
Imagine a bustling airport where pilots prepare for takeoff while ground crews busily direct aircraft movement. Yet a single oversight or miscommunication could lead to a catastrophic runway incursion. At Aurora State Airport (UAO), aviation safety leaves no room for error. This article provides operational guidance based on published airport chart information.
Airport Overview & Geographical Data
Aurora State Airport (UAO), located in Aurora, Oregon, sits at an elevation of 200 feet. The magnetic variation is 14.7° East, decreasing westward at 0.1° annually (data current through January 2025). Runway 17-35 measures 5,003 feet long and 100 feet wide, with threshold elevations of 196 feet (Runway 17) and 200 feet (Runway 35). Geographic coordinates span N45°14.5'-45°15.0' and W122°46.0'-122°45.5'.
Critical Safety Notice: Runway Crossing Procedures
Airport charts prominently display the warning: "Caution: Exercise extreme vigilance regarding runway crossing clearances. Full readback of all hold short instructions is mandatory." This underscores that any runway crossing requires explicit authorization, with complete verbal confirmation by pilots or ground personnel to prevent hazardous misunderstandings—the airport's paramount safety requirement.
Communication Frequencies & Services
- Tower (TWR): 118.525 MHz
- Ground Control (GND CON): 120.35 MHz
- Clearance Delivery (CLNC DEL): 119.15 MHz
- ATIS: Refer to Chart NW-1 (valid December 25, 2025 - January 22, 2026)
- Unicom: 119.95 MHz (when tower is closed)
Navigation Facilities
While the airport chart marks waypoints A1 through A5, it doesn't specify their types or frequencies. Pilots must consult current NOTAMs and aeronautical charts for updated navigation data before flight operations.
Runway Gradient Information
Runway 17-35's slope notation "S-30, D-45" indicates elevation changes—likely a 30-foot descent from the 17 to 35 end, with a 45-foot centerline differential. Pilots must account for these gradients during takeoffs and landings.
Operational Recommendations
Flight safety at Aurora State Airport fundamentally depends on strict adherence to runway crossing protocols. Precise communication, accurate instruction readbacks, and thorough familiarity with airport topography are essential. Pilots must meticulously review airport diagrams, obtain current NOTAMs, and follow all prescribed procedures.
Airport authorities should conduct regular safety training, enhance runway management protocols, and maintain up-to-date aeronautical publications to ensure operational accuracy.