DEVELOPMENT OBJECTIVES

• Document Type: CREST
• Collection: NGA Records (Formerly NIMA)
• Document Number (FOIA) /ESDN (CREST): CIA-RDP79B00873A000100010128-2
• Release Decision: RIFPUB
• Original Classification: K
• Document Page Count: 13
• Document Creation Date: December 28, 2016
• Document Release Date: November 1, 2012
• Sequence Number: 128
• Publication Date: July 24, 1969
• Content Type: MISC

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DEVELOPMENT OBJECTIVES . .
SPLIT-FORMAT 1540 LIGHT TABLE AND. MOUNT FOR
VARIOUS MICROSTEREOSCOPES
1. INTRODUCTION
24 July 1969
These development objectives describe the requirements to be met in the
design and development of a prototype Split-Format 1540 Light Table with
mount for various microstereoscopes. Ease of film loading, superior illumina-
tion, and a precision microstereoscope mount are sought after characteristics.
2. GENERAL DESCRIPTION
This table will incorporate two separate 15" by 20" illuminated areas
adjacent to each other along their shorter dimension so that their combined
measurements will be approximately 15" by 4o". The longer dimension of these
light sources will be parallel to the length of the spooled fiIm/s being viewed.
Provision will be made for viewing single rolls of 70mm, 5", 6.6", or
9.5" wide film; parallel viewing of two of the same width, or any combination
of two different widths, of 70mm, 5", or 6.6" wide film; and in-line viewing
of two of the same width of 70mm, 5", 6.6", or 9.5" wide film. The table will
accommodate spools ranging up to and including the size of spool specified in
Military Standard MS26565-22 loaded to capacity with film. In addition, the
capability of accommodating spools ranging up to and including the size of
, spool specified in Military Standard MS26565-20 will be costed as anoptibnal
feature.
The table will include a simple film looping mechanism which will allow
forming a loop of film below the table in order that separated film frames,
on the same roll of film, may be arranged adjacent to each other for convenient
stereo viewing. Looping of parallel rolls of film will not be required. This
mechanism will be capable of forming a continuous film loop from 0 to 76 inches.
In addition, the capability of forming a continuous film loop up to 27 feet
will be costed as an'optiOnAI feature.
A mount capable of being translated in both the X and Y directions will
be incorporated to support the microstereoscope at the correct height above
the light table surface.
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3. REQUIREMENTS
3.1. Illumination Sources
3.1.1. General - Two separate glass formats, 15" + 1/2" X 20" + 1/2"
in size, will be illuminated by easily replaced fluorescent-type
sources. The distance between the two adjacent illuminated areas
will not exceed 1 1/4 inches during normal viewing operations. In
addition, the capability of synchronous tilting of the illuminated
areas and the microscope mount and carriage, by means of a motorized
drive continuously throughout the range of 0 to 15 degrees will be
costed as anOptiOnal feature.
3.1.1.1. Illumination Level - Each of the illumination sources
will provide a maximum level of at least 3,000 foot lamberts
measured at the glass viewing surface, within a 2" radius of
its geometric center, at any time after a minimum of 30 minutes
continuous operation. The maximum levels of the two illumination
sources will not differ by more than 100 foot lamberts at the
time of this measurement. The minimum level of each of the
sources will be 75 foot lamberts, measured at the glass viewing
surface, within a 2" radius of its geometric center. Between
these two extremes, the illumination level will be continuously
variable in one step or throughout each of two over-lapping steps
which will be selected by appropriate switching. Logarithmic
control of the illumination level will be included, with the
slow response of the control at the law illumination levels.
With one of the two sources set at maximum or minimum illumination
level, there will not be a change of more than 100 foot lamberts
in the illumination level of that source when the illumination
level of the other source is adjusted throughout its full range. -
Measurements will be taken with a Government furnished foot
lambert meter.
3.1.1.2. Color of Illumination - Broadband white illumination
will be required with an equivalent color temperature between
3,000?K to 5,000?K at all luminance levels. The phosphor
chosen will minimize radiation below 380 nanometers and above
750 nanometers. Radiation below 380 nanometers will be limited
to 0.5 micrawatts/cm2. Radiation above 750 nanometers will be
limited to 0.025 watts/cm2.
3.1.1.3. Uniformity of Illumination - The maximum linear
brightness gradient for each of the illumination sources will
not exceed 15% between any two measurements taken within the
shaded areas on the following diagrams. In addition, the
brightness gradient will be no greater than 30% over the entire
15" X 20" illuminated areas. The measurements for gradient will
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?
will be made with the Government furnished brightness meter,
keeping the sensing aperature of the meter wholly within the
above defined boundaries. The gradient measurements will be
taken at three illumination levels of approximately 1,000,
2,000 and 3,000 foot lamberts.
3.1.1.4. Flicker - Flicker frequency of each of the illumina-
tion sources will exceed 80 Hertz except for low luminance (less
than 100 foot lamberts) where frequencies dawn to 60 Hertz are
acceptable. Beat frequencies of multiple lamp sources will
exceed the above levels.
3.1.1.5. Heat - The illumination sources will be able to
function continuously at maximum intensity over a 24-hour
period, in a room with an 80?F ambient temperature. In addition,
with film of 2.0 density covering at least 66% of the illuminated
glass viewing surface, and the remainder masked, the temperature
of the film will not exceed 1000F, or 30?F over ambient, which-
ever is higher. Also, no external surface of the table, or of
the ancillary equipment will exceed 110?F or 30? over ambient,
whichever is higher. These temperature measurements will be
taken with illumination at maximum intensity and after temperature
and light intensity stabilization of the light sources.
3.1.1.6. Diffuser - A suitable diffuser will be located
between the glass viewing surface and the light emitter of
each illumination source.
3.1.1.7. Shade - Shades will be provided at each of the
illumination sources to mask light from the viewing surface
not actually covered by film. Each shade will be located
between the diffuser and the glass viewing surface of the
illumination source, will be mounted along the long dimension
of the unit, and will be extendible across the short dimension
toward the operatort's normal position, i.e., back to front.
Means will be provided for easy, convenient, extension,
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retraction, and firm intermediate positioning of the shade
between its extremes of operation. These extremes will be the
fully retracted position, where the shade will not encroach
upon the illuminated area, and the fully extended position,
where the shade will mask the unused portion of the glass
viewing surface when viewing a single 70mm wide roll of film.
In addition, a separate, easily positioned shade, 0.5 inches
wide (paragraph 3.3.1.2. pertains)will be provided for masking
light from the area between two films when viewing them in
parallel (paragraph 2 pertains). This latter shade will move
in the Y direction from the front or operators side of the
table and will not encroach upon the illuminated area when
not in use. Non-mechanical means of shading will be acceptable
if they produce the same results as the requirements for the
mechanical shade described above.
3.2 External Configuration
3.2.1. General - The basic features mentioned in Paragraph 2,
together with their necessary sub-components, will be built on or
as a part of a convenient and sturdily designed elevating table.
3.2.1.1. Size - The entire unit will measure no more than 62
inches in length, including film supports, and 31 inches in
depth (front to back). Protrusions beyond the depth dimension
will be easily demountable with quick-disconnect type connections.
The distance from the glass viewing surface to the bottom of the
light table proper, i.e., the light enclosure and 0 to 76 inch
film loop mechanizm, will not exceed 5.5 inches. A hinged
cover will be provided to enclose the under side of the film
loop takeup area.
3.2.1.2. Weight - The entire unit, including the elevating
table, will weigh 600 pounds or less.
3.2.1.3. Elevating Table - The light table and microstereoscope
mount will be built on, or an integral part of, an elevating
table. This table .will be conveniently adjustable by means of
a motorized drive throughout a range of height, measured from
the floor to the bottom of the light table proper, of 22 inches
to 40 inches. The table will be stable with no danger of
tipping at all heights, up to and including its maximum
extended position of 40 inches. The elevating mechanism will
provide firm positioning and locking of the light table proper
throughout the elevation range by means of a motor driven
mechanism. Also, an emergency auxiliary hand crank will be
incorporated that will smoothly and easily raise and lower
the table, and provide firm positioning and locking of the
light table proper throughout the elevation range. In addition,
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the capability of elevating the table solely by means of a
manual hand crank, rather than by motor drive, will be costed
as an optional feature. Manual operation of the elevating
mechanism will produce response as fast as practicable and yet
require no more than 12 pounds force on the actuating handle
of a crank which will have a radius of 3 to 4 inches. Positive
stops will be provided to prohibit travel above or below the
specified range of height for the elevating table of 22 inches
to 40 inches. The table will be equipped with resilient-
tired wheels, with minimum dimensions of 5" diameter by 1 3/4"
width, each of which will have its own easily applied foot
actuated, locking-type brake to prevent both the caster from
swivelling and the wheel from rotating.
3.2.1.4. Viewing Position - The light table and the translat-
ing microstereoscope mount will be designed to offer the micro-
stereoscopes (Paragraph 3.5.1. pertains) in a comfortable viewing
position with the operator standing or seated. It is under-
stood that these conditions relate to the height of the illu-
minated glass viewing surface, the requirement for associated
rhomboids to adequately clear the film, and the varying working
distances of the rhomboids of the mictostereoscope.
3.2.1.5. Location of Controls - All controls, including the
film hand wheels, will be positioned so they can be easily
manipulated. In this respect, the following functional arm
reach distances will apply.
HEIGHT ABOVE
SEAT REF. PT.
(IN.)
ANGLE FROM STRAIGHT-AHEAD REACH
0?
15?
30?
450
60?
75?
900
o
16.0
17.9
17.4
18.5
6
17.0
22.4
23.8
23.9
25.6
12
19.4
21.5
23.5
24.9
27.0
27.6
28.0
18
21.3
22.9
25.4
26.9
28.1
29.3
30.0
24
21.6
23.4
24.9
26.4
28.0
28.9
30.0
30
20.1
22.0
23.7
26.4
27.4
28.3
29.3
36
17.4
18.7
20.2
22.4
23.9
25.1
25.9
42
12.7
13.2
13.6
16.0
19.2
20.3
, 21.1
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NOTE: a. Reach dimensions are
reference point. This point is
15 inches from the front of the
floor, and on the centerline of
in inches forward of the seat
at a horizontal distance of
table, 18 inches above the
the table.
b. Add to the tabular dimensions 1 inch if knobs are to
be operated and 3 inches if toggle switches or push buttons
are used.
3.2.1.6. Finish - To reduce specular glare, which may inter-
fere with efficient operator performance, the external surfaces
of the entire light table unit will have non-glossy finishes
with a reflectance of 25 to 30% (MIL-STD-803A-2 USAF).
3.3. Film Spool Support
3.3,:1 General - Four film support stations will be provided to
accommodate the various film widths and combinations described in
Paragraph 2. They will be designed so that they will support the
heaviest full spools of film (1,000 ft. of 9 1/2" wide, 4 mil base
film or the optional 500 ft. of film) when the spools are rotating
at any film slew speed developed by the drive system.
3.3.1.1. Loading Mechanism - A means will be provided for fast
loading and unloading of either a single or two rolls of film
of the widths and combinations set forth in Paragraph 2. This
loading system will operate quickly and at the same time be
positive in action. The spindle mechanism which engages and
secures the spool will be designed for easy one hand operation
so that the fully loaded spool can be held in one hand while
the holding mechanism is activated with the other. A positive
but quick release lock will be incorporated.
3.3.1.2. Brackets - At both ends of the table, three holding
brackets will be provided on each of the upper film support
stations, two brackets on each of the lower film support
stations. All brackets will be removable, will operate
freely on their ways to facilitate positioning, and will be
equipped with a quick locking mechanism to hold them firmly in
any selected position. The middle bracket of the upper film
support stations will provide for 0.50"+ 0.05" inch spacing
between the two parallel webs of film, and will be rigid enough
to support the largest full roll of film specified in Paragraph
2, and under the conditions specified in Paragraph 3.3.1.,
without auxiliary means of support, under all operating
conditions with either single or double spools of film. Film
drive spindles on the brackets will incorporate keys to mate
with the drive slots in the flanges of the film reels.
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Tillet spindles will not be keyed. A visual reference scale
and indexing device with positive detents will be provided
to allow accurate positioning of the brackets to hold the
various width spools and assure accurate tracking across the
glass viewing surfaces of the film parallel to the longitudinal
axis of the light table and to each other.
3.4. Film Transport
3.4.1. General - The film transport will be designed for motorized
operation, with a manual drive costed as an option.
3.4.1.1. Film Capacity - Each film support station, and its
associated film transport will be capable of handling the
various width films and combinations thereof as described in
Paragraph 2.
3.4.1.2. Film Movement - Provision will be made for bi-
directional movement of the film at each film support station
by means of motors of suitable capacity. The film drive
motors will be controlled by a control knob configured for
high and low speed ranges. The low speed range will provide
positive and smooth film positioning throughout a range of
speeds of 0 to 1 inch per second. The high speed range will
provide positive and smooth film positioning throughout a range
of ueeds of 0 to 500 feet per minute. The maximum speed on
the high speed range will permit 1000 feet of 4 mil base,
9 1/2" wide film to be transported in three minutes or less.
With the 500 foot roll option, the maximum speed on the high
speed range will permit 500 feet of 4 mil base, 9 1/2" wide
film to be transported in one minute or less. The film drive,
in the maximum speed range, will be capable of maintaining a
film speed of 20 inches per second.
With two rolls of film mounted in parallel, it will be
possible to drive one of the rolls in one direction and the
other roll in the opposite direction, individually or
simultaneously. Also, with two rolls of film mounted in
parallel, it will be possible to drive both rolls of film in
the same direction individually or simultaneously. An
attachable manual film transport drive capable of
movement will be included for emergency power off operation.
In addition, a,manual film transport drive which will provide
positive and smooth film positioning and the same directional
film movement as the motorized drive system will be costed as
an optional feature.
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3.4.1.3. Rollers - A minimum number of rollers will be
positioned so that film can be transported either emulsion
up or emulsion dawn. The rollers will have a surface that
does not scratch the film. Motion of the rollers, while
transporting one web of film, will not cause translation of
a parallel web of film.
3.4.1.4. Film Tension - Both the motorized and the optional
manual drive systems will maintain enough tension on the film
at all film speeds and conditions of acceleration and decelera-
tion of the film to prevent slack loops of film from forming.
The motorized tension system will produce a film web tension
of no more than 2 pounds per inch of film width. The optional
manual film drive will incorporate solid-disk handwheels with
revolving handles. The handles will be mounted on the hand-
wheels on a 2 1/2 inch crank radius.
3.5. Microstereoscope Carriage and Mount
3.5.1. General - A precision mount will be provided to place
either of the following three microstereoscopes in correct position
for focus and for comfortable viewing of film materials located on
the two 15" by 20" glass viewing surfaces: (a) Bausch & Lomb Zoom
70 Stereoscope with or without 2X wide-span rhomboid attachments;
(b) Bausch & Lomb Zoom 240 Stereoscope System with Wide-Span Rhomboids;
(c) Bausch & Lomb Zoom 240 Stereoscope with the Advanced Stereo
Rhomboid, Model II; (d) Bausch & Lomb Versatile Stereoscope with all
relays, i.e., 0.43X, 1.0X, and 4.0X; (e) Bausch & Lomb Dual Power
Measuring Macroscope?.- The following general criteria will apply:
(1) Design and positioning of carriage and mount will permit con-
venient access for installation and removal of viewing instruments
and film. (2) Mounting devices will be sufficiently rigid to
preclude instrument misalignment and loss of collimation of the
optics with respect to the viewing surface during normal handling
and operation. (3) Control of the microstereoscope carriage in X
and Y translation will require only one hand for operation. (4)
Provision will be made to preclude accidental damage from contact
of the optical instruments with the structure of the table. (5)
Counterbalances or some other means will be incorporated to pre-
clude unwanted motion of the carriage when in the optional tilted
position.
3.5.1.1. Focus - A readily accessible fine and coarse focusing
adjustment will be furnished as an integral part of the mount.
These adjustments will be smooth acting with minimum play
between the hand controls and the actual mechanism. The fine
focus will be adjustable at all points within the range of
the coarse focusing adjustment.
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3.5.1.2. Translation - With any of the microstereoscopes
fixed in the mount, and using the center of the scope as a
reference, translation in the Y direction will be adequate
to cover the full 15" depth of the glass viewing surface.
Translation in the X direction will be maximum commensurate
with the overall length of the glass viewing surface and the
mount clearance requirements. Also, it is required that the
horizontal plane of the stereoscope mount and the viewing
surfaces be parallel within 0.015 inches over the entire
translation field of the stereoscope mount. A motorized
drive capable of driving the mount at traverse speeds within
the range of 0 to 0.5 inches per second will be incorporated.
Manual translation of the microstereoscope mount will be
costed as an optional feature and will incorporate the same
capability, with respect to the distances of translation and
parallelism of stereoscope mount and viewing surfaces, as the
motor drive system.
3.5.1.3. Carriage and Mount Rigidity - Because of the high
magnification, small depth of focus, and long cantilever of
the rhomboid relay systems, the microstereoscopes to be used
on this table are extremely susceptible to vibration. There-
fore, the carriage and mount will be designed so that, when
viewing at the highest magnification and/or the longest rhomboid
relay system, there will be no visible vibrations induced by
the light table itself, with the microstereoscope mount positioned
anywhere within its range of travel.
3.5.1.4. Carriage Motions - The motions of the carriage mount
will have law friction coefficients, be smooth (without binding)
and positive acting, and as free of self-induced vibrations as
possible. With tile carriage lock disengaged, or with the motor
drive deactivated, a force of 2 pounds or less will be sufficient
to move the carriage in any combination of X and Y directions,
in either the horizontal or optional tilted positions.
3.5.1.5. Locks - The focusing mechanism will be self-locking,
or a firm, conveniently actuated locking capability will be
designed into the focusing mechanism. Easily engaged locks
will be provided to hold the mount of the microstereoscope
carriage firmly at any position of its travel in the X and Y
directions. With the carriage locks engaged, a force of 10
pounds or greater will be required to move the carriage in any
combination of X and Y directions. If this carriage lock is
electrically operated, additional locking devices will be
included to preclude carriage motion during transportation of
the table.
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3.6. General Requirements
3.6.1. Construction - This equipment will meet the highest commercial
standards of construction.
3.6.2. Maintenance - Ease of maintenance will be a primary
consideration in the design of this light table. Convenient
access to the internal Portions of the table will be effected by
strategic location of cover plates or access panels equipped with
quick acting captive screws. Indicator lights will be easily
replaceable from the front of the panel. A complete and accurate
circuit diagram will be provided for easy reference (e.g., mounted
inside an access panel). Any special tools required for routine
maintenance will be provided. A simple elapsed-time meter will be
attached to the main power circuit.
3.6.3. Cooling. - If liquid coolant is required for the high
intensity light source, it will be of a type which is not injurious
to operating or maintenance personnel or to the equipment itself.
An easy coolant replenishment method will be provided. In addition,
all areas of the cooling system will be accessible for inspection
and maintenance. If a coolant over-temperature warning light is
incorporated, it will be red in color and prominently displayed.
3.6.4. Noise - The noise generated by the components of the table,
in both static and dynamic conditions, will be regulated so as to
minimize annoyance to either the operator or other workers in the
area. Maximum equipment noise energy levels will not exceed the
Noise Criterion 45 curve values set forth in the noise criterian
(NC) curves attached. Energy levels concentrated in narrow bands
(e.g., transformer hum, fan noise, etc.) will be at least 10
decibels below the NC-45 curve values. Noise measurements will be
taken at a point approximately 48 inches above the floor and approxi-
mately 15 inches in front of the center of the table.
3.6.5. Vibration - Vibration generating components (e.g., film
drive motors, ventilating fans, pumps, etc.) will be mounted so as
to provide maximum vibration attenuation at frequencies above 5-10
Hertz. The intent of this requirement is to prevent light table
induced imagery vibrations. It will be tested by viewing a target
through the various microstereoscopes with power off, and noting
if degradation of imagery occurs with the light table systems on.
Natural frequencies or resonances of the table above 10 Hertz will
be attenuated.
3.6.6. Safety - The following minimum safety precautions will apply:
(1) all external, non-current carrying metal parts will be electrically
connected and grounded. (2) Provision will be made to prevent
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personnel from coming into contact with electrical circuits
operating with an open circuit potential of 30 volts or more and
a capability of delivering 2.5 peak milliamperes or more into a
short circuit. (3) Glass table surfaces will be 3/8" thick,
ground and polished both sides, plate glass. (4) Moving parts
such as ventilating fans, drive belts, or gears, will be shielded
or enclosed to prevent inadvertent access by the operator. This
requirement does not necessarily apply to the film spool, film,
and film spool spindles. However, all handwheels will be dis-
connected and non-rotating while their respective motorized systems
are being operated. (5) Sharp edges or corners will be avoided.
(6) Design will preclude inadvertent blockage of ventilating air
intakes or exhausts. (7) Ventilating air exhaust will be directed
away from the operator. (8) Appropriate and highly visible
warning signs will be strategically placed as necessary.
3.6.7. Controls - Operating controls which are placed on the front
of the long side of the table nearest the operator will not protrude
above the plane of the working surface. A power switch, which may
be easily differentiated from all other switches will be strategically
placed and will have associated it with a frosted white power-on
warning light. This light will cause a minimum of interference to
the operator's vision when he is engaged in normal film viewing
activity. If a preheat circuit is employed for the light source,
the main power switch will incorporate a three position switch: OFF-
PREHEAT-POWER ON. The main power switch will have associated with
it a white frosted indicator light which will be on when the switch
is in either the PREHEAT or POWER ON position. When the switch is
in the PREHEAT position, only the preheat circuit will be energized.
In the POWER ON position, all circuits will be energized. Both
POWER ON and PREHEAT dircuits will be adequately fused. All controls
will be clearly marked and conform to human engineering practices
with respect to location, size, shape, and ease of manipulation.
Controls for illumination and film transport will be shape coded
so as to allow non-visual operation. Pictograms will be used to
describe proper motor rotation switch settings for various film
loadings.
3.6.8. Power - This equipment will be capable of operating in all
modes on 117 volt, plus or minus 15 volts, 60 Hertz, single phase,
alternating current. Circuit breakers of suitable capacity will be
supplied to prevent circuit overloads. A retractable, lockable,
heavy duty, Underwriters Laboratory approved, 3-conductor electrical
extension cord with _a 3-prong plug attached to the extension cord by
screws and incorporating a cord clamp, will be furnished with the
table for connection to the operating power source. This cord will
be at least 20 feet long.
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4. MISCELLANEOUS
4.1. Proposal Format - The submitted proposal will conform to the
attached Guide for Proposal format.
4.2. Reports2 Manuals, and Inspections - Monthly progress reports will
be required throughout performance of the contract. All reports will
meet the basic requirements of Specification DB-1001, attached. An
operator's and maintenance manual will be delivered with the prototype
light table. This manual will be prepared in accordance with Specifi-
cation DB-1003, attached. Periodic inspections will be made at the
Contractor's facility by a Technical Representative of the Sponsor.
Preliminary testing and evaluation will be performed at the Contractor's
facility by a Technical Representative of the Sponsor to determine
technical, operational, and human engineering acceptability of the
prototype instrument. After preliminary acceptance, the instrument will
be shipped, at the expense of the Contractor, to the Sponsor for more
complete and detailed testing and evaluation. If modification is
indicated, the instrument will be returned at the expense of the
Contractor for appropriate changes.
4.3. Cost Estimates - A cost estimate will be submitted for a basic
instrument incorporating the following capabilities: 1000 foot rolls
of film, 0 to 76 inch film takeup loop, motorized table elevation,
motorized film transport, and motorized microstereoscope carriage and
mount. In addition, cost estimates will be submitted, as separate items,
on the following optional capabilities: 500 foot rolls of film, 76 inch
to 27 foot film takeup loop, motorized 0 to 15? continuous tilt of the
illuminated surfaces and carriage, manual table elevation, manual film
transport system, and manual transport of the microstereoscope carriage
and mount. A retrofit/modular concept is intended for these optional
items. Cost estimates will also be required, at the time of final accept-
ance of the _prototype instrument, for quantities of 10, 50, 100, 200, and
300 production units of a Split-Format 1540 Light Table substantially
similar to the prototype instrument fabricated under these development
objectives.
Declassified and Approved For Release 2012/11/01 : CIA-RDP79B00873A000100010128-2
Declassified and Approved For Release 2012/11/01 : CIA-RDP79B00873A000100010128-2
GUIDE FOR PROPOSAL FORMAT
All proposals submitted for consideration must include the following infor-
mation:
1. Task Abstract - A synopsis of the proposed solution of the task,
including estimated total cost of the proposal.
2. Introduction - A summary of the background and rationale for the
proposed solution of the task.
3. Technical Discussion - Subsections and details amplifying the summary
in the Introduction above. If any requirements specified in the Develop-
ment Objectives are considered undesirable or unattainable, it should be
so stated and explained in this section.
4. Work Statement - A succinct description of the individual tasks and
milestones to be achieved during performance of the contract. This
section should be sufficiently definitive that a reading allows under-
standing of the purpose and scope of the tasks.
5. Deliverable Items - A statement of the items that will be delivered
to the Sponsor during performance of the contract. This includes such
items as interim and final reports, manuals, equipment, tools, spare
parts, and drawings.
6. Scheduling - A PERT Chart, Step Chart, Time Bar Chart, or similar
scheduling device from which progress of the contract can be determined.
Also tables should be submitted indicating estimated monthly percentage
completion of performance, and a related schedule of percentage of
project expenditures.
7. Financial Statement - A statement of the estimated costs of direct
labor, material, overhead, G&A, fees, and total cost of the proposed
program. This section should also indicate the type of contract expected
and any Government furnished equipment that may be required by the con-
tractor during performance of the contract.
Declassified and Approved For Release 2012/11/01 : CIA-RDP79B00873A000100010128-2