

Shed Components
- 1Rim Joist P.T. ACQ 2” x 4”
- 2Floor Joist P.T. ACQ 2” x 4”
- 3Joist Blocking P.T. ACQ 2” x 4”
- 4Floor Sheathing 3/4” T&G OSB
- 5Bottom Plate 2” x 4”
- 6Common Stud 2” x 4”
- 7Double Top Plate 2” x 4”
- 8Trimmer Stud 2” x 4”
- 9King Stud 2” x 4”
- 10Drywall Corner Post 2” x 4”
- 11Header 2 Ply 2” x 6”
- 12Wall Sheathing 3/8” OSB
- 13Engineered Truss
- 14Ridge Blocking 2” x 4”
- 15Hurricane Tie Z-Max H1Z
- 16Rafter Tail Fascia 1” x 6”
- 17Gable Fascia 2” x 6”
- 18Roof Sheathing 7/16” OSB
- 19Sheathing Clips
- 20Roof Edge
- 21Shingle Starter Strip
- 22Asphalt Shingles
- 23Ridge Shingles
- 24Soffit Nailer 2” x 2”
- 25Soffit 3/8” OSB
- 26Corner Trim 1” x 4”
- 27Door Casing 1” x 4”
- 28Doors
- 29Tee Hinges 4”
- 30Door Stop 1” x 4”
- 31Hasp


Components
A. Window
B. Gutter
C. Aluminum Fascia
D. Aluminum Soffit
E. Soffit “J” Trim
F. Vented Shed Skylight

Shed Planning Guide
The door panel is constructed out of 3/8” OSB trimmed with 1 x 4s. Make sure the doors are long enough to cover the floor sheathing. After assembly, the panel is cut down the middle to create two doors.
Needs
What you plan to store will help determine the size and design of your shed. Consider the right balance of shelving, wall-hung storage and open floor space. Maintaining easy access to all shed contents may require additional floor space.
Use
How you plan to use your shed will influence the size and design. A shed accessed only a few times a year for seasonal storage can be smaller than a shed that is used daily. Regularly moving objects in and out is made easier with extra floor space and a larger door opening. Will you use some portion of the shed as a work space?
Design
Be sure to research and understand municipal ordinances and utility regulations related to sheds and out-buildings. Many limit the floor area, height, location and number of outbuildings Depending on the size of the shed and local ordinances, property taxes may be affected.
Other design considerations include door size and style, ventilation and windows. Sectional overhead doors enhance access but may reduce in-the-rafter storage options. Double-hinged doors may be more user-friendly. Windows allow much needed light to enter but reduce wall-storage options. Venting will help prevent heat buildup in hot weather.
Location
The shed location must comply with municipal ordinances and be level and accessible. Other considerations include aesthetics, avoiding low spots where water may accumulate, sight lines (yours and the neighbors'), underground utilities, overhead obstacles and yard access.
Yard access is a primary consideration: it will determine whether your shed can be constructed off-site and delivered to your yard, or if it will have to be constructed in place.
Permits
Depending on the size of the shed, a building permit may be required.
Foundation
Sheds require a solid, level foundation. This can be a poured concrete pad or solid soil, concrete sidewalk blocks and/or pressure-treated floor joists. Pressure-treated ACQ timber skids can provide separation from damp soil and increase maneuverability.

Based On An 8’ X 8’ Shed Assembly
- 1Construct and level the floor platform.
- 2Frame and sheath the walls.
- 3Raise the walls into position. Secure the walls to the floor platform, and connect the corners.
- 4Construct the roof
- Attach sheathing to the gable-end roof trusses
- Position and secure the gable ends, roof trusses, ridge blocking and hurricane ties.
- Install the fascia boards on the rafter trails and gable ends.
- Sheath the roof, and install the drip edge, optional venting and roofing materials.
- 1Install the soffits.
- 2Install the doors, windows and casings
- 3Install the corner trim and siding.
