SATPC0038575 Tab 04 4 SOW_Redacted.pdf
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- Attached to
- Stereolithograph Parts for Wind Tunnel Testing Federal contract opportunity
- Solicitation number
- 80NSSC25905389Q
About this file
This Statement of Work (SoW) details requirements for fabricating stereolithography parts for wind tunnel testing at NASA Glenn Research Center. The document specifies the production of 312 total parts across multiple configurations, including IGLOO3D and LEWICE3D variants with right and left components for different geometric structures such as strakes, pylons, and other specialized configurations. Parts must be fabricated using high-definition stereolithography with Accura Xtreme material in gray, achieving a Level 1 finish with precise fabrication tolerances of ±0.010 inch for the first inch of build and ±0.002 inch per subsequent build inch.
The manufacturing requirements mandate that NASA will provide the 3D stereolithography (*.stl) geometry files, and all parts must be completed within 15 working days of receiving authorization to proceed. The parts are categorized into three primary groups: IGLOO3D complete parts, LEWICE3D Truncated parts, and LEWICE3D Untruncated parts, with each group containing multiple specific component types in both right and left configurations. Quantities range from 4 to 6 parts per specific geometric configuration, with parts to be marked on the convex side and delivered according to NASA's specified technical specifications.
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| File | Type | Posted |
|---|---|---|
| SATPC0038575 Tab 10 RFQ Open Market.pdf |
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Text version
STATEMENT OF WORK
Stereolithography Parts for Wind Tunnel Testing
NASA Glenn Research Center
22 May 2025
Manufacturing Requirements
This Statement of Work (SoW) sets forth requirements to fabricate parts for wind tunnel testing.
The parts shall be fabricated using high-definition stereolithography (SLA) using the NASA-provided geometry data files. The SLA material shall be Accura Xtreme in a gray color. A Level
1 finish is required. The fabrication tolerance shall be ±0.010 inch for the first inch of build and
±0.002 inch per build inch thereafter. The parts shall be marked with the label on the convex side.
Delivery Schedule Requirements
Parts shall be fabricated within 15 working days from receipt of authority to proceed from
NASA.
Part Nomenclature and Quantities Requirements
The table below lists the part types and required quantities of each part. NASA will provide each geometry file in 3D stereolithography format (*.stl). There are total of 312 parts required.
Order
Line
Description
Geometry
File Name
Quantity
Required
1 IGLOO3D Right Strake i-r-st.stl 6
2 IGLOO3D Left Strake i-l-st.stl 6
3 IGLOO3D Right IB1 i-r-ib1.stl 6
4 IGLOO3D Left IB1 i-l-ib1.stl 6
5 IGLOO3D Right IB2 i-r-ib2.stl 4
6 IGLOO3D Left IB2 i-l-ib2.stl 4
7 IGLOO3D Right Pylon i-r-py.stl 6
8 IGLOO3D Left Pylon i-l-py.stl 6
9 IGLOO3D Right MS1 i-r-ms1.stl 4
10 IGLOO3D Left MS1 i-l-ms1.stl 4
11 IGLOO3D Right MS2 i-r-ms2.stl 4
12 IGLOO3D Left MS2 i-l-ms2.stl 4
13 IGLOO3D Right MS3 i-r-ms3.stl 4
14 IGLOO3D Left MS3 i-l-ms3.stl 4
15 IGLOO3D Right OB1 i-r-ob1.stl 6
16 IGLOO3D Left OB1 i-l-ob1.stl 6
17 IGLOO3D Right OB2 i-r-ob2.stl 6
18 IGLOO3D Left OB2 i-l-ob2.stl 6
19 IGLOO3D Right OB3 i-r-ob3.stl 6
20 IGLOO3D Left OB3 i-l-ob3.stl 6
21 LEWICE3D Truncated Right Strake lt-r-st.stl 6
22 LEWICE3D Truncated Left Strake lt-l-st.stl 6
23 LEWICE3D Truncated Right IB1 lt-r-ib1.stl 6
24 LEWICE3D Truncated Left IB1 lt-l-ib1.stl 6
25 LEWICE3D Truncated Right IB2 lt-r-ib2.stl 4
26 LEWICE3D Truncated Left IB2 lt-l-ib2.stl 4
27 LEWICE3D Truncated Right Pylon lt-r-py.stl 6
28 LEWICE3D Truncated Left Pylon lt-l-py.stl 6
29 LEWICE3D Truncated Right MS1 lt-r-ms1.stl 4
30 LEWICE3D Truncated Left MS1 lt-l-ms1.stl 4
31 LEWICE3D Truncated Right MS2 lt-r-ms2.stl 4
32 LEWICE3D Truncated Left MS2 lt-l-ms2.stl 4
33 LEWICE3D Truncated Right MS3 lt-r-ms3.stl 4
34 LEWICE3D Truncated Left MS3 lt-l-ms3.stl 4
35 LEWICE3D Truncated Right OB1 lt-r-ob1.stl 6
36 LEWICE3D Truncated Left OB1 lt-l-ob1.stl 6
37 LEWICE3D Truncated Right OB2 lt-r-ob2.stl 6
38 LEWICE3D Truncated Left OB2 lt-l-ob2.stl 6
39 LEWICE3D Truncated Right OB3 lt-r-ob3.stl 6
40 LEWICE3D Truncated Left OB3 lt-l-ob3.stl 6
41 LEWICE3D Untruncated Right Strake lu-r-st.stl 6
42 LEWICE3D Untruncated Left Strake lu-l-st.stl 6
43 LEWICE3D Untruncated Right IB1 lu-r-ib1.stl 6
44 LEWICE3D Untruncated Left IB1 lu-l-ib1.stl 6
45 LEWICE3D Untruncated Right IB2 lu-r-ib2.stl 4
46 LEWICE3D Untruncated Left IB2 lu-l-ib2.stl 4
47 LEWICE3D Untruncated Right Pylon lu-r-py.stl 6
48 LEWICE3D Untruncated Left Pylon lu-l-py.stl 6
49 LEWICE3D Untruncated Right MS1 lu-r-ms1.stl 4
50 LEWICE3D Untruncated Left MS1 lu-l-ms1.stl 4
51 LEWICE3D Untruncated Right MS2 lu-r-ms2.stl 4
52 LEWICE3D Untruncated Left MS2 lu-l-ms2.stl 4
53 LEWICE3D Untruncated Right MS3 lu-r-ms3.stl 4
54 LEWICE3D Untruncated Left MS3 lu-l-ms3.stl 4
55 LEWICE3D Untruncated Right OB1 lu-r-ob1.stl 6
56 LEWICE3D Untruncated Left OB1 lu-l-ob1.stl 6
57 LEWICE3D Untruncated Right OB2 lu-r-ob2.stl 6
58 LEWICE3D Untruncated Left OB2 lu-l-ob2.stl 6
59 LEWICE3D Untruncated Right OB3 lu-r-ob3.stl 6
60 LEWICE3D Untruncated Left OB3 lu-l-ob3.stl 6
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