Title 18 ZONING*
Chapter 18.78 AAO--AIRPORT/AIRSPACE OVERLAYED DISTRICT
18.78.010 Land use regulations.
18.78.020 Structure location regulations.
18.78.030 Structure height regulations.
18.78.040 Lot dimension regulations.
18.78.050 Off-street parking area requirements.
18.78.060 Special mapping.
18.78.010 Land use regulations.
Land use regulations are:
A. Permitted Uses.
1. Any use permitted
in the underlying zoning district except:
a. Uses creating electrical or
electronic interference with communication or guidance devices used by aircraft
or ground control;
b. Uses creating glare, smoke, dust or similar factors
interfering with aircraft operation to and from the runways or on the runways
and taxiways of the airport;
c. Uses requiring buildings or structures
located otherwise or grown or constructed in excess of the height limits herein
(below) specified. (Ord. 525 § 1(part), 1989).
18.78.020 Structure location regulations.
(See also Sections 18.98.010--18.98.090.)
No residential structure may
be located within one hundred feet of the projected centerline of any
instrumented runway for a distance of one mile from each end of the
corresponding runway. (Ord. 525 § 1(part), 1989).
18.78.030 Structure height regulations.
(See also Sections 18.98.100--18.98.130.)
A. Building, Structure, or
Tree Height Limited. No structure or tree shall be erected, altered, allowed to
grow, or maintained in any space created in this AAO district. Dimensions are
established for each of the spaces. The following spaces constitute the parts of
the AAO, airport/airspace overlayed district:
1. Instrument Approach Space.
A volume of space above geometric planes one foot in height for each fifty feet
in horizontal distance beginning at a line two hundred feet from, and at the
elevation of each end of the instrument runway and extending to a distance of
ten thousand two hundred feet from each end of that runway; thence one foot in
height for each forty feet in horizontal distance to a line fifty thousand two
hundred feet from each end of that runway. The geometric planes are one thousand
feet wide at the end nearest the runway and widen symmetrically to sixteen
thousand feet at the farthest end.
2. Noninstrument Approach Space. A volume
of space above one foot in height for each twenty feet in horizontal distance
beginning at a line two hundred feet from, and at the elevation of, each end of
the noninstrument runway and extending to a line ten thousand two hundred feet
from each end of that runway. The geometric planes are five hundred feet wide
and centered on the extended centerline of the runway at the end nearest the
runway and widen symmetrically to two thousand five hundred feet at the farthest
end.
3. Transition Spaces. A volume of space above geometric planes one foot
in height for each seven feet in horizontal distance beginning at a line two
hundred fifty feet from, parallel to, and at the elevation of, the centerline of
noninstrument runways, extending two hundred feet beyond each end thereof; and
five hundred feet from and parallel to, and at the elevation of the centerline
of, the instrument runway, extending two hundred feet beyond each end thereof,
and extending to a height of one hundred fifty feet above the airport elevation.
Such geometric planes continue outward and upward to an intersection with the
base geometric plane of the horizontal space.
In addition to the foregoing,
this volume of space includes the space above the geometric planes one foot in
height for each seven feet in horizontal distance, measured from the sides of
all approach spaces for the entire length of the approach spaces and extending
upward and outward to the lines where they intersect the horizontal or conical
space geometric planes. Further, the volume of space includes the space above
the projection of the geometric planes defining the instrument approach space
through and beyond the plane defining the conical space and further, above one
foot for each seven feet of horizontal distance beginning at the sides of the
instrument approach space and extending a horizontal distance of five thousand
feet from the side of the instrument approach space.
4. Horizontal Space. A
volume of space above a circular geometric plane one hundred and fifty feet
above the airport elevation, centered on the airport reference point and twenty
thousand feet in diameter.
5. Conical Space. A volume of space above an
inverted truncated conical geometric surface one foot in height for each twenty
feet in horizontal distance beginning at the periphery of the geometric plane
defining the horizontal space and extending upward and outward to a horizontal
distance of fifteen thousand feet from the airport reference point.
B. Where
an area is overlayed by more than one defined space, the more restrictive
limitation shall prevail. Otherwise, maximum permitted structure heights
corresponding to the requirements of the underlying zoning district shall be
required. (Ord. 525 § 1(part), 1989).
18.78.040 Lot dimension regulations.
(See also Section 18.100.010.)
Lot dimensions corresponding to the
requirements of the underlying zoning district shall be required. (Ord. 525
§ 1(part), 1989).
18.78.050 Off-street parking area requirements.
(See also Chapter 18.102.)
Off-street parking area requirements
corresponding to the requirements of the underlying zoning district shall be
required. (Ord. 525 § 1(part), 1989).
18.78.060 Special mapping.
An oblique drawing entitled, “Diagram of Spaces in Airport/Airspace
Overlayed Districts” is included here as a part of this title. (Ord. 525
§ 1(part), 1989).
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