MACC_IDIQ_SOW_Appendix_3.pdf

Hanscom Air Force Base architectural compatibility plan

Title 1A A ite t l ti ilit l Ai e e 1 te t e 1

Table of Contents

Introduction

Design Standards

Basewide

Buildings

Wall Systems

Roof Systems

Entrances

Windows and Doors

Ancillary Structures

Screens and Enclosures

Landscaping

Walkways and Paths

Roads

Parking

Signs

Site Furnishings

Sustainability

Lighting

Utilities

Architectural Themes and

Development Zones

Implementation

Appendices

ACP Checklist Materials and Colors (Exterior & Interior) Basis of Design Products Exterior Color Applications Landscape Materials Development Zones Reference Publications and Guidelines Typical Wall Sections

Title 1A A ite t l ti ilit l Ai e e 1 e

Introduction il i 1 il i 1 t ili

The Architectural Compatibility Plan (ACP) defines a clear design vocabulary to be used throughout the Base, providing specific standards for all aspects of exterior and interior design.

Compatible architecture is accomplished with similar buildings, using common design forms, details, materials, site features, landscaping, and streetscapes.

Quality and compatibility are achieved through creating a unified visual environment that is based on an Architecture of Community, similar to a campus or small town. The principal design goal is to direct development at Hanscom AFB toward a livable, attractive, and cohesive installation.

The ACP provides the design standards that will help to build compatible facilities and a quality environment. Implementation of the standards will result in the creation of community.

Purpose

The purpose of the ACP is to define design standards for buildings, site development, and streetscapes that serve to integrate the visual character throughout the Base.

The ACP will help ensure consistent quality design decisions by commanders, planners, architects, engineers, and maintenance staff. It promotes clear, concise communication between the Hanscom AFB personnel and design professionals.

This plan applies to self-help initiatives, small projects, and operations and maintenance activities as well as large construction efforts.

The ACP is referenced from and supports the Hanscom AFB Installation Development Plan (IDP) as a key component plan.

Introduction (continued) t le te l il i 1 e

How to Use This Plan

The ACP defines five architectural settings:

Basewide, Industrial, Research and Development, Administrative, and Community (refer to map in Appendices).

General and specific design standards for all buildings are included in the Basewide setting.

Basewide standards shall be applied to all projects, including the Lincoln Labs Campus.

When a project is located in the Industrial, Research and Development, Administrative, or Community setting, more specific standards from those Sections of the ACP shall be applied.

The Implementation Section of the ACP outlines key elements to ensure success in designing and constructing excellent facilities. It discusses the traditional design process, and highlights the importance of site analysis. The implementation section defines methods to facilitate the coordination and approval of design submittals.

Finally, the Appendices provide additional information including an index; a list of building materials, site amenities, colors, and landscape materials; a development zone map; basis of design products; reference publications; typical wall sections; and a checklist for project personnel. Use the Appendices in conjunction with the general text of the ACP as a quick reference to specific materials and color specifications.

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Design Standards - Basewide il i 1 4 – il i il i 1 – te T e e il i 1 1 – ilit T e e

BUILDINGS

t le Buildings should relate to the appropriate architectural theme as determined by function, scale, and location.

Building location and form should respond to climate through orientation, overhangs, screening, shading devices, and landscaping.

The application of these principles should appear logical and consistent with other buildings.

te T e e

The Corporate Campus theme is characterized by master planning large scale facilities into campuses, with common building components such as brick walls, dark bronze horizontal window elements, and pedestrian courtyards.

Primary building materials used in the Corporate Campus theme are brick walls and aluminum windows, with precast concrete or brick accents.

Use either flat membrane roofing or sloped metal roofing.

Separate vehicular and pedestrian traffic using common green spaces and elevated walkways between buildings.

ilit T e e The Military theme is the unifying style for the Base. It is characterized by attractive, cost effective construction materials such as brick wainscots, Exterior Insulated Finish System (EIFS) or flush metal wall cladding, and sloped architectural grade shingle or metal standing seam roofing.

Primary building materials using the Military theme are brick wainscots, EIFS walls, aluminum windows, and sloped shingle roofs.

Use clean, simple, and contemporary forms.

Rectangular elements are the standard for major building masses.

Locate the building main entrance at grade and express it as an architectural feature.

Articulate building facades to add visual interest and human scale.

Emphasize horizontal proportions.

Develop a strong relationship of buildings and adjacent exterior spaces.

Integrate solar panels or collectors into the building design.

Design Standards – Basewide (continued) il i 1 – il i i t – il i i

MAARNG i t e e te – l e R M i le M i Where sloped roofs are used, break up the mass of large structures to reduce roof volume.

Reduce the massing of large structures by developing smaller submassing components or layering of massing elements.

Combine functions whenever possible to avoid small independent structures.

l See Appendices for Base Color Palette.

In addition to the approved colors, other colors for accents and trim may be used subject to approval by the Base Civil Engineer.

i ti il i Match the existing materials for addition/ alteration projects unless a significant change to the exterior envelope is included.

Whenever possible, bring existing facilities into compliance with code and acceptable building practices.

A e i ilit

Design of new and renovated facilities shall comply with Federal accessibility standards (DoD-ABA). See DoD Memorandum “Access for People with Disabilities” in the Appendices.

il i 1 4 – i i ill il i 1 14 – M A e t il i 1 4 – i l ie e

WALL SYSTEMS

i Use face brick in a running bond pattern with tooled concave joints.

Brick may be used for lintels, sills, pilasters, or accents.

Patterns or corbelling created such as header, rowlock, and soldier coursing, are encouraged.

Locate expansion and control joints at transitions in the wall where possible. Use sealant color to match brick.

Use buff-colored Portland cement mortar.

Colored mortar may be used where a more monolithic wall appearance is desired.

Detailing and material specifications should be provided to prevent efflorescence in masonry work.

te i l te i i te EIFS is an exterior wall finish system which consists of the following:

A water resistive barrier with drainage.

A layer of foam plastic insulation.

A layer of fiberglass reinforcing mesh embedded in a cementitious adhesive.

A final topcoat which is a colored, textured coating.

EIFS is acceptable for wall surfaces four feet or higher above grade.

EIFS is prohibited for use at pedestals of columns.

il i 1 -il i 1 1 – e t ete A e t il i 1 – e t ete A e t il i 1 14 – Met l el l i

A ite t l e t Precast concrete is appropriate for lintels, sills, belt courses, water tables, and copings.

Patterns or designs may be cast into pieces used for decorative accents.

Limit use of architectural precast as a secondary material, with brick to remain the prominent material.

Natural is the standard color for precast concrete.

t e M te i l Flush architectural metal wall panel systems are an acceptable material.

Factory finish all exposed metals with a powder-coat application such as Kynar-500.

Joint sealants shall match the color of the darker adjacent surfaces. When adjacent surfaces are the same color, use a joint sealant in the same color.

Translucent panels such as Kalwall are an acceptable material for limited use in building facades and skylights.

A e t et ili

Detailing shall consider overall building height and proportion.

Use accents such as medallions, recesses, and projected bases to highlight entries and facades.

High-visibility facilities shall have greater emphasis on detailing and articulation.

il i 1 1 – A e t il i 1 4 – et ili il i 1 14 – te te i ti il i 1 4 – ll e ll e t Incorporate placement of all mechanical, electrical, lighting, communication and other building components, including downspouts, into the overall architectural design.

Conceal all conduits, cables, piping and other utilitarian items.

All vents, louvers, and electrical/ communication boxes shall match the wall surface color on which the equipment is mounted.

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Design Standards - Basewide (continued)

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ROOF SYSTEMS

i ti Use flat or sloped roofs for the Corporate

Campus theme.

Use sloped roofs for the Military theme.

Use 4:12 minimum roof slope.

Gabled or hipped roofs are preferred for most buildings. Dutch-hip roofs are acceptable if approved by the Base Civil Engineer. Open gabled elements may be used to accent entries.

Flat roofs with mansard parapets are not acceptable.

Solar panels on roofs are encouraged where appropriate.

Make use of daylight harvesting where feasible.

M te i l l

Use standing seam metal roofing or architectural grade asphalt shingles at sloped roofs.

Use adhered EPDM roofing membrane at flat roofs.

Use factory-finished, mechanically seamed, standing seam metal roofing on sloped roofs with an 18-inch maximum wide panel, 22 gauge minimum thickness and a 2-inch raised standing seam.

Metal roof fascias and flashing shall match the roof material and color.

Minimum slope is 1/2:12 for membrane roofing for flat roofs.

Use cool roof coating on roof surface wherever possible.

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MAARNG i t e e te – te te t

MAARNG i t e e te – l Met l i il i 1 – R i et i Sloped parapets on the gabled end walls shall match the roof slope.

Use factory finished metal copings on all parapet walls. Color shall match adjacent wall color.

i G tte t

Incorporate continuous metal fascias that are scaled to match the roof. Size them 8 inches minimum and 14 inches maximum in height.

Avoid the use of turn-down standing seam metal fascias.

Fascias shall match the roof color when used with metal roofing.

Gutters on sloped roofs shall be factory finished metal to match the roof color.

Integrate metal downspouts with architectural details and match their color with that of adjacent wall surfaces.

Limit the use of angle rain water leaders to the extent possible.

Connect the roof downspouts to the storm water conveyance system.

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MAARNG i t e e te – Me i l e t e it i – te te G tte

R e t le e t Minimize, consolidate, and organize roof penetrations on the least visible side of the building.

Paint vent pipes and other roof elements to match the roof color.

Where rooftop mechanical units are used, minimize the negative visual effects with screening to match the roof color.

Make mechanical vent sizes and shapes consistent with architectural elements.

Avoid roof-mounted antennas.

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ENTRANCES

Ge e l Ensure the building entrance is clearly visible and highlighted as a prominent feature.

Projected entrance features with flat or curved forms are preferred.

Create enclosed vestibules and weather-protected transition spaces at entrances.

Address wind screening with walls, landscaping, and the configuration of the entrances.

Integrate handicapped ramps into design where required. Entrances shall be DoD-ABA accessible. See DoD Memorandum “Access for People with Disabilities” included in the i t e

Provide overhead enclosure for weather protection.

Locate newspaper, vending machines, and similar elements out of view to avoid visual clutter.

e t e Reflect the character of the primary entrances but less prominently.

Recessed entries are acceptable to provide areas of shade and weather protection.

e Building location to be provided by Hanscom

Fire Department.

Provide Knox Box submittal for approval by

Hanscom Fire Department. Coordinate requirements prior to submittal.

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Service Entrances and Emergency Egress

Minimize visual impact with proper siting and access.

Provide unobtrusive service entrances that are physically and visually separated from primary and secondary entrances.

Incorporate egress structures, such as stair towers, into design.

Use landscaping and screen walls to separate loading docks visually.

Do not use canopies at emergency egress doorways.

A e

Arcade elements may be used as an extension of the building’s entrance.

Integrate arcades with the building’s form, materials, and detailing.

- te- e e

Limit to special, high profile facilities and enhance with architectural detailing and landscaping.

Design as an integral part of the building entrance using the same style, form, and materials.

Meet current UFC 4-010-01 Mi i A tite i t il i

Title 1A A ite t l ti ilit l Ai e e 1 e 14 il i 1 1 – il l il i 1 – l e il i 1 – te- e e i il Handrails shall be finished with a dark brown powder-coated surface.

Integrate handrail designs with the facility design.

l t The use of plazas and courtyards is encouraged at primary and secondary entries.

Incorporate landscaping and lighting into the design.

il i 1 – Al i i te

MAARNG J i t e e te – l e

WINDOWS AND DOORS

e i Use window type, size, placement and mullion pattern to emphasize the overall architectural design.

Comply with UFC 4-010-01 Mi i A tite i t il i .

Provide blast resistant windows and anchorage where required. Coordinate with Hanscom Security Forces.

Coordinate window and door placement horizontally and vertically.

Set windows back at least 2 inches from the building façade.

Provide screens where operable windows are used.

Transom windows are encouraged.

Provide shading and lighting devices to minimize solar heat gain and maximize interior lighting (e.g., light shelves).

For exterior doors requiring glazing, use dark bronze aluminum storefront systems with thermal-break construction.

Hardware shall be of same color.

Coordinate door hardware requirements with the Base locksmith, Fire Department, Communication Squadron, and HVAC Shops.

Provide auxiliary hardware as per

ANSI/BHMA.

Provide wall or floor stops for all exterior doors that do not have overhead holder/stops.

All secondary-use and service doors and frames shall be dark bronze anodized.

Hollow metal frames to security doors and utility rooms shall be dark bronze anodized.

Sealants applied adjacent to windows and doors shall match the frame color.

Solid exterior doors shall be of steel construction, insulated, factory-primed, and field-painted, with stainless steel hinges and brushed chrome hardware.

Consider wind loading and direction when designing exterior entry and service doors.

Title 1A A ite t l ti ilit l Ai e e J 1 e 1 il i 1 - le e t ie il i 1 4 – t i ll te il i 11 - li t

Gl i Provide high performance double- or triple-glazed insulated glazing with low-E coating, warm edge spacers, and argon-filled airspace.

Use blast-resistant security glass where required by UFC 4-010-01 Mi i A tite i t il i .

Avoid mirrored and plastic glazing. Glass block may be used.

Translucent insulated panels are acceptable.

le e t ie li t Develop clerestories or low-profile skylights integrally with the building design.

Match clerestory window frames with the general facility window frame color.

Use tubular skylights to maximize natural lighting.

Use light shelves for solar shading and daylight harvesting.

Use solar tubes to harvest daylight at interior areas.

il i 14 – t i e R i il i 1 1 – t ili il i 1 1 – teel A ill t t e

ANCILLARY STRUCTURES

Ge e l

Construct structures using steel or masonry piers and hipped standing seam metal roofing.

Provide building “hardening” where required by UFC 4-010-01 Mi i A tite i t il i .

Aluminum storefront system may be used for wind protection where needed.

Coordinate the siting of all ancillary structures with each other and adjacent buildings.

Use non-weathering, corrosion-resistant materials.

Accent structures with landscape design, brick pavers or scored pavement patterns.

Locate kiosks at high-use areas such as shopping, housing, and recreation areas.

Do not use temporary buildings.

Minimize the use and number of storage buildings and consolidate in low visibility areas.

Coordinate entrance structure design with Hanscom Security Forces.

ili

Centrally locate pavilions between several facilities to create multipurpose use.

Use manufactured pavilions only in low visibility locations.

Wood and premanufactured gazebos are not allowed.

Bike storage pavilions should match the materials of the adjacent facility.

Do not use enclosed bike storage lockers.

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SCREENS AND ENCLOSURES

Ge e l

Comply with UFC 4-010-01 Mi i A tite i t il i for visibility and enclosure requirements where explosives could potentially be placed.

Provide galvanized security fence top at enclosures.

Perforated metal screening may be used for appropriate locations.

Locate utility components in the least visible area with adequate access to minimize the need for screening.

Ensure screens are high enough to conceal equipment, vending machines and utilities.

ll

Place brick in running bond.

Integrate security walls with the building architecture.

Do not attach screen walls to buildings.

Do not place screen walls immediately adjacent to roadways or sidewalks.

Consider air circulation requirements of

HVAC equipment.

il i 1 – i e t l e i l e i il i 1 4 – i l e e e Use decorative brown vinyl fencing and gates for high visibility sites.

Dark brown colored vinyl-covered chain link fence in industrial, perimeter, and low visibility sites is allowed with approval.

te l e

Dumpster enclosures are not required where conventional construction standoff distances are met. Where conventional construction standoff distances are not met, comply with requirements of UFC 4-010-01 Mi i A tite i t il i .

Locate dumpsters to minimize visual impact.

Provide screening at gates in high visibility location.

Include provisions for pedestrian access.

Title 1A A ite t l ti ilit l Ai e e J 1 e i e e e il i 1 14 – t eet T ee

LANDSCAPING

Landscaping is a vital component to the visual quality of Hanscom AFB, and should be utilized to enhance the aesthetic appearance of facilities, provide protection from sun and wind in open areas, support stormwater quality control features, and to unify the visual experience of the Base.

e e Use turfgrass selected for drought and wear tolerance for all recreation areas, esplanades, and general lawn areas. A 50% Kentucky Bluegrass, 30% Chewings Red Fescue, 10% Perennial Ryegrass, and 10% Red Top Mix is recommended.

Use low-maintenance, fescue-based, “no mow” lawn mixes for semi-shaded woodland edges, and within passive recreation areas where paved walkways are provided.

Incorporate native, maintenance free ground cover plants on steep slope areas (>4:1 slope) or areas that are otherwise difficult to maintain.

Provide erosion control blankets on steep slope areas during landscape establishment period.

R Plant evenly spaced deciduous canopy trees along primary roadways, within esplanade area if possible. Coordinate tree locations so as not to conflict with street lighting or sight triangles at intersections per UFC 3-210-02 ite i l ti i it e 1.

Disease-resistant and preferably native deciduous canopy trees should be selected for uniformity at roadways; however a monoculture should be avoided.

Plant closely spaced low growing shrubs and ornamental grasses within median planting strips at primary roadways. Do not exceed 52 inch motorist eye level viewing height.

Secondary and access roadways use a more random spacing of deciduous and coniferous trees in clusters or groupings.

il i 1 1 - i il i 1 14 – i il i 1 4 – te ee i i A e Reduce the visual impact of large parking lots with parking islands at the ends of parking aisles, at median parking islands, and at the perimeter of parking areas per UFC 3-210-02 ite i l ti i it e 1 and UFC 3-201-02 e A ite t e it e 1.

Use deciduous trees at parking lot islands for shade and visual buffering.

Use deciduous trees, flowering trees, and deciduous and evergreen shrubs at median islands and at the perimeter of parking lots.

Trees and shrubs planted in and around parking lots should be selected to be disease-resistant as well as urban- and salt-tolerant.

Use turfgrass and/or planted berms at parking lot islands, median islands and at parking lot perimeter to soften the visual impact of the parking area.

ilit

Provide landscaping to define the primary building entrance. Such landscaping should provide four-season interest, as well as comply with unobstructed space requirements of UFC 4- 010-01 Mi i A tite i t il i .

Use landscaping elements that complement building architectural features and proportions.

Utilize landscaping between facilities to enhance gathering areas (gazebos, picnic areas) and to provide filtered views. Landscaping between facilities shall comply with UFC 4-010-01 Mi i A tite i t il i .

e ee

Screen unattractive building features such as utility risers, utility enclosures, and service areas.

Landscape screens within unobstructed space zones shall comply with UFC 4-010-01 Mi i A tite i t il i .

Utilize drought tolerant evergreen plant material for landscape screens.

Select screens for mature plant size that will not require regular pruning to maintain the desired size.

Use a three-tier landscaped screen in areas outside of unobstructed space zones— combining ground covers, shrubs, and small trees.

e it i - i le t eet – M t e t eet T ee

M A Me i l t e el e t Where Low Impact Development is required, utilize landscaping that is effective for that purpose as well as low maintenance.

Low Impact Development measures, such as bioretention cells, shall be located such that they visually complement the adjacent facilities and landscaping.

Separate and define all planting areas with sod cut edging.

Use granite edging in the most visible and important locations.

Use commercial grade, bronze finish aluminum edging in less visible locations where sod cut edging is not possible.

Do not use wood timber or plastic edging.

M i te e Establish a maintenance program, utilizing

Integrated Pest Management practices where feasible.

Use only approved planting materials as specified on the Landscape Materials listing in the Appendices.

Avoid plant material that requires regular pruning and/or deadheading to maintain its visual character.

Utilize drought-resistant plant material that does not rely on supplemental irrigation to thrive.

Utilize dark brown shredded bark mulch throughout planting beds and at individual tree planting pits to reduce weed growth and retain moisture.

Do not use mineral mulch except at building drip edges/strips.

MAARNG J i t e e te – i e l ete t le i el t R il i 1 1 A e i le R

WALKWAYS AND PATHS

Pedestrian travel at Hanscom AFB is typically generated from a parking area to the facility, between facilities, and for recreational activities.

Develop a consistent pedestrian circulation system between core facilities and parking areas, between clusters of facilities, and between outdoor gathering areas and facilities, to enhance the pedestrian experience within the Base.

i e l Refer to UFC 3-250-18FA Ge e l i i

Ge et i e i R t eet l e t e A e for general sidewalk design requirements.

Provide 8’-0” wide concrete sidewalks at all main building entrances.

Provide 6’-0” wide concrete, precast concrete or brick unit pavers, or bituminous concrete sidewalks at major walkways within the Administrative, Research and Development, and Community Zones.

Provide 4’-0” wide concrete, precast concrete or brick unit pavers, or bituminous concrete sidewalks throughout the remainder of the Base.

Maintain a minimum 8’-0” wide turfgrass esplanade between sidewalks and roadways.

Sidewalks shall be designed with a 2% cross pitch, and a 5% maximum slope in the direction of travel. Slope toward stormwater conveyance systems.

Use buff colored concrete with medium broom finish, tooled control joints and troweled edges.

l R

Incorporate DoD-ABA accessible curb aprons and crosswalks at all intersections of sidewalks with vehicular ways.

Construct all concrete curb ramps with flared sides and raised-dot pattern detectable warning surfaces complying with UFC 3-201- 02 e A ite t e it e 1 and Mass DOT requirements.

Crosswalks shall be striped with white, reflective pavement marking paint.

Ensure that all walkways lead to the safest crossing point possible and cross roadways in a perpendicular direction.

Ramps, curb cuts and handrails shall meet DoD-ABA, ANSI A117.1 and Mass DOT standards.

Title 1A A ite t l ti ilit l Ai e e J 1 e 4 il i 1 - i e l il i 1 – t e l l t i Pavement at courtyards should complement that of adjacent buildings in color and material choice.

Orient courtyards and plazas in response to building entrances, primary circulation, views and solar exposure.

Red brick pavers should be utilized at Administrative and Research and Development Zones.

Tan concrete unit pavers should be utilized at Community Zone.

Permeable masonry or concrete paver system to be used to reduce runoff in plazas and courtyards. Use solid pavers with permeable joints between pavers.

Design of plazas and courtyards should utilize manufacturers’ standard unit paver patterns whenever feasible.

Minimize maintenance requirements through proper selection and detailing of pavement, drainage and landscaping materials.

Re e ti T il i e Walkways at park and trail areas should be 4’-

0” wide bituminous concrete paving, which follows the contours or other natural features of the site.

Recreation trails should be designed with slopes that meet accessibility guidelines.

Provide bikeways as painted travel ways along major primary roadways. Separate bikeways from vehicular traffic right-of-way wherever possible.

Areas of light bicycle traffic can be accommodated by pedestrian walkways.

Two-way bike lane should be 8’-0” minimum width. One-way bike lane should be 6’-0” minimum width.

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ROADS

Develop the transportation network to be intuitive and efficient between development zones and facility clusters, and to provide a consistent experience throughout the Base. An organized system of primary, secondary and tertiary roadways should provide sequential order with each hierarchy of roadway being designed consistently.

i e R Primary roadways are developed as boulevards and contain two lanes of traffic in each direction with planted medians in between. Refer to UFC 3-250-18FA Ge e l i i Ge et i e i R t eet l e t e A e for median width requirements.

Secondary roadways are major arteries that contain one lane of traffic in each direction, and connect access roads with primary roads.

On-street parking at primary and secondary roadways should be discouraged. Approval of the Base Traffic Working Group is required.

Te ti R e i e i e Tertiary roadways are lower volume access roads that provide access to individual facilities or parking areas.

Combine service drives for several facilities where possible.

Minimize the visual impact of service drives through sensitive placement of service entrances and landscape screening of direct sight lines.

Utilize bituminous concrete paving for all primary, secondary, tertiary and service roadways.

Use concrete pavement at loading docks, vehicle maintenance areas, and other areas that experience heavy duty vehicle loading or maintenance work.

Do not use gravel roadway surface.

Utilize pavement markings that comply with the latest version of the Manual on Uniform Traffic Control Devices (MUTCD).

G tte

Vertical granite curbing should be used at all roadways, loading dock areas, driveways and parking lots.

Coordinate curb heights with ATFP requirements.

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A e i le i e

A e i le i e T ee

PARKING

Develop parking lots to be shared among clusters of adjacent facilities, with adequate capacity to serve peak loads. Provide clear circulation routes and safe pedestrian circulation between parking lots and adjacent facilities.

Ge e l Refer to UFC 3-210-02 ite i l ti i it e 1.

Locate parking lots and spaces in compliance with standoff distance requirements in UFC 4- 010-01 Mi i A tite i t il i .

Provide accessible parking spaces close to main building entrances in compliance with DoD-ABA requirements.

Reserve space directly in front of main building entrances for drop-off only.

Parking geometry should be 90-degree spaces, with 9’x18’ space dimensions and a 24’-0” minimum width drive aisles.

Provide 4” wide white pavement striping between spaces.

Adequate area should be left at the perimeter of the parking lot (between the parking lot and landscape buffer) for maintenance and snow storage.

Reduce the appearance of large expanses of pavement with planted or bermed median islands.

Me i l Refer to UFC 3-210-02 ite i l ti i it e 1.

Provide planting islands at the ends of each parking row and one intermediate planting island for every 20 stalls.

Coordinate light pole layout with planting island locations.

Provide designated areas for pedestrian traffic from parking lot to facility entrances.

MAARNG J i t e e te – i t il i 1 – -il i 1 1 – i t

Re e e i Minimize the number of reserved spaces.

Designate spaces by number on post with signs mounted in back of the curb.

The Base Traffic Working Group shall approve all reserved spaces.

Use bituminous concrete paving at parking lots.

Curbing shall be vertical, granite curb.

il i 1 4 – Milit e ti i ti i il i 1 – Re e e i i il i 1 – T e te i

SIGNS

The purpose of signage on the Base is to act as an integrated wayfinding system that clearly communicates identification and direction in a way that is helpful and does not add visual clutter.

UFC 3-120-01 Ai e i t (latest version) is the standard for all interior and exterior signage on the Base.

Ge e l Minimize the number of signs on Base to eliminate the visual clutter that results from over-signage.

Use concise, clear signage in accordance with UFC 3-120-01 Ai e i t .

Signs should be consistent in style, placement, color and language.

Use reflective white letters on a Standard Brown background on metal placards for all signage unless otherwise noted.

Paint and reflective sheeting colors shall comply with 3-120-01 Ai e i t , Section 2.18 (color standards).

Use painted brown square metal posts.

Back of sign and sign fasteners should be brown.

e ti i ti i Limit the use of monument signs to entrance gates, headquarters buildings, housing neighborhoods and special use areas/facilities with ACRB approval.

Entrance signs should comply with Air Force Sign Standards requirements.

Incorporate landscaping, accent lighting and/or paving.

Sign lighting should be limited and requires Base Civil Engineer approval.

Facility identification signs with street addresses are encouraged to be freestanding and not applied to building facades, and shall comply with AF Sign Standards.

Display facility numbers in one location- at the back or side corner of buildings, coordinated with architectural features.

t eet N e i il i 11 – A e i le i e i e

MAARNG t e i

On buildings with more than one primary entrance, provide identification signage for each organization that can be reached via a specific entry point. Only one sign is allowed at each primary entrance.

Building-mounted signs or individual letters with corporate logos are allowed for commercial facility signs with prior ACRB approval, and should not detract from the professional appearance of the Base.

i e ti i Locate directional signage along roadways before major intersections to allow time to discern the information.

Use to identify highly frequented or special interest destinations.

Street and direction signs should comply with Air Force Sign Standards.

Re l ti i Use for traffic control, parking, and Base warnings.

Traffic control signs shall follow the Manual on Uniform Traffic Control Devices (MUTCD) for color and display requirements.

Parking regulation signs should adhere to Air Force Sign Standards requirements.

Base warning signs shall adhere to Air Force Sign Standards for color and display requirements.

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SITE FURNISHINGS

The common use and style of site furnishings will aid in unifying the Base, providing a recognizable theme of continuity throughout. Reflect the Basewide standard regardless of where site furnishings are placed.

Ge e l Select site furnishings from the list in the

Materials and Colors appendix.

Furnishings should be placed periodically along pedestrian routes for resting, relaxing or socializing.

Locate furnishings off pedestrian paths to avoid obstruction of pedestrian flow.

Locate furnishings in plazas and courtyards to encourage relaxing and socializing.

Furnishings shall be accessible to disabled persons.

e ti e e Provide seating along walkways, near building entries, and in courtyards and plazas.

Securely anchor benches to a paved surface.

Provide 6’-0” long, backed metal benches with powdercoat frame and slats.

itte A Re e t le Place surface-mounted or portable litter and ash receptacles at building entrances, pathways, outdoor seating areas, and picnic areas.

Locate these to be functional, yet visually unobtrusive.

Provide locked and hinged door panel for 32-or 40-gallon capacity litter receptacles.

Provide opening size that does not allow objects 6 inches or larger to be placed inside receptacle.

l te Minimize the use of freestanding planters.

When used, locate planters in conjunction with other exterior elements.

Provide cast stone planters of a size compatible with the scale of the area being furnished.

Suggested size is 24” x 24” x 18” in areas where ATFP protection is not required; 42” x 42” x 42” where ATFP protection is required.

il i 1 14 – i le R il i 1 4 – Re le ll i le R Provide bicycle racks within 200 yards of the main entrance of each facility.

Combine bicycle parking areas among densely sited building clusters.

Provide rack capacity to provide sufficient storage for at least 5% of building occupants.

Securely anchor bicycle racks to hardscape.

Provide ribbon-style rack, with 2-3/8”

(min.)OD structural steel tubing. Rack should be powder coated, with dark bronze color.

Rack should be designed to lock both the wheel and the frame of the bicycle.

e e G ill

Limit built-in grills to recreational areas, police security forces, and fire stations.

Use materials that complement adjacent facilities.

Placement and design of built-in grills must be approved by the ACRB.

i i T le Provide at least one accessible picnic table per facility where picnic tables are provided.

Provide mid-morning to late-afternoon shade for all picnic tables.

Limit tables to outdoor picnic or dining areas.

Arrange tables to allow for large parties or individual family outings.

Provide picnic tables with painted 1-5/8” OD steel frame and perforated steel top and seats. Frame seats and table must be plastisol-coated or powder-coated.

Use bollards to protect buildings, equipment and people from vehicle impact and to restrict access.

Use a 6-inch diameter concrete-filled steel pipe with rounded top as the standard access-control bollard where the bollard is not required to act as a force protection measure.

Use an 8-inch diameter concrete-filled steel pipe with rounded top as the standard force protection bollard.

Bollards should be painted dark brown (see Exterior Color Applications appendix for paint color requirements).

Decorative bollards should complement the building architecture in material and color selection.

elte

Use a safety-yellow-painted, removable metal bollard at restricted service access points.

T ee G te A e i Where tree grates and drain grates are provided at plazas, they should be decorative, cast iron grates with a dark bronze finish.

elte

Provide prefabricated bus shelters with extruded, dark bronze anodized, aluminum frame clear tempered safety glass windows and acrylic roof and ADA-compliant aluminum bench seat.

l i e t Provide consistent-style, pre-manufactured play equipment at parks, family housing areas, child development centers, community centers, and recreational areas.

Playground equipment should be IPEMA Certified and meet ASTM F1487 and CPSC requirements.

Play equipment, surfacing, and walkways shall meet accessibility requirements for public playgrounds.

Place equipment with safe ground surfacing, benches, litter receptacles, and shade-providing landscaping or canopies.

Provide adequate pedestrian circulation paths to play areas.

l le Use a dark bronze anodized aluminum pole with clear anodized ball finial, ground set.

Create a sense of place at flagpole locations with landscape or plaza design.

i i t i Provide drinking fountains at playgrounds and park areas.

Use barrier free, bronze enamel pedestal-type and chrome-plated receptor.

i t i t il i 1 – i le R

MAARNG J i t e e te – t e el e t

SUSTAINABILITY

All projects shall achieve high performance and sustainable building principles to the greatest extent feasible as defined by Executive Orders 13514 and 13423. Certain aspects of energy efficiency and LEED sustainability are relevant to Hanscom AFB and designers are encouraged to incorporate these elements into facility design:

li te Re i e e i Provide beneficial solar orientation of buildings whenever feasible within the overall layout of the Base.

Solar heat gain control.

Passive solar design.

Daylighting.

Mitigation of the solar Heat Island Effect, both on roof and paved surfaces, through material selection and shading devices.

te e Re ti

Utilize rainwater harvesting technology where life cycle cost effective.

Plant drought tolerant plant and turfgrass species at landscaped areas to reduce the need for supplemental irrigation.

e e Re ti

Use of EMCS to monitor and control energy use within facilities.

Use high efficiency M/E/P equipment and fixtures.

Provide sensors and controls that reduce unnecessary energy use.

Provide high performance double- or triple-glazed windows with low-e coatings, warm edge spacers, and argon-filled airspace.

Limit infiltration with continuity of exterior wall air barrier.

Provide exterior wall and roof insulation and wall dew point analysis to eliminate risk of condensation in wall cavities.

M te i l Re e Use recycled building products when appropriate and available.

Utilize regionally manufactured products when available and if compatible with materials list contained within the

MAARNG J i t e e te – l el t elte il i 1 – e e i le i t et ee il i 11 A 11 t i le ite Provide Low Impact Development stormwater management strategies whenever possible.

Provide safe and convenient bicycle routes and parking throughout the Base.

Use native and indigenous plant materials that are also disease resistant.

Provide open space between clusters of buildings within campuses.

MAARNG – R i t il i 1 – i t i t

LIGHTING

Exterior lighting is a system that directly impacts the visual qualities of the Base. By day, the fixtures and poles add visual character and rhythm to the streetscape. At night, they contribute to the perception of safety and comfort. Use consistent components throughout the Base.

Develop building lighting as an integral part of the facility design.

Ge e l Use sub-surface electrical lines to feed exterior light fixtures.

Use Light-Emitting Diode (LED) luminaires for all applications.

Use ETL-12-15 (2012) compliant fixtures for all applications.

Photometric analysis is required for all fixtures and lighting design in order to ensure that light levels are adequate for safety, but are not excessive.

t eet All classifications of roadways should use the same luminaires and poles.

Each classification of roadway should use a consistent mounting height.

Use 20’ to 25’ height bronze finish aluminum poles and arm-mounted, architectural shoebox-style luminaires.

Equally space poles on sides of roadways.

i A e Use multiple luminaires on a single pole to reduce visual clutter and maintenance.

Coordinate pole placement with landscape island locations, and utilize landscaping to visually screen concrete light pole bases.

At small parking lots, use 15’ to 20’ height bronze finish aluminum poles and shoebox-style luminaires.

At large parking lots, use 20’ to 30’ height bronze finish aluminum pole with multiple-luminaires.

il i 1 – l i t il i 1 4 – ll i t il i 1 4 – l i t l t Provide pedestrian-scaled lighting fixtures throughout Administrative, Community, and Research and Development Zones, and along recreation trails and sidewalks not adjacent to roadways.

Provide 12’ to 20’ bronze finish aluminum pole and decorative architectural area light.

M ti ei t

Control spillover light near housing areas.

Keep mounting heights low and consistent.

Any light mounted over 30 feet high requires special review by the ACRB.

A ite t l A e t

Incorporate recessed, wall-mounted luminaires to wash light across plazas, paving and stairs.

Minimize and integrate into the building design the use of building-mounted fixtures for general illumination of service yards and outdoor spaces.

Avoid uplights for flagpoles, signage and other applications where spot lighting is needed. Sign lighting requires Base Civil Engineer approval.

When uplighting is used, provide glare shields.

For accent lighting at building entrances, use dark bronze finish aluminum bollard-style LED luminaires.

il i 1 4 – tilit t e i e t l il i 1 – le t i l t e

UTILITIES

Reducing the negative impact of utilities reduces the visual clutter of the base thereby allowing the eye to focus more clearly on the other, more aesthetic elements of the landscape. Removing or relocating utility lines and equipment from the most visible areas of the installation will improve the overall character.

The elimination of power poles and overhead distribution lines reduces maintenance and repair costs by reducing exposure or vulnerability to damage.

Electrical service drops, panel boxes, transformers, and meters detract from building design. The objective is to design these necessary services as an integral part of a structure. Similar design solutions should be repeated as appropriate.

Additions, alterations, and repairs often produce unsightly utility solutions and must, therefore, adhere to unified guidelines. Addition, alteration, and repair projects can serve as opportunities to improve existing unsightly installations.

Electrical substations, power poles and overhead distribution lines create visual clutter at the entrance to a Base.

tilit i e Place all pole mounted utility lines and building feeds underground.

Use every opportunity to bury utilities.

Exposed conduits, cables, and wires are not permitted.

tilit t t e Avoid free standing utility structures where possible.

Use underground vaults for equipment where possible.

Locate pad mounted equipment in less visible areas and screen with landscaping or screen walls.

il i 1 – le t i l it il i 1 – ee ll il i 1 4 – ee ll i e t Locate fire hydrants at least 5 feet away from other structures. Maintain a 30-inch clear area around the hydrant.

Paint hydrants with color-coded cap-band to indicate pressure.

Me i l i e t e t Carefully place and organize equipment and services.

Locate mechanical equipment on the least public side of the building.

Screen all mechanical equipment with landscaping materials or screen walls.

If mechanical equipment is placed within 10 feet of a building, paint to match the wall color. If placed farther than 10 feet, paint Dark Brown.

Minimize the use of all externally attached meters and control devices. If used, paint to match the wall color.

Externally attached utility conduits, lines, or equipment (except meters and control devices) are not allowed.

i ti

Locate coaxial and telephone exterior components at entry points into buildings.

Align all communications components with one another on the horizontal and vertical plane.

Design Standards – Architectural Themes and Development Zones il i 1 4 – te T e e il i 1 4 – te T e e il i 1 – te T e e

ARCHITECTURAL THEMES

Hanscom Air Force Base is organized visually by groupings of similar structures by building function. The Development Zones are Industrial, Research and Development, Community, and Administrative. Each Development Zone has an architectural character which can be categorized into one of two architectural themes, or a combination of the themes. The two themes are Military and Corporate Campus.

te T e e The Corporate Campus theme is characterized by master planning large scale facilities into campuses, with common building components such as brick walls, flat roofs, and dark bronze horizontal window elements. The best examples of this theme are the Systems Management Engineering Facility (SMEF) buildings constructed in the early 1980’s. Three buildings were integrated with the existing AFLCMC Headquarters buildings using central green spaces and courtyards with second story pedestrian bridges connecting the buildings. The Research and Development Zone also contains several buildings which incorporate the planning concepts of this theme, but use a high technology approach to their architectural expression.

Design Standards – Architectural Themes and Development Zones (continued) il i 1 1 – Milit T e e il i 1 – Milit T e e il i 1 11 – Milit T e e

Milit T e e The Military theme is the unifying style for the Base. It is characterized by attractive cost effective construction materials such as brick wainscots, EIFS or flush metal wall cladding, and sloped architectural grade asphalt shingles or metal standing seam roofing. The Military theme is found primarily in the Industrial and Community Zones. Some of the older buildings in the Administrative and Research Zones are also built using the Military theme.

DEVELOPMENT ZONES

A i i t ti e The Corporate Campus theme should be used when designing new buildings in the Administrative Zone.

Re e e el e t The Corporate Campus theme should be used when designing new buildings in the Research and Development Zone.

t i l The Military theme should be used when designing new buildings in the Industrial Zone.

Incorporate landscaping as buffer elements between the Industrial and other development zones.

it The Military theme should be used when designing new buildings in the Community Zone.

Title 1A A ite t l ti ilit l Ai e e J 1 e 41

Implementation e e Me i l

The ACP is a multipurpose tool that shall be used throughout the entire planning, programming, and design process, from inception to project completion for any project on base.

The ACP is implemented by the Base Civil Engineer (BCE). While architectural designers are the primary users of the plan, it must also be used by project managers, programmers, planners, engineers, and maintenance and operations personnel. The key elements in the implementation process are highlighted as follows.

Key Elements Adhering to key elements of the implementation process leads to success in designing excellent facilities that will be compatible with and a part of the whole community.

Distribute the ACP.

Hire good designers.

Respect the IDP.

Process proper submittals.

Cross-reference all planning and design documents to the ACP.

Distribute the ACP Distribution of the plan should be as wide as possible. On base, provide copies to commanders of all major units and tenants, the civil engineering squadron commander, branch chiefs, base architect, and master planner. Provide copies to the major command and headquarters representatives. The Public Affairs Office maintains extra copies for general distribution, distinguished visitors, and other guests.

Requirements Document In this initial submittal, the A-E defines, with the help of the Air Force, the requirements for the project. It may explore potential solutions, but more importantly, it includes “bubble diagrams,” relationships of major functional elements, and site / facility development options.

Implementation (continued) il i 1 1

This submittal is reviewed by the Base Civil Engineer. Each submitted package will comprise the following.

Scope / Programming Requirements Project Description Goals and Objectives Sub-area Development Plans Site Inventory / Site Analysis Spatial Relationship Analysis (i.e., relationship to site) Adjacent Facilities and Project Site Photos

Photos Site Inventory / Site Analysis includes, but is not limited to, vehicular traffic patterns, view, climatic conditions, environmental, safety, utility constraints, and geographic conditions.

Concept Design This submittal must include adequate information to fully describe the project design, allowing customers / clients to easily comprehend the proposed solution. The goal is to achieve Air Force customer understanding and approval early in this process. Multiple submittals may be required for large or complex projects. Generally, completion of concept design requires two submittals. The first is a more schematic approach to the solution, while the final concept presents a refined and more detailed design. These submittals shall be design presentation documents, not construction documents. Develop site plan, floor plans, roof plan, and building massing / elevations concurrently to ensure the proposed solution is a comprehensive design. Do not develop a floor plan without consideration of site and building massing. The Base Civil Engineer reviews the packages as part of the concept development process. If the initial submittal is not approved, or if there are significant concerns or comments, a re-submittal is provided prior to proceeding to the next design stage. Each submittal will be comprised of a complete comprehensive package including:

Concise Verbalized Design Concept Systems Descriptions Adjacent Facilities and Project Site Photos Site Plans (colored) Floor Plans Composite Elevations (with color and shadows)

Implementation (continued) il i 1 1 – le te l

Mechanical / Electrical /…