Ch 11 Airport Planning
Master plan: ALP and Forecast
PATCH Primary approach transitional conical horizonal primary apparch transitional conical horizontal
Types of planning: FFEEOS (Financial, facilities, economic, environmental, organizational, strategic) (facilities, financial, economic, environmental, organizational, strategic
Airspaces capacity: airfield, airspace, ground access, terminal airfield airspace ground access terminal
Portland rigid (better), asphalt flexible (shorter lifespan)
Nonprimary airports are further categorized into National, Regional, Local, Basic, and Unclassified airports. (NRLBU) (BLUNR- basic, local, unclassified, national, regional)
Primary: large, medium, small, non hub
LEVELS OF NPIAS Maintain, bring to standard, expand
Key elements include:
Inventory of current facilities.
Activity forecasts.
Demand/capacity analysis.
Facilities requirements.
Design alternatives.
Financial plans.
Facilities Planning: Focuses on anticipating future airport infrastructure needs.
Financial Planning: Involves predicting future revenues and expenses to sustain airport operations.
Economic Planning: Studies trade and commerce impacts related to airport activities, both on and off-site.
Environmental Planning: Aims to maintain or improve existing environmental conditions around airports.
Organizational Planning: Manages future labor force requirements and the structure of airport organizations.
Strategic Planning: Focuses on maximizing the airport's potential benefits to the community.
Involves coordination among a collection of airports on various levels (local, state, regional, national) to ensure they complement one another effectively as part of a coordinated air transportation system.
Federal Aviation Administration (FAA) is responsible for national-level aviation planning.
Development is set forth in the NPIAS
NPIAS: National Plan of Integrated Airport Systems, entails a 20-year plan revised every 2 years, aligned with FAA’s capital investment strategies for air traffic and airway facilities.
Wishlist
NPIAS acts as an inventory for airport development projects with a focus on federal funding interest
Provides state by state format indicating location, role, type of service, level of activity currently and for 5 and 10 years in the future
NPIAS is not a complete inventory of airport needs rather airport development in which there is potential federal interest on which federal funds may be spent under AIP (Airport Improvement Program)
Improvements not eligible for federal aid are not included.
Examples: hangars, parking areas, revenue producing terminal areas
Level I: Maintaining current condition of the airport system.
Level II: Bringing systems up to current design standards.
Level III: Expanding the airport system.
Considers air transport dynamics across the region and addresses rivalries and jurisdictional disputes to optimize regional service and costs.
Planner is concerned with air transport for the region as a whole
Considers traffic at all regional airports large and small (example = OKC, PWA, OUN, SNL etc.)
Seeks to overcome rivalries and jurisdictional overlaps (Norman & Moore)
Goal is produce optimum service with regard to region wide benefits & costs.
Critical issue is allocation of traffic in the region
Greatly affects growth of airports involved (DFW, AFW & DAL)
Impacts political, technical and economic issues
NASAO (National Association of State Aviation Officials says all 50 State agencies carry out some form of State System Planning
States usually take on a role of:
Preparation of State System Plans & CIP’s
Funding local Master Planning
Technical assistance for local planning
State’s usually concerned with development of metropolitan and rural access
Airports seen as essential for economic growth
State plans usually encompass 20 to 30 years
Short (5 yr), medium (10 yr) and long (20 yr) term planning compare current and projected traffic
Detailed listing of planned actions:
land acquisition, pavement repair, installation of lighting and NAVAIDs and building construction
Master Plan: Outlines the airport’s future evolution, updating every 20 years, with larger airports typically following a more formalized process than smaller ones.
Charts the proposed evolution of the airport to meet future needs
Large airports - may be formal and complex process coordinating projects over 20 years
Smaller airports – may be responsibility of a few staff members relying on consultants
Typical Master Plan - planning horizon of 20 years and is updated every 20 (?) years
Airport Master Plan ALP,
Provide guidelines for future development that satisfy aviation demand that are also compatible with environment, community development and other modes of transport
Provide graphic presentation of ultimate development
Establish a schedule of priorities and phasing
Present back-up information and data
Describe concepts and alternatives
Concise and descriptive report making recommendations clearly understood
Key elements include:
Inventory of current facilities.
Activity forecasts.
Demand/capacity analysis.
Facilities requirements.
Design alternatives.
Financial plans.
Collection of all types of data pertaining to the area the airport serves
Existing airport facilities
Area planning efforts
Historical information
Traces community development and traffic served
Describes airport, date of construction and major expansion
A Base Map: Includes all air carrier, GA, and military airports in the area
Identifies how airspace is used
All local NAVAIDs and aviation communication facilities
Natural and man-made obstructions
Airway and jet-route structures
Dimensions of control zones and current use of IFR airspace
Land-use inventory is essential to assure future expansion is compatible with surrounding land use activity
Shows existing and planned highways, utilities, schools, hospitals etc.
Surveys may be conducted on ground travel in/out of airport, including employees, suppliers and visitors
Current and historical traffic data (5010)
Passenger and cargo data
Aircraft movements and mix
Statistical data is drawn from federal, state and local sources
Socioeconomic data helps answer questions regarding type, volume and concentration centers of future activity.
Helps answer:
Market size – growing/shrinking
Will there be people available in the future that possess income to make use of air service
Size and structure of population and potential growth rate
Existing population
Changing age
Educational and occupational distributions
Purchasing power available to residents in any one period of time
An indication of living standards and financial ability to travel
Situations that generate activity in business aviation and freight traffic
Manufacturing and service industry generate greater air transport activity than primary and resource industries such as mining
Distributions and distance between populations and commerce
Physical characteristics of land and climate
Vacation and tourism
Can you compete with other modes of transportation?
Granting of new traffic rights and routes will influence volume of traffic at an airport
Air transportation also depends on government actions that impose taxes and other fees
Altitude of community toward airport development
A scaled drawing detailing the layout of
Airport facilities and land uses
Clearance and dimensional information
Airport location
Clear zones
Approach areas
Environmental areas
A graphical representation of the airport
Runways, taxiways, aprons, blast pads, safety areas, buildings, NAVAIDs, lighting, fencing, segmented circle, wind indicators
Prominent natural and man made features
Outline of revenue producing non-aviation related property
Areas reserved for future aviation development
FBO’s, heliports, cargo areas, airport maintenance facilities
Areas for non-aviation development – industrial, motels etc.
Topographic contours
Fuel facilities and Tie-down area
Airport boundaries
ARP with Lat Long
Elevation of runway ends
True azimuth of runways measured from true north
North point (True & Magnetic)
Dimensional data for runway and taxiway widths and lengths, clear zones
Location and vicinity maps
Basic data table
Airport elevation
Runway identifications
Runway gradient
ILS
Normal and mean temperature
Pavement strength SW, DW, DTW
Windrose method
A graphical procedure used to orient a runway based on prevailing wind data
Master plan: ALP and Forecast
PATCH Primary approach transitional conical horizonal primary apparch transitional conical horizontal
Types of planning: FFEEOS (Financial, facilities, economic, environmental, organizational, strategic) (facilities, financial, economic, environmental, organizational, strategic
Airspaces capacity: airfield, airspace, ground access, terminal airfield airspace ground access terminal
Portland rigid (better), asphalt flexible (shorter lifespan)
Nonprimary airports are further categorized into National, Regional, Local, Basic, and Unclassified airports. (NRLBU) (BLUNR- basic, local, unclassified, national, regional)
Primary: large, medium, small, non hub
LEVELS OF NPIAS Maintain, bring to standard, expand
Key elements include:
Inventory of current facilities.
Activity forecasts.
Demand/capacity analysis.
Facilities requirements.
Design alternatives.
Financial plans.
Facilities Planning: Focuses on anticipating future airport infrastructure needs.
Financial Planning: Involves predicting future revenues and expenses to sustain airport operations.
Economic Planning: Studies trade and commerce impacts related to airport activities, both on and off-site.
Environmental Planning: Aims to maintain or improve existing environmental conditions around airports.
Organizational Planning: Manages future labor force requirements and the structure of airport organizations.
Strategic Planning: Focuses on maximizing the airport's potential benefits to the community.
Involves coordination among a collection of airports on various levels (local, state, regional, national) to ensure they complement one another effectively as part of a coordinated air transportation system.
Federal Aviation Administration (FAA) is responsible for national-level aviation planning.
Development is set forth in the NPIAS
NPIAS: National Plan of Integrated Airport Systems, entails a 20-year plan revised every 2 years, aligned with FAA’s capital investment strategies for air traffic and airway facilities.
Wishlist
NPIAS acts as an inventory for airport development projects with a focus on federal funding interest
Provides state by state format indicating location, role, type of service, level of activity currently and for 5 and 10 years in the future
NPIAS is not a complete inventory of airport needs rather airport development in which there is potential federal interest on which federal funds may be spent under AIP (Airport Improvement Program)
Improvements not eligible for federal aid are not included.
Examples: hangars, parking areas, revenue producing terminal areas
Level I: Maintaining current condition of the airport system.
Level II: Bringing systems up to current design standards.
Level III: Expanding the airport system.
Considers air transport dynamics across the region and addresses rivalries and jurisdictional disputes to optimize regional service and costs.
Planner is concerned with air transport for the region as a whole
Considers traffic at all regional airports large and small (example = OKC, PWA, OUN, SNL etc.)
Seeks to overcome rivalries and jurisdictional overlaps (Norman & Moore)
Goal is produce optimum service with regard to region wide benefits & costs.
Critical issue is allocation of traffic in the region
Greatly affects growth of airports involved (DFW, AFW & DAL)
Impacts political, technical and economic issues
NASAO (National Association of State Aviation Officials says all 50 State agencies carry out some form of State System Planning
States usually take on a role of:
Preparation of State System Plans & CIP’s
Funding local Master Planning
Technical assistance for local planning
State’s usually concerned with development of metropolitan and rural access
Airports seen as essential for economic growth
State plans usually encompass 20 to 30 years
Short (5 yr), medium (10 yr) and long (20 yr) term planning compare current and projected traffic
Detailed listing of planned actions:
land acquisition, pavement repair, installation of lighting and NAVAIDs and building construction
Master Plan: Outlines the airport’s future evolution, updating every 20 years, with larger airports typically following a more formalized process than smaller ones.
Charts the proposed evolution of the airport to meet future needs
Large airports - may be formal and complex process coordinating projects over 20 years
Smaller airports – may be responsibility of a few staff members relying on consultants
Typical Master Plan - planning horizon of 20 years and is updated every 20 (?) years
Airport Master Plan ALP,
Provide guidelines for future development that satisfy aviation demand that are also compatible with environment, community development and other modes of transport
Provide graphic presentation of ultimate development
Establish a schedule of priorities and phasing
Present back-up information and data
Describe concepts and alternatives
Concise and descriptive report making recommendations clearly understood
Key elements include:
Inventory of current facilities.
Activity forecasts.
Demand/capacity analysis.
Facilities requirements.
Design alternatives.
Financial plans.
Collection of all types of data pertaining to the area the airport serves
Existing airport facilities
Area planning efforts
Historical information
Traces community development and traffic served
Describes airport, date of construction and major expansion
A Base Map: Includes all air carrier, GA, and military airports in the area
Identifies how airspace is used
All local NAVAIDs and aviation communication facilities
Natural and man-made obstructions
Airway and jet-route structures
Dimensions of control zones and current use of IFR airspace
Land-use inventory is essential to assure future expansion is compatible with surrounding land use activity
Shows existing and planned highways, utilities, schools, hospitals etc.
Surveys may be conducted on ground travel in/out of airport, including employees, suppliers and visitors
Current and historical traffic data (5010)
Passenger and cargo data
Aircraft movements and mix
Statistical data is drawn from federal, state and local sources
Socioeconomic data helps answer questions regarding type, volume and concentration centers of future activity.
Helps answer:
Market size – growing/shrinking
Will there be people available in the future that possess income to make use of air service
Size and structure of population and potential growth rate
Existing population
Changing age
Educational and occupational distributions
Purchasing power available to residents in any one period of time
An indication of living standards and financial ability to travel
Situations that generate activity in business aviation and freight traffic
Manufacturing and service industry generate greater air transport activity than primary and resource industries such as mining
Distributions and distance between populations and commerce
Physical characteristics of land and climate
Vacation and tourism
Can you compete with other modes of transportation?
Granting of new traffic rights and routes will influence volume of traffic at an airport
Air transportation also depends on government actions that impose taxes and other fees
Altitude of community toward airport development
A scaled drawing detailing the layout of
Airport facilities and land uses
Clearance and dimensional information
Airport location
Clear zones
Approach areas
Environmental areas
A graphical representation of the airport
Runways, taxiways, aprons, blast pads, safety areas, buildings, NAVAIDs, lighting, fencing, segmented circle, wind indicators
Prominent natural and man made features
Outline of revenue producing non-aviation related property
Areas reserved for future aviation development
FBO’s, heliports, cargo areas, airport maintenance facilities
Areas for non-aviation development – industrial, motels etc.
Topographic contours
Fuel facilities and Tie-down area
Airport boundaries
ARP with Lat Long
Elevation of runway ends
True azimuth of runways measured from true north
North point (True & Magnetic)
Dimensional data for runway and taxiway widths and lengths, clear zones
Location and vicinity maps
Basic data table
Airport elevation
Runway identifications
Runway gradient
ILS
Normal and mean temperature
Pavement strength SW, DW, DTW
Windrose method
A graphical procedure used to orient a runway based on prevailing wind data