All plans

Every paid plan on this page is generated for the exact size, roof and door you choose at checkout, not sold as one fixed PDF. Pick the option that matches how many sheds you actually need drawn.

Free 8x8 Lean-To Shed Plan: no cost, fixed at 8x8 ft with a lean-to roof and single door.

Parametric Shed Plan: $29, pick any one of the six sizes, gable or lean-to (where offered), and single or double door.

Style Bundle: $49, every size in one roof style, gable or lean-to, so you get all the footprints you might grow into without buying each one apart.

Complete Shed Plan Bundle: $79, every gable size plus every size lean-to supports, nine plans in one download.

Not sure which size fits your yard yet? Try the free Shed Material Calculator to compare footprints and estimated cost before buying.

Choosing between the four

Free 8x8 lean-to: the whole plan format at no cost, fixed size and door, the right first build
Parametric plan, $29: one shed, your exact size, roof and door
Style Bundle, $49: every size in one roof style, for comparing or for building more than once
Complete Bundle, $79: all nine plans, both roof styles, every size

What every plan contains

Cut list with finished lengths, panel layout for sheet goods, dimensioned views of floor, walls and roof, assembly order, bill of materials and a shopping list grouped by stock lengths. The framing follows 16 in stud centers, the floor sits on pressure treated skids, and any board that would exceed a stock length is spliced in the plan rather than left to you at the yard.

Deciding on size before roof

Size is the decision that cannot be changed once the pad is poured; roof style can still be argued about the week before. Work out the footprint from what has to fit inside plus the clear floor you want to stand in, then check that footprint against your local permit threshold, then pick the roof.

Procedure before you choose a plan

Start with the largest object that must pass through the door, then add working clearance around it. A riding mower commonly needs 48 to 60 in of door width and about 72 in of straight approach. Bicycles need less width, but they need wall length, since a 72 in adult bike blocks a corner if it is stored flat on the floor.

Mark the proposed shed on the ground before buying a plan. Use four stakes and string, then measure both diagonals. If the diagonals differ by more than 1 in on a small shed footprint, the layout is not square enough for a clean floor frame. Move the stakes until both diagonals match within 1/2 in, then check that the door side has a clear approach path.

Check the ground slope across the footprint. A 2 in fall over 8 ft is easy to correct with blocking or gravel. A 6 in fall over 8 ft needs more preparation, because one skid can end up high enough to need lateral bracing or a built-up base. Also check overhead clearance. Leave at least 12 in of working space above the roof line if the shed sits under branches, since roofing work needs room for hands, tools and material.

Before checkout, write down three facts: outside footprint, roof type, and door choice. Use the same notes when you compare the free calculator, the plan page and any local rule. If the rule depends on floor area, calculate it from the outside length and width. If the rule depends on height, measure from finished grade, not from the top of a gravel pad. For general plan questions, use the FAQ before placing the order.

Tools, site equipment and working dimensions

A shed can be cut with ordinary carpentry tools, but accuracy depends on measuring equipment as much as saw power. Use a 25 ft tape for layout, a framing square for repeated crosscuts, a chalk line for sheet goods, and a 4 ft level for skids and wall plates. A circular saw with a sharp framing blade is enough for most lumber cuts. A drill driver, impact driver, clamps and two sawhorses save time during panel assembly.

Plan material staging before delivery. Keep sheet goods flat on three or more supports, spaced about 24 in apart, and keep framing lumber off soil. Leave a 36 in walking aisle beside the stack so boards can be pulled without dragging them across the ground. If the site is narrow, stage the longest boards first and the sheet goods last, so the first parts needed are not buried.

Item to check	Practical figure	Why it matters
Door approach	72 in straight path for mowers	Prevents turning into the jamb or wall.
Working aisle during framing	36 in minimum beside one long side	Gives room to lift walls without stepping over material.
Diagonal tolerance for layout	1/2 in preferred, 1 in maximum	Keeps floor sheathing and wall plates aligned.
Ground slope across shed	2 in is minor, 6 in needs base work	Controls skid support and step height.
Material cover overhang	6 in past the stack on all sides	Reduces wet edges on panels and boards.

Common mistakes and recovery steps

The most common planning mistake is choosing the shed by outside size only. Interior clearance is always smaller than the footprint because wall thickness, corner framing and stored tools consume space. Recover by drawing the largest stored item as a rectangle on paper, then adding at least 18 in where a person must stand to lift or move it.

A second mistake is setting the shed too close to a fence, tree or wall. Even if the shed fits, siding, trim and roofing still need access. If one side will be hard to reach, assemble and finish as much of that wall as possible before the wall is raised. Keep enough room to fasten the bottom edge and to inspect it later.

Another mistake is ordering material before confirming the access route. Full sheets and long boards need a straight path from the truck to the stack. If the gate is narrow, measure it. A 48 in wide sheet cannot pass flat through a 36 in gate, but it can often pass on edge if the path has enough height and turning room.

If the base is out of square, correct the base before cutting wall plates. Do not trim the wall frame to match a bad floor.
If a cut is short by less than 1/4 in on blocking, it may still be usable where it is not part of an exposed edge. Do not use short studs at door jambs or corners.
If panels get wet before installation, separate them with thin spacers and let air move across both faces. Do not trap wet panels under a tarp against the ground.
If the door swing conflicts with a fence or slope, change the door side before the plan is generated, not after wall framing is cut.

Special cases to decide before checkout

Small urban yards need more attention to access than to floor area. A shed that fits behind the house can still be hard to build if the only path is through a narrow side yard. Measure gate width, eave height, hose bibs, steps and air conditioning units along the route. If material must be carried by hand for more than 100 ft, plan shorter work sessions and keep cut parts grouped by wall or roof section.

For storage of wheeled equipment, door position matters more than wall symmetry. Place the door so the equipment enters straight and parks without a tight turn. For shelves, place the door off center only if the plan option allows the door you need. Do not assume a later door relocation is harmless, because headers, king studs and panel seams are tied to that opening.

For uncertain sites, compare the footprints on the plans page, then mark the two closest sizes on the ground for a full day. Walk around them with the actual mower, bins or bicycles if possible. The better choice is usually the smallest footprint that still leaves a standing area, a clear door path and safe access around the outside for maintenance.