Frequently Asked Questions

A 10x12 is the practical minimum, and 10x16 is the size most people are happier with. The deciding factor is usually attachments: a mower with a bagger or a mulching kit is longer than the deck suggests, and you still need room to walk past it to reach anything stored behind.

A small car, yes, with room to open a door. It is tight for anything larger, and a wood shed is rarely the right structure for vehicle storage anyway — door width and floor loading are the limits. If the plan is to park in it regularly, look at a metal garage instead.

10x16 is where a shed starts working as a workshop rather than storage you can stand in. That gives you a bench along one wall, tool storage on another, and floor space to actually work. If the workshop is the main purpose rather than a secondary use, 12x24 is worth the step up.

If what you are storing is bulky but light, yes. A loft adds usable storage without adding footprint or cost per square foot, and it is ideal for seasonal items you only reach a few times a year. If everything you own is heavy or needs floor access, the loft is less useful.

Roughly twelve feet of width along the whole route, plus overhead clearance for low branches and wires. Gate posts, tight corners, soft ground and septic fields all matter. Walk the route before ordering and tell us about anything tight — we can usually work around it if we know in advance.

A few inches of slope is normal and handled with blocks and shims at delivery. A significant grade needs a levelled gravel pad or concrete piers before the building arrives. Send us a photo of the site and we will tell you which category you are in rather than guessing on the day.

It depends on your county and the footprint. Many jurisdictions have a size threshold below which no permit is needed, and setback rules that apply regardless. Confirm with your county building department before ordering — it is one phone call and it prevents an expensive surprise.

A utility shed features a classic A-frame roof and is designed to maximize ground-level floor space, making it ideal for storing heavy items like lawnmowers and equipment. A lofted barn, by contrast, has a barn-style gambrel roof which creates significant overhead space for a built-in loft, perfect for storing boxes and lighter items.

Our utility sheds are available in a wide range of sizes, typically from 8x8 feet up to 14x40 feet. We can customize the width, length, and height to perfectly fit your needs and property.

Our metal utility sheds can not have windows placed on them, but our wood utility sheds can! Al units have the ability to add a ramp for easy access when driving a lawn mower, car, or other vehicle into the shed.

Metal, in almost all conditions, and the gap widens the less maintenance either gets. Steel does not rot, does not feed insects and does not need repainting. A wood shed that is kept sealed and off wet ground lasts a very long time too — the difference is that metal tolerates neglect and wood does not.

At small sizes they are close enough that you should choose on appearance instead. Above roughly 12x20 metal pulls clearly ahead per square foot, and the advantage keeps growing with size. The crossover is around the point where a shed stops being storage and starts being a garage.

Yes, and spray foam works particularly well because it seals and insulates in one step, which also controls the condensation that bare steel produces. An insulated metal building makes a better heated workshop than most people expect.

Modern galvanised steel with a factory finish resists rust for decades. Where problems appear it is usually at cut edges, scratches or fasteners rather than the panels. Washing off road salt and touching up deep scratches is effectively the whole maintenance routine.

A certified metal building with a vertical roof, for anywhere with real accumulation. It comes rated to a stated snow load with engineering to back it, which a stock wood shed does not. The roof style matters as much as the material.

Sometimes, but restrictions are more commonly written against metal than wood. Check your covenants before ordering. Where metal is not permitted, a wood building with matching siding is usually the straightforward path to approval.

No. Rent-to-own does not require a credit check, which is the main reason people choose it over traditional financing. Approval is based on the agreement itself rather than a credit score.

Typically a first payment and a security deposit rather than a large deposit. Many customers take a building home for a few hundred dollars down. The exact figure depends on the building and term, so ask for a quote on the specific unit you want.

Yes, and there is normally an early purchase option that costs considerably less than completing all scheduled payments. If there is any chance you will pay it off early, ask about that option when you sign rather than later.

Contact us before the payment is missed. There is usually more flexibility than people expect, and the situation is far easier to resolve early. Rent-to-own also includes the option to return the building, which is what distinguishes it from a loan.

Yes. Promotional pricing applies to the purchase price the agreement is based on, so you are not choosing between a discount and monthly payments.

Both wood and metal buildings across our range. Terms vary by product line and price, so ask about the specific building you are considering rather than assuming.

Yes, if you complete the full term — that is the cost of spreading payments and carrying no credit check. Whether it is worth it depends on what having the building now is worth to you against waiting to save. We will show you both numbers so you can decide with the real figures.

Almost never. A compacted gravel pad is the standard choice and is entirely adequate for storage, mowers and vehicles. Concrete is worth it when the building is a heated workshop, when you are putting machinery or a lift in it, or when you want a floor you can hose down.

Three to four inches of compacted crushed stone over landscape fabric, extending a couple of feet past the building on every side. Compact it in layers rather than dumping the full depth at once — that is what stops it settling unevenly through the first winter.

Crushed stone with fines, which locks together when compacted. Avoid smooth river rock: it never knits, shifts underfoot indefinitely and makes a poor base. Any local quarry or landscape supplier will know what you mean by crusher run.

Yes. Gentle slopes are handled with blocks and shims at delivery. Anything more significant needs either a cut-and-fill levelled pad or concrete piers, which are common on mountain properties. Send us a photo and we will tell you which approach your site needs.

It can, but frozen ground will not level or compact properly and concrete needs above-freezing temperatures to cure correctly. Cold-weather methods exist and cost more. The better answer is to prep as soon as you order — it runs in parallel with the build, so early prep costs nothing.

We reschedule, and you rejoin the delivery queue rather than keeping your original slot. This is the most common reason a building arrives later than the customer expected, and it is entirely preventable by starting site work early.

Often, yes. The limits are practical rather than seasonal: the truck needs a route in that is not ice or deep mud, and the site needs to be level and clear enough to set the building. We would rather reschedule than tear up your property getting in, which is the real argument for ordering earlier rather than later.

We reschedule, and you go back into the delivery queue rather than keeping your original slot. That is the single most common cause of a building arriving later than the customer expected. Site prep runs in parallel with manufacturing, so start it as soon as you order.

Rarely, and you pay for the wait in a different currency: another winter of equipment sitting out. Spring is also the industry rush, so lead times lengthen just as demand peaks. If you need the building for winter, ordering now is both faster and no more expensive.

Yes. Manufacturing is the largest single block of the timeline, and an in-stock building has already been through it. What remains is delivery scheduling and install — typically a couple of weeks rather than a couple of months.

There is usually a footprint threshold below which no permit is required for an accessory structure, but the number is set by your jurisdiction and is not the same everywhere we deliver. Call your county building department with the size and address — it is a two-minute call and it is the only answer that counts.

Often yes above a certain size, and the rules can differ between a county and an incorporated town inside it. Carports are sometimes treated differently from enclosed structures. Confirm with the jurisdiction that issues permits for your parcel.

You are. The permit is issued to the property owner and enforced against the property. We supply the specification, dimensions and engineering drawings that the permit office typically asks for, and we will flag when we think a build is likely to need one.

The minimum distance your building must sit from property lines, and often from septic fields and easements too. They commonly apply regardless of whether a permit is needed, which catches out people who have correctly worked out their shed is under the threshold. Measure from the surveyed line, not from a fence.

Outcomes range from applying retroactively and paying a fee to being ordered to move or remove the structure. It can also surface at the worst moment — unpermitted structures routinely come up during a property sale. The permit is far cheaper than any of those.

No, and neither replaces the other. They are separate approvals from separate bodies with different concerns. You may need both, and an HOA can require removal of a structure the county was perfectly happy with.

Yes, for certified buildings. Ask at quote stage rather than after ordering — it is straightforward when we know up front, and slower to arrange retrospectively.

PSF is pounds per square foot — the weight the roof is engineered to carry. A 30 PSF rating means thirty pounds on every square foot of roof at once. It is a measure of weight, not snow depth, which is why wet snow matters more than deep snow.

A vertical roof. The panels run from the peak down to the eave, so the ridges channel snow and meltwater off the roof instead of trapping them across the slope. It is also normally what is required to achieve the higher certified snow ratings. If you are anywhere with real accumulation, this is the upgrade to make first.

12-gauge. The gauge scale runs backwards from what most people assume — a lower number means thicker steel. 12-gauge framing is heavier and stronger than 14-gauge, and it is usually what makes higher snow load ratings achievable on wide or open buildings.

It depends entirely on how it is specified: roof style, pitch, steel gauge, bow spacing, bracing and anchoring all contribute. That is the reason for certified ratings — rather than guessing, the building is engineered to a stated figure for your location and comes with drawings proving it.

It depends on your county and on whether the structure needs a permit. Many jurisdictions require stamped engineering for permitted structures. Beyond code, a lender or insurer may ask for the rating. Call your nearest location with the address and we will tell you what applies.

We can point you to the right department and help you read what they give you, but the figure that governs your build has to come from the authority that issues your permit. Codes get amended, and elevation changes the answer within a single county. Bring us what your county confirms and we will specify the building to meet it, including stamped drawings where the permit office wants them.

Either way. We can install a fiberglass-insulation package during the build, or frame the walls so your insulator can add batt or spray-foam after. Spray foam gives the best result for a year-round shop.

Electrical is a separate trade. Our buildings are not pre-wired or pre-framed for electric — after we deliver and install the shell, your licensed electrician runs service, the panel, and outlets. Plan for that as a separate line item alongside your slab and insulation.

We can install ridge vents, gable vents, and pre-cut openings for exhaust fans during the build. Tell us what you’ll be doing in the shop and we’ll plan the airflow.

Technically yes, but we strongly recommend pouring concrete before the building goes up. It’s easier to form, cheaper to pour, and the anchor pattern can be set into the wet concrete for a stronger hold.

An empty steel shell will echo — but insulation, drywall, and a finished interior cut that dramatically. Most customers who insulate report the inside sounds about like a finished basement.

Measure your tallest point with everything on the roof (AC units, satellite, antenna). Add 6″ of clearance. Most Class A motorhomes are happy with a 12′ door; some larger fifth wheels and sailboats need 14′.

Length of your rig plus at least 4′ for walk-around space, plus another 2′ if you tow a trailer behind. A 38′ motorhome typically fits a 40′ or 45′ building comfortably.

Our buildings are not pre-wired for electric — electrical is a separate trade. After we install the building, your licensed electrician runs service to it. If you want to keep the RV plugged into shore power in storage, ask them to plan a 30A or 50A circuit.

Yes. The bigger consideration is tongue length — remember to measure from the front of the trailer tongue to the back of the boat’s outdrive or motor when fully tilted.

Yes. A concrete floor, a ridge vent, and shop lighting (installed by your electrician) turn the storage garage into a winterizing and detail shop. Some customers add insulation so they can work on the rig comfortably year-round.

We engineer buildings to your local code — commonly 30–40 psf snow load and 120–140 mph wind zones. For heavier loads (mountain snow country, hurricane coast) we upgrade to 12-gauge framing and engineered drawings.

Yes — lean-tos can be added to either side of an existing Ascential building. We recommend planning anchor points up front so the addition ties in cleanly later.

Absolutely. We add ridge vents for hot-weather airflow, kickboards along stall walls, and partition framing to suit cattle, horses, sheep, or goats. For horses specifically, see our equestrian barn page.

In most states a building used primarily for agricultural production qualifies for a sales-tax exemption. We provide the documentation your state requires; check with your county tax assessor for specifics in your jurisdiction.

Yes — rural delivery is what we do. Our trucks reach gravel-road sites and pasture access points across our service area. Free delivery is included.

A properly specified one will. What matters is the roof style, the gauge of the steel and the certification for your county's snow load. Vertical roofs shed snow rather than letting it accumulate, which is why we steer people toward them for anything in the higher elevations. Our snow load guide covers how the ratings work.

No. We install on level ground, gravel, asphalt or concrete. A gravel pad is the most common choice and is perfectly adequate for storage and vehicles. Concrete is worth it if you plan to heat the building and use it as a workshop. The important part is that the ground is level and drains away from the building — not what it is made of.

Usually, but it depends on your access. The truck needs a route in that is not a sheet of ice or deep mud, and the site needs to be clear enough to place and level the building. We would rather reschedule than damage your property getting in. This is the main practical reason to order earlier rather than later.

A carport keeps snow and ice off the top, which solves most of the scraping and snow-load problem for a lower price. An enclosed garage adds protection from blowing snow, road salt spray and theft, and can be insulated and heated. If the vehicle is valuable or you want to work on it through the winter, enclose it.

Yes, on both wood and metal, with no credit check. Many customers take a building home for a few hundred dollars down rather than waiting until spring to pay cash. Full terms are on our rent-to-own page.

Early autumn for anything involving the ground, because levelling, gravel and concrete all need unfrozen soil. Equipment can be moved under cover later, but the ground work has a hard deadline that arrives sooner than most people plan for.

Anything with a small engine. Mowers, generators, pressure washers and tillers left out through a wet winter commonly need carburettor work in spring, and that repair often costs a large share of the machine's value. Upholstered equipment such as ATVs and boats is a close second.

Usually, if temperatures stay above freezing long enough for it to cure. Cold-weather methods and additives exist and cost more. If a building is going in this year, the pad is the thing to do first — it is the step with the real deadline.

No. Close gaps that let in wind, snow and rodents, but keep ventilation. An airtight unheated building sweats, and condensation causes more damage over a winter than a draught. Airflow matters more than people expect.

Off the ground, under cover, with air circulating, and not stacked against the house — that brings moisture and pests up against your siding. A rack under a shed overhang or a simple lean-to covers all of it.

If you intend to use it through winter, yes — it makes the space usable and controls the condensation that rusts tools. If it is purely storage for things that do not mind cold, ventilation matters more than insulation.