ABOUT 694th AC&W Radar Squadron
- Establishment: The 694th Aircraft Control and Warning (AC&W) Squadron was activated on 1 December 1956 as part of the United States Air Force’s expanding air defense network during the Cold War.
- Location: The unit was stationed at Lewistown Air Force Station, Montana, a strategically placed radar site designed to monitor and protect the northern approaches to the continental United States.
- Mission: The squadron’s primary mission was to provide early warning and ground-controlled interception capabilities against potential Soviet air attacks, utilizing radar to track and identify airborne threats.
- Radar Systems: The 694th operated advanced radar systems for its time, including the AN/FPS-3 search radar and the AN/FPS-6 height-finder radars, crucial for tracking both the position and altitude of incoming aircraft.
- SAGE Integration: In the early 1960s, the squadron became part of the Semi-Automatic Ground Environment (SAGE) system, which linked radar data directly to command centers for faster and more accurate threat assessment.
- 24/7 Operations: The unit maintained round-the-clock vigilance, with personnel working in shifts to ensure continuous radar coverage regardless of weather conditions or the time of day.
- Community Impact: The presence of the 694th AC&W Squadron had a significant economic and social impact on the nearby Lewistown community, fostering military-civilian cooperation and cultural exchange.
- Deactivation: As technological advancements rendered some radar stations obsolete, the 694th AC&W Squadron was inactivated on 1 July 1968, marking the end of its 12-year service.
- Legacy: Many veterans of the 694th have formed alumni groups and reunions, preserving stories and memorabilia from their time at Lewistown AFS, and highlighting the unit’s contribution to national security.
- Historical Significance: The 694th AC&W Squadron is remembered as a vital component of the U.S. Air Force’s Cold War defense infrastructure, embodying the vigilance and technological innovation of the era.