© National Safe Skies Alliance - Authored by InterVISTAS Consulting
CBP Airport Technical Design Standard
Finding 12: Customize Small Airport Facilities
General Aviation Facilities (GAF) are most often located at small, low volume airports in the United States. Typically, CBP
can process up to 20 passengers per hour. The space requirements are therefore much less than commercial airports.
It is noted that not all size requirements for GAF will apply to small airports. However, many small airports fall below
the "small" category of 200 passengers per hour and operate more like a GAF. Although the building requirements differ
from commercial airport to GAF, there are benefits to considering a consolidated facility to house both General and
Commercial Aviation.
Airport Applicability
- Low passenger volume
- Small airports and General Aviation
Facilities
- All passenger types
References
ATDS (2012)
- Section 2.7.4 states that the FIS must
accommodate all arriving passengers and
queues at peak times
- Section 3.1 introduces the airport size
specification
- Section 8.0 defines General Aviation
- Section 3.3 introduces the airport size
specifications for GAF
ATDS (2016 - 90% Draft)
- Preface states that standards for General
Aviation are not included in the 2016
version and are published separately.
- Section 2.7 states that the FIS size is
determined by passengers arriving at peak
hours plus the size of arriving aircraft
- Section 5.3 outlines the space matrix and
calculations required for the FIS
- Code ATD-01-03 in Chapter 5
Consolidation of Commercial and General
Aviation CBP requirements. A “FIS-lite” for
small markets may be explored further given
that there are numerous examples of small
airports that are dealing with the issue of
deciding how to justify building and
maintaining two separate CBP facilities with a
number of overlapping requirements.
Use technology to save
space – Deploy MPC
application, APC kiosks, or
Global Entry kiosks
/application to alleviate
space requirements in the
FIS-lite. Similar to Finding
11, there are likely space
savings associated with
smaller facilities that could
allow for a reduced baseline
space requirement.