Night Vision Museum
Forty years of image intensifier technology. The gear that changed how wars are fought — and what it took to build it.
Night vision didn't start with a Gen 3 PVS-14. It started in 1939 with an active infrared device the size of a suitcase that needed a dedicated IR searchlight to work. The technology evolved through four decades of military investment, tube manufacturing breakthroughs, and hard lessons from Vietnam, Panama, and the Gulf — and the result is the Gen 3 image intensifier that defines modern night operations.
Adams Industries has been in and around this technology since 1993. Over that time, we've accumulated a collection of devices, documentation, and components that represent the full arc of image intensifier development — from first-generation starlight scopes to modern autogated Gen 3 tubes. This is that collection.
The museum is a working reference, not a display case. Every device here was operational at some point. Some still are.
By Company
Manufacturer archives — ads, catalogs, and product photography organized by company.
Litton Industries
One of the primary US image intensifier tube and NVG manufacturers from the 1960s through the 1990s.
Jan 1979 · Revue Internationale de Défense
Apr 1985 · Internationale Wehrrevue
Sep 1986 · Revue de Défense
Mar 1988 · Military Technology
c. 1990s · Tri-Fold Brochure · Page 1
c. 1990s · Tri-Fold Brochure · Page 2
c. 1990s · Tri-Fold Brochure · Page 3
c. 1990s · Tri-Fold Brochure · Page 4
c. 1990s · Tri-Fold Brochure · Page 5
c. 1990s · Tri-Fold Brochure · Page 6
ITT
Major US government contractor and image intensifier tube manufacturer.
1983 · Revue de Défense
Varo
Texas-based manufacturer of image intensifier tubes and night vision equipment.
Oct 1988 · Military Technology
STANO Components
1999 catalog and product photography.
Catalog · Page 1
Catalog · Page 2
Catalog · Page 3
Catalog · Page 4
Catalog · Page 5
Catalog · Page 6
Catalog · Page 7
AN/PAS-6 · 1
AN/PAS-6 · 2
AN/PVS-4 · 1
AN/PVS-4 · 2
AN/PVS-700 · 1
AN/PVS-700 · 2
AN/PVS-7B
AN/TVS-2A · 1
AN/TVS-2A · 2
AN/TVS-2B · 1
AN/TVS-2B · 2
IR Lights · 1
IR Lights · 2
M-18
Night Explorer · 1
Night Explorer · 2
Night Patriot · 1
Night Patriot · 2
Nite Guard · 1
Nite Guard · 2
NVG-500 · 1
NVG-500 · 2
RCA NV Camera · 1
RCA NV Camera · 2
SCPAS-100 · 1
SCPAS-100 · 2
SC-PVS-300 · 1
SC-PVS-300 · 2
R&R Research
1999 product brochure.
1999 · Brochure
L3 Technologies
Major defense electronics manufacturer; successor to several legacy NV tube producers.
2011 · ALA Magazine
Adams Industries
Historical Adams Industries advertising and sponsorship material.
Aug 7, 2006 · Infantry Bugler
2006 · ADS Advertisement
2006 · ADS Catalog Ad
Jun 26, 2012 · SOTECH Magazine
2012 · Unknown Publication
Nov 13, 2012 · USCG Sponsorship
Aug 30, 2013 · Night Vision Guide
All Ads — Chronological
Every advertisement in the archive, all companies, sorted by date.
Litton · Jan 1979 · Revue Internationale de Défense
ITT · 1983 · Revue de Défense
Litton · Apr 1985 · Internationale Wehrrevue
Litton · Sep 1986 · Revue de Défense
Litton · Mar 1988 · Military Technology
Varo · Oct 1988 · Military Technology
Adams Industries · Aug 7, 2006 · Infantry Bugler
Adams Industries · 2006 · ADS Advertisement
Adams Industries · 2006 · ADS Catalog Ad
L3 · 2011 · ALA Magazine
Adams Industries · Jun 26, 2012 · SOTECH Magazine
Adams Industries · 2012 · Unknown Publication
Adams Industries · Nov 13, 2012 · USCG Sponsorship
Adams Industries · Aug 30, 2013 · Night Vision Guide
Technology Timeline
The key inflection points in 60 years of image intensifier development.
- 1939 Germany fields the first active IR night vision device — Zielgerät 1229 "Vampir" — using an IR searchlight and a bulky image converter tube. Range: ~100m.
- 1963 US Army fields the AN/PVS-2 Starlight Scope in Vietnam. First passive Gen 1 device in combat service. No IR searchlight required.
- 1970 Microchannel plate (MCP) technology developed — enables Gen 2. Eliminates cascade tubes, reduces size and weight by 50%.
- 1978 AN/PVS-5 fielded — first widely issued binocular NVG for US infantry. Gen 2 tubes, head-mounted, hands-free.
- 1987 Gallium arsenide photocathode enters production — Gen 3 technology. 2–3× sensitivity improvement over Gen 2 in near-IR spectrum. ITT and Litton begin US government production.
- 1991 Desert Storm — Gen 3 night vision gives Coalition forces decisive advantage. Iraqi forces, mostly Gen 1 equipped, cannot see Coalition forces who can see them. The phrase "We own the night" enters the vocabulary.
- 2000 AN/PVS-14 fielded — replaces PVS-7 as the US military standard. Modular, monocular, weapons-compatible. Becomes the global standard for military NVGs.
- 2010s White phosphor screens introduced. Autogating becomes standard. Thin-film anti-reflective coatings improve image quality. Filmless tubes enter testing.
- 2020s Fusion technology matures — thermal + image intensifier overlay. ENVG-B (Enhanced Night Vision Goggle-Binocular) enters US Army service. Digital NVGs emerge as a parallel development path.