14x24 Shed Material List

Quick Answer

A 14x24 gable shed with 8 ft walls, 16 inch on center framing, 4/12 roof pitch, pressure treated floor framing, OSB or plywood sheathing, a basic double door, and gravel foundation is a very large backyard structure. This size is commonly used as a full workshop, garage replacement, vehicle storage, or multi-purpose hobby space. The 14 ft width and 24 ft length significantly increase structural requirements and material quantities.

See all shed material lists by size

You will need:

• Heavy pressure treated lumber for the floor system
• 2x4 wall framing
• 2x8 roof framing for the wide span
• Extensive floor, wall, and roof sheathing
• Panel or lap siding
• Asphalt shingles and underlayment
• Reinforced double door framing
• Large quantities of fasteners and hardware

In 2026 pricing, expect a realistic total material cost of: $7,500 to $12,000

This assumes a gravel base and basic exterior finishes only.

Need a smaller option? See our 16x20 shed material list. Want more space? See our 12x30 shed material list.

Full Material List

Quantities assume 8 ft wall height, 16 inch on center spacing, and a standard double door on one gable end.

Floor Framing

A 14 ft span requires strong joists, especially across a 24 ft length.

Gravel Base

• 8 to 10 cubic yards of compacted 3/4 inch crushed gravel

Floor Frame (Pressure Treated)

Perimeter

• 2x10x24 PT – 2 (long rim joists)
• 2x10x14 PT – 2 (end band joists)

If 24 ft boards are unavailable, splice sections over blocking.

Floor Joists (16 inch OC across 14 ft span)

2x10 joists are typically recommended.

• 2x10x14 PT – 18 to 20

Floor Sheathing

• 3/4 inch tongue and groove plywood or OSB – 11 sheets

Fasteners

• Exterior-rated screws or galvanized framing nails
• Heavy-duty joist hangers recommended

Wall Framing

Framed 16 inch on center.

• 2x4x8 studs
• 155 to 175 total
• Includes perimeter walls
• Additional studs for corners and door framing
• Waste allowance

Plates

• 2x4x24 – 6 (long walls, double top plates + bottom plates)
• 2x4x14 – 6 (end walls)

Splicing shorter boards over studs is common when long lumber is unavailable.

Double Door Framing

Typical opening: 60 to 72 inches wide.

• 2x10x8 – 2 (header material)
• 1/2 inch plywood spacer
• Additional jack and king studs included in stud count

Roof Framing

A 14 ft span requires strong rafters over a long ridge.

Rafters (4/12 pitch, 16 inch OC)

• 2x8x16 – 40 to 44

Approximately 20 to 22 rafter pairs.

Ridge Board

• 2x12x24 – 1

Collar Ties or Ceiling Joists

• 2x4x14 – 20 to 22

Sheathing

Large structures consume substantial sheet goods.

Wall Sheathing

• 7/16 inch OSB or plywood – 28 to 32 sheets

Panel siding may eliminate separate sheathing.

Roof Sheathing

• 7/16 inch OSB or plywood – 18 to 20 sheets

Siding

Panel siding is most common for structures of this size.

T1-11 or LP SmartSide Panels

• 28 to 32 sheets

Vinyl or lap siding systems require additional trim and accessories.

Roofing

Underlayment

• 2 to 3 rolls synthetic underlayment

Drip Edge

• 12 to 14 pieces (10 ft lengths)

Shingles

• Approximately 4 squares
• 13 to 16 bundles depending on waste

Roofing Nails

• 12 to 15 lb box

Hardware and Fasteners

• 16d framing nails or structural screws
• 8d nails for sheathing
• Exterior construction screws
• Construction adhesive (6 to 8 tubes)
• Hurricane ties strongly recommended
• Heavy-duty hinges (3 per door)
• Exterior double-door latch or lockset
• Padlock hardware
• Flashing for door header

Estimated Cost Breakdown

Typical 2026 pricing ranges.

• Gravel Base: $450 to $900
• Pressure Treated Floor Framing: $1,400 to $2,400
• Wall Framing Lumber: $1,200 to $2,000
• Roof Framing Lumber: $1,300 to $2,200
• Sheathing (walls and roof): $1,900 to $3,000
• Siding: T1-11: $1,300 to $2,000; LP SmartSide: $2,400 to $3,800; Vinyl system: $3,200 to $5,200
• Roofing: $900 to $1,600
• Hardware and Fasteners: $350 to $700

Total Estimated Range

With basic panel siding: $7,500 to $9,800

With upgraded siding: $9,800 to $12,000

Costs increase significantly because of:

• Large floor area (336 sq ft)
• Wide 14 ft span requiring heavy framing
• Long wall runs increasing stud counts
• Extensive roof coverage
• Reinforced door framing
• High material weight and volume
• Increased fastener usage
• Possible delivery surcharges

If you want exact cut diagrams, printable framing layouts, and step-by-step blueprints for this 14x24 shed, detailed plans eliminate guesswork and reduce lumber waste.

Get the Complete 14x24 Shed Plans Here

Tools Required

Standard framing tools plus equipment suitable for heavy components.

Essential tools:

• Circular saw
• Miter saw
• Drill and impact driver
• Framing hammer
• 4 ft or longer level
• Speed square
• Tape measure
• Chalk line
• Multiple ladders
• Shovel and rake
• Plate compactor or heavy hand tamper

Helpful tools:

• Pneumatic framing nailer
• Roofing nailer
• Laser level
• Sawhorses
• Clamps

Assistance is required. Components are too large and heavy for solo construction.

Step-by-Step Build Overview

High-level sequence only.

• Prepare and compact gravel base across entire footprint.
• Build pressure treated floor frame and verify square.
• Install floor sheathing.
• Frame walls on the ground including double door opening.
• Raise walls with assistance, plumb, and brace securely.
• Install double top plates tying walls together.
• Install ridge board and rafters.
• Add collar ties or ceiling joists.
• Install roof sheathing.
• Install drip edge and underlayment.
• Install shingles.
• Install wall sheathing if required.
• Install siding.
• Build and hang double doors.
• Install trim and hardware.
• Frequent checks for level and square are critical on large structures.

Common Mistakes

• Using undersized floor framing for the span. Leads to sagging and structural issues.
• Poor base preparation. Causes uneven settling across the building.
• Attempting construction without assistance. Heavy wall sections are dangerous to lift alone.
• Underestimating materials. Causes delays and increased costs.
• Weak double-door framing. Leads to sagging or misalignment.
• Skipping structural connectors. Reduces resistance to wind uplift.
• Inadequate roof framing. Wide spans require proper lumber sizing.

Is It Worth Building Yourself?

DIY material cost: $7,500 to $12,000

Typical prebuilt 14x24 shed delivered in 2026: $13,000 to $25,000

DIY savings typically range from $5,000 to $13,000.

Consider:

• Construction time of roughly 6 to 10 days with help
• Transportation and delivery logistics
• Structural accuracy requirements
• Possible permits or zoning restrictions

For experienced DIY builders with assistance, building yourself is usually financially worthwhile. If speed, warranty, or labor limitations are concerns, a prebuilt structure may be preferable.

Get Exact Cut Diagrams and Printable Plans

This material list provides realistic quantities and cost expectations for a 14x24 shed.

It does not include:

• Exact rafter angle calculations
• Detailed wall framing layouts
• Header engineering details
• Precise overhang measurements
• Optimized cut lists
• Printable construction diagrams

On structures this large, layout errors can waste significant material and time.

Detailed blueprints with exact measurements, framing layouts, and printable cut sheets simplify construction, reduce waste, and help ensure structural accuracy.

For large one-time builds, complete plans typically save more time and money than they cost by preventing errors and rework.

Get the Complete 14x24 Shed Plans Here