BOMA – PDF Standards Store

BOMA Z65.1 2024

Sun, 20 Oct 2024 09:56:27 +0000

This standard is intended exclusively for Office Buildings and their associated structures. It is applicable to all types of Office Buildings, regardless of the nature of the businesses they house; including but not limited to, various commercial, medical, institutional, and life science uses. It can be used for single tenant, multi-tenant, or multi-building configurations, and is suitable for measuring new, existing, and proposed Office Buildings. This standard does not include the measurement of public sidewalks, surface parking, landscaping, drainage structures, or other site improvements. The primary purpose of this standard is to calculate Rentable Area, a crucial metric in office leasing. Nevertheless, it also provides area figures useful for space utilization analysis, valuation, benchmarking, and allocating building expenses across different cost centers. As of March 2024, BOMA publishes six distinct building measurement standards, each of them targeting different building types and/or applications. The correct standard to apply is generally determined by a building’s architectural features, and its occupancy type. In most cases, a building whose occupancy comprises 50% or more of a particular use (e.g. Office, Industrial, Retail, or Multi-Family and Hospitality), should use the corresponding single-use standard; however, any Building with “typical” office building features and architecture should use this Office Standard. It is preferable to apply a BOMA single-use standard whenever possible, however the BOMA Mixed-Use Standard is appropriate for buildings that do not have an easily identifiable

PDF Catalog

PDF Pages	PDF Title
1	Cover
2	Legal Notice
3	Table of Contents
6	List of Illustrations
7	Acknowledgments Office Standard Revision Task Force
8	Executive Summary
9	1.0 Introduction
10	About BOMA International About ANSI
11	IPMS Compatibility
13	Application and Use
14	Discrepancy (2%) Interpretation
15	Source Information What’s New?
16	2.0 Select Method A or Method B Method A Multiple Load Factor Method Method B Single Load Factor Method
17	Method A vs. Method B Comparison
18	3.0 Learning the Standard
19	3.1 Boundary Areas 3.1 Boundary Conditions
20	Dominant Portion
21	3.1 Boundary Conditions No Dominant Portion
22	3.1 Boundary Conditions Non-Vertical Building Enclosure
23	3.1 Boundary Conditions Exterior Door Setback
24	3.1 Boundary Conditions Adjacent to Building Void
25	3.1 Boundary Conditions Unenclosed Areas
26	3.1 Boundary Conditions Unenclosed Areas
27	3.1 Boundary Conditions Unenclosed Areas
28	3.1 Boundary Conditions Unenclosed Areas
29	3.1 Boundary Conditions Unenclosed Areas
30	3.1 Boundary Conditions Unenclosed Areas
31	3.1 Boundary Conditions Unenclosed Areas
32	3.1 Boundary Conditions Unenclosed Areas
33	3.1 Boundary Conditions Unprotected Exterior Opening
34	3.1 Boundary Conditions Partial Enclosure
35	3.1 Boundary Conditions Property Limit
36	3.1 Boundary Conditions Non-Resolvable Condition
37	3.2 Space Classifications Method A Method B
38	3.2 Space Classifications Wall Priority
39	3.2 Space Classifications Rentable Exclusions 1. Major Vertical Penetrations (MVP)
40	3.2 Space Classifications 1. Major Vertical Penetrations (MVP)
41	3.2 Space Classifications 1. Major Vertical Penetrations (MVP)
42	3.2 Space Classifications 1. Major Vertical Penetrations (MVP) Illustrations
43	3.2 Space Classifications 2. Parking Areas
44	3.2 Space Classifications Non-Allocated Tenant Areas 1. Unenclosed Tenant Areas
45	3.2 Space Classifications 2. Tenant Storage Areas
46	3.2 Space Classifications 3. Single Tenant Shafts
47	3.2 Space Classifications Allocated Tenant Areas 1. Tenant Usable Areas
48	3.2 Space Classifications 2. Tenant Ancillary Areas
49	3.2 Space Classifications 2. Tenant Ancillary Areas
50	3.2 Space Classifications Floor Service Areas (FSA)
51	3.2 Space Classifications Floor Service Areas (FSA)
52	3.2 Space Classifications Floor Service Areas (FSA)
53	3.2 Space Classifications Building Amenity Areas (BAA)
54	3.2 Space Classifications Building Service Areas (BSA)
55	3.2 Space Classifications Base Building Circulation (BBC) Method B Only
56	3.2 Space Classifications Base Building Circulation (BBC) Method B Only
57	3.2 Space Classifications Base Building Circulation (BBC) Method B Only
58	3.2 Space Classifications Wall Priority Summary
59	3.3 Special Conditions
60	Exterior Areas
61	3.3 Special Conditions Voids 1. Building Voids
62	3.3 Special Conditions 1. Building Voids
63	3.3 Special Conditions 2. Occupant Voids
65	3.3 Special Conditions Interstitial Space
66	3.3 Special Conditions Interior Door Setback
67	3.3 Special Conditions Interior Door Setback
68	3.3 Special Conditions Restricted Headroom
69	3.3 Special Conditions Connectors
70	3.3 Special Conditions Vault Space
71	3.3 Special Conditions Mezzanines
72	3.3 Special Conditions Mezzanines
73	3.3 Special Conditions Publicly Accessible Floors
74	3.3 Special Conditions Service/Freight Elevator Lobbies
75	3.3 Special Conditions Sky Lobbies, Crossover Floors and Elevator Transfer Corridors
76	3.3 Special Conditions Multi-Wing and Multi-Core Floors
77	3.3 Special Conditions Dedicated Restrooms
78	3.3 Special Conditions Retail Spaces and Kiosks
79	3.3 Special Conditions Single Floor Office Building
80	3.3 Special Conditions Perimeter Columns
81	3.3 Special Conditions Ancillary Areas (Optional)
82	3.3 Special Conditions Service Areas or Amenity Areas
83	3.3 Special Conditions Shafts
84	3.3 Special Conditions Lowest Level of MVP
85	3.4 Put it all Together Method A Method B
86	3.4 Put it all Together/Method A: Basement
87	3.4 Put it all Together/Method A: Ground Floor
88	3.4 Put it all Together/Method A: Mezzanine
89	3.4 Put it all Together/Method A: Single Occupant Floor
90	3.4 Put it all Together/Method A: Multi-Occupant Floor
91	3.4 Put it all Together/Method A: Roof & Mechanical Penthouse
92	3.4 Put it all Together/Method B: Basement
93	3.4 Put it all Together/Method B: Ground Floor
94	3.4 Put it all Together/Method B: Mezzanine
95	3.4 Put it all Together/Method B: Single Occupant Floor
96	3.4 Put it all Together/Method B: Multi-Occupant Floor
97	3.4 Put it all Together/Method B: Roof & Mechanical Penthouse
98	4.0 Applying the Standard
99	4.1 Method A: Global Summary of Areas
100	4.1 Method A: Column Description
102	4.2 Method B: Global Summary of Areas
103	4.2 Method B: Column Description
105	5.0 Advanced Concepts
106	5.1 Inter-Allocated Areas Concepts and Calculations Introduction
107	5.1 Inter-Allocated Areas Concepts and Calculations Inter-Allocated Service Areas
108	5.1 Inter-Allocated Areas Concepts and Calculations Inter-Allocated Amenity Areas
109	5.1 Inter-Allocated Areas Concepts and Calculations Calculating Inter-Allocated Areas
110	5.1 Inter-Allocated Areas Concepts and Calculations Enhanced Global Summary of Areas Additional Columns (Method A and Method B)
111	5.1 Inter-Allocated Areas Concepts and Calculations Method B Method A
112	5.1 Inter-Allocated Areas Concepts and Calculations Inter-Allocated Areas (IAA) Spreadsheet
113	5.1 Inter-Allocated Areas Method A Building 1 Enhanced Global Summary of Areas
114	5.1 Inter-Allocated Areas Method A Building 2 Enhanced Global Summary of Areas
115	5.1 Inter-Allocated Areas Method A Inter-Allocated Areas (IAA) Spreadsheet
116	5.1 Inter-Allocated Areas Method B Building 1 Enhanced Global Summary of Areas
117	5.1 Inter-Allocated Areas Building 2 Enhanced Global Summary of Areas
118	5.1 Inter-Allocated Areas Method B Inter-Allocated Areas (IAA) Spreadsheet
119	5.1 Inter-Allocated Areas Concepts and Calculations Error Checking
120	5.2 Calculating Tenant Ancillary Areas
121	Extended Circulation Example Interior Door Setback Example
122	5.3 Calculating Tenant Storage Circulation
123	5.4 Applying Capped Load Factors
124	5.5 IPMS Compatibility
125	5.6 Calculating Full Floor Equivalency Factor (Method B Only)
126	5.7 Integration with BOMA 2021 For Mixed-Use Properties Standard
127	6.0 Definitions

BOMA Z65.4 2023

Sun, 20 Oct 2024 07:28:49 +0000

ANSI/BOMA Z65.4-2023 BOMA 2023 For Multi-Family and Hospitality Properties: Standard Methods of Measurement

Published By	Publication Date	Number of Pages
BOMA	2023	86

BOMA Z65.6 2021

pdfstandards — Sun, 20 Oct 2024 04:20:47 +0000

BOMA 2021 for Mixed-Use Properties: Standard Method of Measurement (ANSI/BOMA Z65.6-2021) is the update to the 2012 Mixed-Use Standard and is intended exclusively for Mixed-Use Properties and their associated structures. The standard is chiefly designed to generate Mixed-Use Common Area allocations on a proportionate basis according to the relative sizes of each Mixed-Use Component for integration with applicable single-use BOMA Standards. It also produces area figures which may be of interest to those examining space utilization, valuation, benchmarking and the allocation of building expenses to various cost centers. To establish the proportionate allocation of mixed-use common areas to the mixed-use components, the 2021 Mixed-Use Standard relies upon the BOMA 2018 Gross Areas Standard (ANSI/BOMA Z65.3–2018) as its foundation. Once established, the apportioned mixed-use common areas may be applied to a compatible single-use BOMA Standard or non-BOMA methodology that corresponds to each mixed-use component. Features of the 2021 Mixed-Use Standard: Features a Global Summary of Mixed-Use Areas spreadsheet and a generic Global Summary of Areas spreadsheet to apply non-BOMA methodologies to mixed-use components. Follows the new format introduced with the 2017 Office Standard–published in landscape to align the standard’s language with the accompanying illustrations, presented in a step-by-step format to make it easier to follow and rewritten to make it easier to understand the concepts and methodologies, including helpful hints. Incorporates best-practice guidance developed after the publication of the 2012 Mixed-Use standard to address ambiguities and inconsistencies in the 2012 standard. Provides a single, simplified methodology for determining Mixed-Use Common Area Allocations. Allows flexibility to separately disclose areas of interest. The Interior Gross Area (IGA)/Exterior Gross Area (EGA) ratio has been removed. The 2021 Mixed-Use Standard is compatible with most legacy BOMA standards.

BOMA Z65.5 2020 2021

Sun, 20 Oct 2024 03:07:44 +0000

BOMA 2020 for Retail Properties: Standard Method of Measurement (ANSI/BOMA Z65.5—2020) is the update to the 2010 Retail Standard and is intended exclusively for Retail Properties and their associated structures and may be applied to single tenant, multi-tenant or multi-building configurations. The primary objectives of the 2020 Retail Standard are to promote an unambiguous framework for determining the areas of Retail Properties with a strong focus on Rentable Area calculations; to facilitate transparency and clear communication of retail measurement concepts among all participants in the commercial real estate industry; to allow a comparison of values on the basis of a clearly understood and generally agreed upon method of measurement; and to align concepts and measurement methodologies with the International Property Measurement Standards: Retail Buildings (2019) document.

Features of the 2020 Retail Properties Standard:

Follows the new format introduced with the 2017 Office Standard—published in landscape to align the standard’s language with the accompanying illustrations, presented in a step-by-step format to make it easier to follow and rewritten to make it easier to understand the concepts and methodologies, including helpful hints.

Features an expanded Glossary of Terms, including references back to the related section.

Incorporates best-practice guidance developed after the publication of the 2010 standard to address ambiguities and inconsistencies in the 2010 standard.

Compatibility with the International Property Measurement Standards: Retail Buildings (2019)—IPMS 1.

Provides for two distinct levels of measurement—Partial Measurement and Overall Measurement.

Offers an optional Inter-Building Area calculation to allocate Parking Areas, Major Vertical Penetrations, and Service and Public Areas (Gross Leasable Exclusions) according to the Gross Leasable Areas of the Property’s Occupants.

Allows flexibility to separately disclose areas of interest.

PDF Catalog

PDF Pages	PDF Title
1	Cover
2	Copyright
3	Table of Contents
6	Acknowledgements
7	Executive Summary
8	Introduction
9	About BOMA International About ANSI
10	IPMS Compatibility
11	Application and Use
12	Discrepancy (2%) Interpretation
13	Source Information What’s New?
14	2.0 Learning the Standard
16	2.1 Boundary Area 2.1 Boundary Conditions
17	2.1 Boundary Conditions
22	2.2 Space Classifications
32	2.3 Special Conditions
49	2.4 Put it all Together
50	2.4 Put it all Together / Shopping Mall, Floor 1 / Boundary Area
51	2.4 Put it all Together / Shopping Mall, Floor 2 / Boundary Area
52	2.4 Put it all Together / Shopping Mall, Floor 1 / Space Classifications
53	2.4 Put it all Together / Shopping Mall, Floor 2 / Space Classifications
54	2.4 Put it all Together / Strip Plaza / Boundary Area
55	2.4 Put it all Together / Strip Plaza / Space Classifications
56	2.4 Put it all Together / Standalone Retail / Boundary Area
57	2.4 Put it all Together / Standalone Retail / Space Classifications
58	3.0 Applying the Standard
60	3.1 Global Summary of Areas Spreadsheet
61	3.1 Column Description
62	4.0 Advanced Concepts
63	4.1 Inter-Building Area
70	4.2 IPMS Compatibility
73	5.0 Definitions

BOMA Z65.2 2019

Sat, 19 Oct 2024 13:41:06 +0000

BOMA 2019 for Industrial Buildings: Standard Method of Measurement (ANSI/BOMA Z65.2-2019) is the update to the 2012 Industrial Standard. BOMA first published its Industrial Standard with the Society of Industrial and Office Realtors® in 2001. The Industrial Standard was updated in 2004, 2009 and 2012. The Industrial Standard is intended exclusively for Industrial and Flex Buildings and their associated structures and may be applied to single tenant, multi-tenant or multi-building configurations.

The 2019 Industrial Standard features a single method of measurement. It generates multiple Load Factors for various shared space types, such as Building Service Area, Floor Service Area, Inter-Building Area, etc. These Load Factors are successively applied to Occupant Areas on a pro-rata basis.

PDF Catalog

PDF Pages	PDF Title
1	Cover
2	Copyright
3	Table of Contents
5	List of Illustrations
6	Acknowledgements
7	Executive Summary
8	Introduction
9	About BOMA International About SIOR About ANSI
10	IPMS Compatibility
11	IPMS Compatibility cont…
12	Application and Use
13	Discrepancy (2%) Interpretation
14	Source Information What’s New?
15	2.0 Learning the Standard
16	2.1 Boundary Area (IPMS 1-Industrial) 2.1 Boundary Conditions
17	2.1 Boundary Conditions
21	2.2 Space Classifications
34	2.3 Special Conditions
48	2.4 Put it all Together
49	2.4 Put it all Together / Floor 1 Boundary Area
50	2.4 Put it all Together / Floor 2 Boundary Area
51	2.4 Put it all Together / Floor 1 Boundary Area IPMS 1
53	2.4 Put it all Together / Floor 1 Space Classifications
54	2.4 Put it all Together / Floor 2 Space Classifications
55	3.0 Applying the Standard
56	3.1 Global Summary of Areas Spreadsheet
57	3.1 Column Description
59	4.0 Advanced Concepts
60	4.1 Inter-Building Area
70	4.2 Capped Load Factors
71	5.0 Definitions

BOMA Z65.3 2018

Sat, 19 Oct 2024 12:05:25 +0000

Services, Inc. BOMA International published the first Gross Areas standard in 2009. This 2018 version of the standard further builds upon BOMA’s legacy of standards by clarifying existing concepts, introducing new concepts, and improving the applicability and readability of the document. The primary objectives of this standard are: To promote an unambiguous framework for determining the gross areas of any building To facilitate transparency and clear communication of building measurement concepts among all participants in the commercial real estate industry. To allow a comparison of values on the basis of a clearly understood and generally agreed upon method of measurement. To align concepts and measurement methodologies with the International Property Measurement Standards (IPMS).

PDF Catalog

PDF Pages	PDF Title
1	1.0 Introduction
2	About BOMA International About ANSI
3	IPMS Compatibility
4	Application and Use
5	Discrepancy (2 Interpretation
6	Source Information What’s New
7	2.0 Select a Gross Area Method
15	Gross Area Methods Comparison
16	3.0 Learning the Standard
17	3.1 Establish the Boundary Area of each Space Classification
18	Building Feature: Floor Area Building Feature: Parking Area
19	Building Feature: Connectors
20	Building Feature: Balconies Building Feature: Exclusive Use Covered Galleries Building Feature: Finished Rooftop Terraces
22	Building Feature: Unenclosed Occupant Circulation
24	Building Feature: Roofless Structured Parking
25	Building Feature: Public-Use Covered Galleries
26	Building Feature: Sheltered Area
27	Building Feature: Building Voids
28	Building Feature: Other Rooftop Areas Building Feautre: Unenclosed Connectors
29	Building Feature: Decks Building Feature: Plazas
30	3.2 Subdivide Each Space Classification
32	3.3 Special Conditions Exterior Door Setback
33	Below Grade Unknown Wall Thickness
34	Mezzanines
35	Auxillary Structures
36	Separate Parking Structure
37	Interstitial Space
38	Restricted Headroom
39	Crawl Space
40	Vault Space
41	Non-Vertical Building Enclosure
42	Unprotected Exterior Opening
43	Partial Enclosure
44	Property Limit
45	Non-Structural Protrusions
46	Ancillary Areas
47	3.4 Put it all Together
48	Basement
49	Ground Floor
50	Mezzanine
51	Single Occupant Floor
52	Multi-Occupant Floor
53	Roof
54	4.0 Applying the Standard
55	4.1 Global Summary of Areas
56	4.2 Column Description
57	4.3 Space Classifications at a Glance
58	5.0 Advanced Concepts
59	5.1 Single Occupant Leasing
64	5.2 Mixed-Use Standard
65	6.0 Definitions A Amenity Amenity Areas Ancillary Areas Auxillary Structure B Balcony BOMA Mixed-Use Standard BOMA Office Standard Boundary Area Building Building Allocation Basis Building Enclosure Building Features Building Void C Calculating Column Circulation
66	Connector Construction Method Covered Gallery Crawl Space D Decks (Porch or Structured Patio Area E Enhanced Global Summary of Areas Exclusive Use Covered Gallery Exterior Door Setback External Measure Line F Finished Ceiling Finished Floor Finished Rooftop Terrace Finished Surface Floor
67	Floor Area G Global Summary of Areas Gross Area Gross Area 1 Gross Area 2 Gross Area 3 Gross Area 4 Gross Area Method I Input Columns Input Values International Comparison Method Inter-Building Area Inter-Building Area Allocation Spreadsheet Inter-Building Gross Area Interstitial Space L Landlord
68	M Major Vertical Penetrations . 61 Mezzanine Multi-Building Set N Non-Permanent Non-Structural Protrusions Non-Vertical Building Enclosure O Occupant Other Rooftop Areas Outside Finished Surface P Parking Area Partially Enclosed Partial Enclosure Permanent Permanent Mezzanine Plazas Preallocated Gross Area
69	Property Limit Property Line Public-Use Covered Gallery R Reallocated Gross Area 1 Restricted Headroom Roofless Structured Parking S Service(s Service Area Sheltered Area Single Occupant Building Single-Use Standards or Single-Use BOMA Standards S Space Classification Space ID Special Conditions T Temporary Mezzanine
70	Tenant Area U Unclassified Mezzanine Unenclosed Connectors Unenclosed Occupant Circulation Unprotected Exterior Opening Use Components V Vault Space Vertical Circulation Volumetric Method W Wall Priority

BOMA Z65.1 2017

Sat, 19 Oct 2024 10:54:25 +0000

For more than a century, BOMA has been the leader in floor measurement standards, starting with the publication of the first “Office Measurement Standard” in 1915. BOMA 2017 for Office Buildings: Standard Methods of Measurement (ANSI/BOMA Z65.1-2017) is the latest update to the office standard, which has been regularly revised to reflect the changing needs of the commercial real estate market. BOMA’s 2017 Office Standard includes many new enhancements and clarifications to address evolving building designs and tenant amenities. The BOMA 2017 for Office Buildings features an easy-to-follow, step-by-step layout rewritten in simplified language with helpful hints, detailed illustrations and an expanded Glossary of Terms. This revised standard also features new best practice guidance to address ambiguities in the 2010 Office Standard, and it is fully compatible with the International Property Measurement Standard for Office Buildings. The 2017 Office Standard includes important updates to reflect changes in the industry, including the inclusion of outdoor balconies, covered galleries and certain finished rooftop terraces in the rentable square footage calculation. This and other updates allow users to accurately reflect the modern tenant experience. Who benefits from BOMA Standards? A cross-section of real estate professionals: building owners, property managers, facility managers, architects, space planners, interior designers, engineers, leasing professionals, asset managers, appraisers, brokers, general contractors and many others. BOMA sets the standard recognized and used around the world.

PDF Catalog

PDF Pages	PDF Title
1	Cover
2	Legal Notice
3	Table of Contents
5	List of Illustrations
6	Acknowledgements
7	Executive Summary
8	Introduction
9	About BOMA International About ANSI
10	IPMS Compatibility
12	Application and Use
13	Discrepancy (2%) Interpretation
14	Source Information What’s New?
15	Select Method A or Method B
16	Method A vs. Method B Comparison
17	3.0 Learning the Standard
18	3.1 Boundary Area (IPMS 2) 3.1 Boundary Conditions
31	3.2 Space Classifications
47	3.3 Special Conditions
67	3.4 Put it all Together
68	3.4 Put it all Together/Method A: Basement
69	3.4 Put it all Together/Method A: Ground Floor
70	3.4 Put it all Together/Method A: Mezzanine
71	3.4 Put it all Together/Method A: Single Occupant Floor
72	3.4 Put it all Together/Method A: Multi-Occupant Floor
73	3.4 Put it all Together/Method A: Mechanical Penthouse
74	3.4 Put it all Together/Method B: Basement
75	3.4 Put it all Together/Method B: Ground Floor
76	3.4 Put it all Together/Method B: Mezzanine
77	3.4 Put it all Together/Method B: Single Occupant Floor
78	3.4 Put it all Together/Method B: Multi-Occupant Floor
79	3.4 Put it all Together/Method B: Mechanical Penthouse
80	4.0 Applying the Standard
81	4.1 Method A: Global Summary of Areas
82	4.1 Method A: Column Description
84	4.2 Method B: Global Summary of Areas
85	4.2 Method B: Column Description
87	5.0 Advanced Concepts
88	5.1 Inter-Building Area
94	5.1 Inter-Building Area Method A
97	5.1 Inter-Building Area Method B
100	5.1 Inter-Building Area
101	5.2 Tenant Ancillary Area
103	5.3 Occupant Storage Circulation
104	5.4 Capped Load Factors
105	6.0 Definitions

BOMA Z65.5 2010

Sat, 19 Oct 2024 08:08:13 +0000

Here’s some “retail therapy” you can really put to use. BOMA’s Retail Buildings: Standard Methods of Measurement (ANSI/BOMA Z65.5-2010) relieves the pressure of measuring and calculating rental rates for retail space in shopping centers by providing a uniform methodology for computing, communicating and comparing the measurement of the gross leasable area in retail buildings. Key features of the Retail Standard include: An unequivocal direct measure of the physical size of the floor area of a retail building and three measurement methods: Construction Gross Area, Exterior Gross Area, Gross Leasable Area. A consistent, unambiguous measurement of gross leasable area with step-by-step procedures for calculating measurements. Who benefits from BOMA Standards? A cross section of real estate professionals: building owners, property managers, facility managers, architects, space planners, interior designers, engineers, leasing professionals, asset managers, appraisers, brokers, assessors, lenders, insurers, developers, general contractors and many others.

PDF Catalog

PDF Pages	PDF Title
1	COVER PAGE
2	TABLE OF CONTENTS
3	LEGAL NOTICE
4	ACKNOWLEDGEMENTS
5	INTRODUCTION
6	SECTION 1: SCOPE
7	SECTION 2: MEASUREMENT METHOD
10	SECTION 2: GLOBAL SUMMARY OF AREAS
12	SECTION 2: SPACE TYPE CHART
13	SECTION 3: DEFINITIONS
20	SECTION 4: ILLUSTRATIONS

BOMA Z65.6 2012

Sat, 19 Oct 2024 08:08:13 +0000

Floor measurements in mixed–use properties often presents challenges to developers, property managers, design professionals and others in the real estate industry, creating a clear need for a measurement standard to address the complexities of mixed-use properties. BOMA’s standard, Mixed-Use Properties: Standard Methods of Measurement (ANSI/BOMA Z65.6-2012), meets that need. The Mixed-Use Standard allows users to: Classify the floor areas of a mixed–use property onto use components, parking components and mixed–use common areas. Measure the exterior gross areas of use components for office, industrial, retail and multi–unit residential use components. Measure the exterior gross area of use components, including theaters, institutional and civic uses and parking components. Measure the exterior gross areas of mixed–use common areas and fairly allocate those areas among all use components and parking components within a mixed–use property. Who benefits from BOMA Standards? A cross section of real estate professionals: building owners, property managers, facility managers, architects, space planners, interior designers, engineers, leasing professionals, asset managers, appraisers, brokers, general contractors and many others.

PDF Catalog

PDF Pages	PDF Title
1	COVER PAGE
2	TABLE OF CONTENTS
3	LEGAL NOTICE
4	ACKNOWLEDGEMENTS
5	INTRODUCTION
6	SECTION 1A: SCOPE
7	SECTION 1B: APPLICATION AND USE
8	SECTION 2: OVERVIEW OF MEASUREMENT METHOD
10	SECTION 3: CLASSIFICATION OF MIXED-USE COMPONENTS
12	SECTION 4: ALLOCATION OF MIXED-USE COMMON AREAS
15	SECTION 5: MEASUREMENT METHOD – EXAMPLES
16	SECTION 5A: EXAMPLE 1
36	SECTION 5B: EXAMPLE 2
65	SECTION 6: DEFINITIONS
70	SECTION 7: USING THE GLOBAL SUMMARY OF AREAS WITH MIXED-USE PROPERTIES
72	LEGACY METHOD A: GLOBAL SUMMARY OF AREAS
75	SINGLE LOAD FACTOR METHOD B: GLOBAL SUMMARY OF AREAS
78	SECTION 8: APPENDIX

BOMA Z65.4 2010

Sat, 19 Oct 2024 08:08:12 +0000

If you thought BOMA Standards only measured office buildings, think again. BOMA’s Multi-Unit Residential Buildings: Standard Methods of Measurement (ANSI/BOMA Z65.4-2010) provides a uniform methodology for the measurement of floor areas in new and existing multi-unit residential buildings. Key features of the Multi-Unit Residential Standard include: Flexibility. Offers two measurement methods: a Gross Method and a Net Method. Versatility. Intended for measuring individual units as well as the aggregate area of a building. Clarity. Includes step-by-step procedures for calculating measurement and includes a Measurement Concepts section providing further clarification of terms. Who benefits from BOMA Standards? A cross section of real estate professionals: building owners, property managers, facility managers, architects, space planners, interior designers, engineers, leasing professionals, asset managers, appraisers, brokers, general contractors and many others. The Multi-Unit Residential Standards was developed by BOMA International in collaboration with the Institute of Real Estate Management, the National Association of Home Builders and the National Multi Housing Council.

PDF Catalog

PDF Pages	PDF Title
1	COVER PAGE
2	TABLE OF CONTENTS
3	LEGAL NOTICE
4	ACKNOWLEDGEMENTS
5	INTRODUCTION
6	SECTION 1: SCOPE, APPLICATION AND USE
7	SECTION 2: READ ME FIRST
8	SECTION 3: OVERVIEW OF MEASUREMENT METHODS
9	SECTION 4: MEASUREMENT METHODS
14	SECTION 5: DEFINITIONS
20	SECTION 6: MEASUREMENT CONCEPTS
22	SECTION 7: LIST OF ILLUSTRATIONS AND WORKSHEETS
23	APPENDIX
25	ILLUSTRATIONS
36	WORKSHEETS