a foot more vertical clearance through the tilt-off, roughly 15 to 17 feet. The width and straight pull-out length are the same as a standard container of the same length, because the box is the same footprint. Only the height changes.
What kind of ground do you need for a container delivery?
Firm, dry, near-level ground. A loaded delivery truck weighs tens of thousands of pounds, and that weight has to drive over your approach and stop on it during the tilt. Gravel, packed dirt, asphalt and concrete carry it well. Soft soil, soaked grass, fresh uncompacted fill, and steep slopes do not, and can let a truck sink or rut. After spring thaw or heavy rain, give the ground time to dry before delivery.
What happens if my site does not have enough clearance for a tilt-deck?
You are not out of options. A HIAB crane truck lifts the container straight up and sets it down, so it does not need the long straight pull-out and can place a bin over a fence or into a tight spot. A crane still has to clear whatever is overhead, so it is not a way around a hydro line. Tell us about your site when you call, and we will tell you which truck fits and why.
Sources
- Government of Ontario. (1991, current). Construction Projects, O. Reg. 213/91, section 188 (overhead electrical conductors), under the Occupational Health and Safety Act. ontario.ca/laws/regulation/910213
- Government of Ontario. (2024). Achieve compliance on construction sites: electrical hazards. Ministry of Labour, Immigration, Training and Skills Development. ontario.ca
- Electrical Safety Authority. (2025). Powerline Safety: stay clear of overhead lines. esasafe.com
- International Maritime Organization. (1972, amended). International Convention for Safe Containers (CSC) (container structural and corner-fitting standards). imo.org
- Container One. (2026). The Complete Guide to Shipping Container Delivery: Site Prep, Access and What to Expect. containerone.net
Reach Van Blanc in Brantford
We have been supplying shipping containers across Ontario since 1995. Our warehouse is at 90 Morton Avenue E in Brantford, and we deliver right across the province on a cash-on-delivery basis. No surprise fees, no chase-the-paperwork.
Van Blanc Ent. Inc. 90 Morton Ave E Unit 1B, Brantford, ON N3R 7J7. 519-754-6844
Tell us the spot you have in mind and what is above it, and we will tell you whether a tilt-deck drop works or whether the crane is the smarter call. Every quote comes with a real lead time, not a hopeful one.