What engineering standards does the generated flagpole specification reference?

The specification references NAAMM FP 1001-07 (Guide Specifications for Design of Metal Flagpoles), ASCE 7-10 (basic wind speeds as a 3-second gust at 33 feet above ground with a 50-year mean recurrence interval), ASTM B 221 (6063-T6 aluminum alloy for pole shafts), and the Aluminum Design Manual (ADM) for structural design. Additional references include NFPA 780 for lightning protection, NFPA 70 (NEC) for electrical work, and 4 USC Section 7 (U.S. Flag Code).

What wind speed standard does the Flagpole Warehouse Specification Generator use?

Wind load ratings are published per NAAMM FP 1001-07 at Exposure Category C. The tool looks up base wind speeds by zip code from ASCE 7-10 Figure 26.5-1A (Risk Category II, 700-year MRI, Exposure C). Exposure Category adjustments use velocity pressure exposure coefficients (Kz) from ASCE 7-10 Table 26.6-1. Risk Category adjustments apply approximate MRI multipliers: Category I at 0.78, Category II at 1.00 (baseline), Category III at 1.07, and Category IV at 1.15.

What flagpole types are available in the Flagpole Warehouse Specification Generator?

Four commercial flagpole types are available: External Stationary (15 to 35 ft, no beacon option), External Revolving (20 to 80 ft, beacon compatible), Internal Winch (20 to 80 ft, beacon compatible), and Internal Cam Cleat (20 to 40 ft, beacon compatible). All types use 6063-T6 aluminum shafts per ASTM B 221, cone-tapered per the manufacturer's standard rate.

How do I choose between external halyard and internal halyard flagpoles?

External halyard poles use an exposed rope on the outside of the shaft — simpler, less expensive, and easier to maintain, but accessible to anyone. Internal halyard poles route the halyard inside the shaft behind a lockable access door, preventing vandalism and unauthorized flag lowering. Choose internal halyard for government buildings, schools, and commercial sites in public-access areas where security is a priority.

How does the Specification Generator determine the wind speed for my project?

The tool contains a built-in database of ASCE 7-10 wind speeds for all 41,375 U.S. zip codes. Enter your project zip code and the tool returns the basic wind speed and the corresponding NAAMM FP 1001-07 flagpole rating. Exposure Category and Risk Category adjustments are applied to produce your site-specific effective design wind speed. Projects in ASCE 7-10 Special Wind Regions receive a warning to verify requirements with the local Authority Having Jurisdiction.

Free Online Tool

Flagpole Warehouse Specification Generator

Q: When will ASCE 7-22 replace ASCE 7-10 for flagpole specifications?

ASCE 7-22 is referenced by the 2024 IBC, and states are adopting it on varying timelines through 2025 and 2026. However, NAAMM FP 1001-07 has not been updated to reference ASCE 7-22 and still cites ASCE 7-05. ASCE 7-10 is used as a practical middle ground — newer and more accurate than 7-05, in the same format the flagpole industry uses. Always confirm which edition your local Authority Having Jurisdiction currently requires.

Q: What is CSI Section 107500 and what does it cover?

CSI MasterFormat Section 107500 covers flagpoles and related accessories for commercial, institutional, and government projects. A formal specification is required on most commercial projects that include flagpole installation. The specification is organized in three parts: Part 1 General (references, submittals, quality assurance, warranty), Part 2 Products (6063-T6 aluminum shaft, hardware, finish, beacon), and Part 3 Execution (installation, field quality control, maintenance schedule).

Q: What output formats does the Flagpole Warehouse Specification Generator support?

Three output options are available: a formatted on-screen preview with print-optimized CSS, a print-to-PDF option using the browser's built-in print function, and a Word document (.docx) download for editing in Microsoft Word or compatible applications. All outputs include the complete 3-part CSI Section 107500 specification.

Build a complete CSI Section 107500 flagpole specification for your commercial project. Enter your zip code to look up the ASCE 7-10 wind speed, configure pole type and dimensions, and export a formatted specification document ready for your project package. Supports Exposure Category adjustments, beacon illumination, and multiple poles per project.

Compliant with NAAMM FP 1001-07 and ASCE 7-10. No account or login required.

How It Works

Look Up Your Wind Speed

Enter your project zip code to retrieve the ASCE 7-10 basic wind speed from a database of 41,375 U.S. zip codes. Adjust for Exposure Category (B, C, or D) and Risk Category (I–IV) to calculate your site's effective design wind speed.

Configure Your Flagpole

Select pole type, height, diameter, wall thickness, finish, and foundation. Each configuration is color-coded against your wind speed — green (meets spec), amber (marginal), or red (below spec). Add beacon illumination to specify an integrated flagpole lighting system.

Export the Specification

Review the complete 3-part CSI specification with inline dropdown customization. Print, export as PDF, or download as a Word document (.docx) for your project files — no manual formatting needed.

Configure your flagpole specification below

Specification Reference

Flagpole Specification Generator: CSI Section 107500 Reference

The Flagpole Warehouse Specification Generator produces complete CSI MasterFormat Section 107500 specifications for commercial flagpole projects. Configure pole type, height, wind rating, foundation, beacon illumination, and finish per NAAMM FP 1001-07 and ASCE 7-10.

How the Specification Generator Works

The tool generates a complete 3-part CSI Section 107500 specification in two stages. First, enter your project zip code to retrieve the ASCE 7-10 basic wind speed from a database of all 41,375 U.S. zip codes. The tool then adjusts for your site's Exposure Category — B for urban and suburban terrain, C for open terrain with scattered obstructions, D for flat unobstructed coastlines — and your Risk Category (I through IV, where Category IV covers essential facilities such as hospitals and emergency operations centers). The output is a project-specific effective design wind speed, not a generic regional value.

With your wind speed set, configure one or more flagpoles by type, height, butt diameter, wall thickness, finish, foundation, illumination, and accessories. The tool compares each configuration against your effective design wind speed and applies color-coded status indicators: green means the flagged wind rating meets or exceeds the requirement, amber means the unflagged rating is sufficient but the flagged rating falls short, and red means the pole does not meet the requirement at all. Add additional poles to cover multi-pole projects within a single specification document.

Key Features

Wind Speed Lookup

Built-in ASCE 7-10 database covering all U.S. zip codes. Returns the basic wind speed (3-second gust at 33 ft above ground, 50-year MRI) and the corresponding NAAMM FP 1001-07 flagpole rating for your project location.

Four Pole Types

External Stationary, External Revolving, Internal Winch, and Internal Cam Cleat. Selecting a pole type auto-populates the correct halyard system, hardware, access door, and foundation details in the specification. Adding a beacon automatically designates the pole as an integrated flagpole lighting system in both the Products and Execution sections.

Multi-Pole Projects

Add multiple individually configured flagpoles — each with its own type, height, finish, foundation, and accessories — to a single project specification. Each pole is numbered sequentially in Part 2 and addressed collectively in Part 3.

Inline Field Customization

Dropdown selectors embedded directly in the specification text let you customize flash collar type, halyard material, sleeve material, grounding provisions, and compliance clauses without leaving the document view.

Beacon Illumination

Specify Intertek (ETL) certified LED beacons with AC (110V/120V) or solar (50W/100W) power. When illumination is selected, beacon details auto-populate in Part 2 Products and wiring or conduit requirements auto-populate in Part 3 Execution.

Three Output Formats

Print-optimized on-screen preview, browser print-to-PDF, or Word document (.docx) download. All formats produce the complete 3-part CSI specification with your configured details — no manual formatting required.

CSI MasterFormat Section 107500 Structure

CSI Section 107500 covers flagpoles and accessories for commercial, institutional, and government projects. The Specification Generator produces a complete 3-part document following CSI MasterFormat standards. Each section is populated from your configured inputs.

Part 1: General

1.1 Section Includes
1.2 Related Sections
1.3 References (NAAMM, ASCE, ASTM)
1.4 Site Conditions
1.5 Performance Requirements
1.6 Submittals
1.7 Quality Assurance (BAA/BABA)
1.8 Delivery & Handling
1.9 Warranty (3 Years)

Part 2: Products

2.1 Manufacturer
2.2 Flagpole Construction
2.3 Mounting (Sleeve/Shoe)
2.4 Fittings & Hardware
2.5 Flag Size & Material
2.6 Illumination (Beacon)
2.7 Grounding & Lightning
2.8 Finish

Part 3: Execution

3.1 Examination
3.2 Preparation
3.3 Installation
3.4 Grounding & Lightning
3.5 Illumination
3.6 Field Quality Control
3.7 Cleaning
3.8 Protection
3.9 Maintenance

How to Write a Flagpole Specification in 6 Steps

Writing a CSI Section 107500 flagpole specification starts with your site's wind speed requirement. The Specification Generator handles each step automatically, but here is the full workflow architects and specifiers follow.

Determine the design wind speed. Enter your project zip code into the tool above to retrieve the ASCE 7-10 basic wind speed and corresponding NAAMM FP 1001-07 flagpole rating. If the site is in a Special Wind Region, confirm the required speed with the local Authority Having Jurisdiction before proceeding.
Select the pole type. Choose based on height, security requirements, and operational preference. External halyard types (stationary or revolving) for standard applications; Internal Winch for taller poles and vandal-resistant installations; Internal Cam Cleat for a cost-effective internal option on poles up to 40 feet.
Set height and structural dimensions. Select height (15 to 80 ft), butt diameter, wall thickness, and section count. The tool displays only configurations whose wind rating meets or exceeds your site requirement. Larger diameters and heavier walls increase wind capacity.
Specify foundation and finish. Ground sleeve for new construction (below-grade, standard), or shoe base for surface mount to an existing concrete pad. Finish options are mill aluminum, clear anodized, or powder coat. All steel ground sleeves include a factory-welded grounding provision.
Add beacon illumination if required. Select AC or solar beacon power. The specification automatically adds the appropriate conduit or panel provisions to Part 2 and wiring or connection details to Part 3.
Review inline options and export. Use the embedded dropdowns to finalize flash collar type, halyard material, compliance clauses, and grounding provisions. Preview the complete 3-part specification, then print, save as PDF, or download as a Word document.

Flagpole Types in the Specification Generator

Four commercial flagpole types are available in the Specification Generator, all using 6063-T6 aluminum shafts per ASTM B 221, cone-tapered to the manufacturer's standard rate. When a beacon is added, the specification automatically designates the pole as an integrated pole-and-light system, ensuring Products and Execution sections are coordinated.

External Stationary

Fixed truck with cast aluminum pulley, external rope halyard, and cast aluminum cleat. Most economical option for standard, low-security applications.

15 to 35 ft No Beacon

External Revolving

360-degree revolving truck with sealed stainless steel ball bearings, external rope halyard, and cast aluminum cleat. Reduces flag wrap in variable winds and extends flag life.

20 to 80 ft Beacon Compatible

Internal Winch

Stainless steel cable routed internally with an auto-locking mechanical winch, accessed through a milled access door with stainless steel hinge and cam lock. Standard for government, institutional, and high-security sites.

20 to 80 ft Beacon Compatible

Internal Cam Cleat

Internal rope halyard with spring-loaded cam cleat lock, accessed through a milled access door. Cost-effective internal halyard option for shorter poles requiring anti-vandalism security.

20 to 40 ft Beacon Compatible

Foundation Set Depths and Overall Lengths

All ground-set poles are installed in a steel ground sleeve embedded in a reinforced concrete foundation. Set depths follow NAAMM FP 1001-07. Overall pole length equals exposed height plus set depth. All steel sleeves include a factory-welded grounding lug.

Exposed Height (ft)	Set Depth (ft)	Overall Length (ft)
15	2	17
20	2	22
25	2.5	27.5
30	3	33
35	3.5	38.5
40	4	44
45	4.5	49.5
50	5	55
60	6	66
70	7	77
80	8	88

Wind Rating Ranges by Pole Type

NAAMM FP 1001-07 wind ratings vary by pole type, height, butt diameter, and wall thickness. The table shows available "with nylon flag" rating ranges for each type. Use the Specification Generator's zip code lookup to find your required ASCE 7-10 wind speed, then select a configuration that meets or exceeds it.

Pole Type	Heights (ft)	Butt Dia. Range (in)	Wall Thickness (in)	With Nylon Flag (mph)
External Stationary	15 to 35	3 to 5	0.125 to 0.188	85 to 170
External Revolving	20 to 80	4 to 12	0.125 to 0.375	85 to 170
Internal Winch	20 to 80	5 to 12	0.125 to 0.375	85 to 170
Internal Cam Cleat	20 to 40	5 to 8	0.125 to 0.25	85 to 170

Referenced Standards and Material Properties

The generated specification references these standards in Part 1, Section 1.3 and cites material properties in Part 2. All poles available through Flagpole Warehouse are designed per NAAMM FP 1001-07 and ASCE 7-10.

Flagpole Rating Standard

NAAMM FP 1001-07

Wind Speed Standard

ASCE 7-10 (3-sec gust, 33 ft, 50-yr MRI)

Shaft Alloy

6063-T6 Aluminum per ASTM B 221

Structural Design

Aluminum Design Manual (ADM)

Tensile Strength

30,000 psi minimum

Yield Strength

25,000 psi minimum

Structural Rivets

5056-H32 Aluminum, 3/16" flush countersunk

Flash Collar Options

Spun aluminum (std) / Cast aluminum (upgrade)

Available Finishes

Mill, Clear Anodized, Powder Coat

Warranty

3 years from substantial completion

Lightning Protection

NFPA 780 (grounding kit optional)

Compliance Options

Buy American Act / BABA (PL 117-58)

Beacon Illumination Compatibility

Beacons are Intertek (ETL) certified LED flagpole lights that replace the standard truck and finial. The Specification Generator selects the appropriate beacon series based on pole type and top diameter. Beacon details auto-populate in Products and Execution when illumination is specified.

Pole Type	Beacon Series	Height Range	Lumens	Power Options
External Revolving	External Beacon / Plus	20 to 80 ft	800 to 1,100	AC, Solar
Internal Winch	6.5" / 8" / 10.5" / 14" IH Beacon	20 to 80 ft	800 to 1,900	AC, Solar
Internal Cam Cleat	Cam Beacon / Plus	20 to 40 ft	800 to 1,100	AC, Solar
External Stationary	Not available for this pole type	—	—	—

Maintenance Schedule (Part 3, Section 3.9)

Every specification produced by the generator includes a maintenance schedule in Part 3, Section 3.9. Following this schedule extends service life and prevents premature failure.

Monthly

Inspect halyard for wear, fraying, or UV degradation. Replace if damage is found. Inspect flag for tears or soiling and replace as needed.

Semi-Annual

Inspect truck assembly for smooth rotation and lubricate moving parts per manufacturer recommendations. Check pole shaft finish for corrosion, chalking, or surface damage. Inspect cleat, snap hooks, and flag attachments for wear.

Annual

For internal halyard poles: open the access door and inspect winch brake, cam cleat spring, cable tension, and cam lock function. Lubricate internal components. For all poles: inspect flash collar silicone seal and grounding conductor continuity. Clean shaft with mild soap and soft cloth — no abrasive pads.

Post-Storm

After any storm exceeding 75% of the pole's rated wind speed, inspect plumb, halyard condition, all hardware, and structural integrity before returning the pole to service.

Frequently Asked Questions

What engineering standards does the generated specification reference?

The specification references NAAMM FP 1001-07 (Guide Specifications for Design of Metal Flagpoles), ASCE 7-10 (basic wind speeds as a 3-second gust at 33 ft above ground, 50-year MRI), ASTM B 221 (6063-T6 aluminum alloy for pole shafts), and the Aluminum Design Manual (ADM) for structural design. Additional references include NFPA 780 for lightning protection, NFPA 70 (NEC) for electrical work, and 4 USC Section 7 (U.S. Flag Code).

What wind speed standard does the Specification Generator use?

Wind load ratings are published per NAAMM FP 1001-07 at Exposure Category C. The tool looks up base wind speeds by zip code from ASCE 7-10 Figure 26.5-1A (Risk Category II, 700-year MRI, Exposure C). Two adjustments can then be applied: an Exposure Category adjustment using velocity pressure exposure coefficients (Kz) from ASCE 7-10 Table 26.6-1, and a Risk Category adjustment using approximate MRI multipliers (Cat I: ×0.78; Cat II: ×1.00 baseline; Cat III: ×1.07; Cat IV: ×1.15).

When will ASCE 7-22 replace ASCE 7-10 for flagpole specifications?

ASCE 7-22 is the latest edition of the wind speed standard and is referenced by the 2024 IBC. States are adopting it on different timelines through 2025 and 2026. However, NAAMM FP 1001-07 has not been updated to reference ASCE 7-22 and still cites ASCE 7-05. ASCE 7-10 is used as a practical middle ground — newer and more accurate data than 7-05, in the same format the flagpole industry uses. Always verify which edition your local Authority Having Jurisdiction currently requires.

What halyard types are available and how are they specified?

Four halyard types are available: External Stationary (fixed cleat, external rope), External Revolving (360-degree revolving truck, external rope), Internal Winch (concealed stainless steel cable with auto-locking mechanical winch, accessed via cam-locked milled door), and Internal Cam Cleat (concealed rope halyard with spring-loaded cam cleat, accessed via cam-locked milled door). Internal types require a minimum 6-inch butt diameter — the 5-inch butt is excluded because the access door opening removes too much shaft material at that size.

How do I choose between external and internal halyard pole types?

External halyard poles (Stationary and Revolving) use an exposed rope on the outside of the shaft — simpler, less expensive, and easier to maintain, but accessible to anyone. Internal halyard poles (Winch and Cam Cleat) route the halyard inside the shaft behind a lockable access door. Choose internal halyard when vandalism or unauthorized flag lowering is a concern, which is typical for government buildings, schools, and commercial sites in public-access areas.

What halyard specifications apply by pole size?

External halyard, butt 4 in or less: 5/16 in solid-braid polyester or nylon rope, UV-stabilized, 1,200 lb min breaking strength. Butt 5 to 7 in: 3/8 in solid-braid, 2,500 lb min. Butt 8 in or larger: 1/2 in solid-braid, 4,000 lb min. Internal Winch: 1/8 in stainless steel wire cable, 7×19 construction, 2,000 lb min. Internal Cam Cleat: 3/8 in solid-braid polyester rope, UV-stabilized, 2,500 lb min.

What flag sizes are recommended by pole height?

Recommended pairings: 15 ft → 3×5 ft; 20 ft → 4×6 ft; 25 ft → 5×8 ft; 30–35 ft → 6×10 ft; 40–45 ft → 8×12 ft; 50–55 ft → 10×15 ft; 60–75 ft → 12×18 ft; 80 ft → 15×25 ft. Wind ratings are calculated with the recommended nylon flag attached. Polyester flags add greater load due to heavier fabric weight and may reduce the effective rated wind speed.

What finish options are available?

Available finishes: Satin (standard mechanical finish), Clear Anodized, Dark Bronze Anodized, Black Anodized, and Powder Coat (specify RAL or equivalent color at time of order). All anodized finishes meet AAPA standards.

What is the difference between a ground sleeve and a shoe base foundation?

Ground sleeve installations embed a steel sleeve in a reinforced concrete foundation below grade, with the pole inserting into the sleeve after the concrete cures. Set depths range from 2 ft for a 15 ft pole to 8 ft for an 80 ft pole. Shoe base is a surface-mount option that bolts the pole to an existing concrete pad using anchor bolts. Ground sleeve is the standard for new construction; shoe base is used when below-grade installation is not feasible. All steel sleeves include a factory-welded grounding lug.

What is CSI Section 107500 and what does it cover?

CSI MasterFormat Section 107500 covers flagpoles and accessories for commercial, institutional, and government projects. A formal specification is required on most projects that include flagpole installation. Part 1 covers general requirements including references to ASCE 7-10 and NAAMM FP 1001-07, submittals, and quality assurance. Part 2 covers materials — including 6063-T6 aluminum shaft, hardware, finish, and beacon products. Part 3 covers installation, field quality control, cleaning, and maintenance.

How does the tool determine the wind speed for my project?

The tool contains a built-in database of ASCE 7-10 wind speeds for all 41,375 U.S. zip codes. Enter your project zip code and the tool returns the basic wind speed and the corresponding NAAMM FP 1001-07 flagpole rating. If your location is in an ASCE 7-10 Special Wind Region, the tool displays a warning to verify requirements with the local AHJ. Exposure Category and Risk Category adjustments are applied to calculate the effective design wind speed for your specific site conditions.

Can I specify multiple flagpoles in one project document?

Yes. The Specification Generator supports multiple individually configured flagpoles within a single project document. Each pole can have its own type, height, diameter, wall thickness, finish, foundation, illumination, and accessories. Poles are numbered sequentially in Part 2 and addressed collectively in Part 3 installation and maintenance sections.

What output formats does the generator support?

Three output options: a formatted on-screen preview with print-optimized CSS (UI controls hidden for a clean document layout), print-to-PDF via the browser's built-in print function, and a Word document (.docx) download for editing in Microsoft Word or compatible applications. All outputs include the complete 3-part CSI specification.

Does the specification address Buy American Act and BABA compliance?

Yes. The Quality Assurance section (Part 1, Section 1.7) includes inline selections for Buy American Act (41 USC 8302) and Build America, Buy America Act (PL 117-58, Sec. 70914) compliance. These can be toggled on or off based on your project's federal funding requirements.

Is the Specification Generator free to use?

Yes. The Flagpole Warehouse Specification Generator is free for architects, engineers, specifiers, and contractors. No account or login is required. Generate as many specifications as needed for your projects. Contact Flagpole Warehouse directly for additional engineering support or custom project assistance.

The Specification Generator produces guide specifications for use by architects, engineers, and specifiers as a starting point. The Architect of Record is responsible for verifying all specifications, wind load requirements, foundation design, and local code compliance for each project. Projects in ASCE 7-10 Special Wind Regions should confirm site-specific requirements with the local Authority Having Jurisdiction. Contact Flagpole Warehouse for engineering support.