Chart Talk notes, notams, and other depicted information are based on the latest available sources at press time, but are not intended for navigation purposes.
Lee Airport is the definition of “shoehorned in.” The runway is 2,500 feet long by 48 feet wide. Considering that the wingspan of a Cessna 172 is only 36 feet, it’s more like using a sidewalk than a runway. To make things more interesting, the west end of the field has trees on one side that cause the wind to burble. Also, the runway has displaced thresholds at either end, so the landing distance available is even less. Because of its location, small size, and surrounding structures, the airport is hard to find from any kind of distance.
Prior to the advent of GPS, there was no real way to build a reliable instrument approach. There were no navaids that could be used for a straight-in procedure, the airport doesn’t warrant an ILS, and it meets none of the terminal instrument procedures criteria for having one. But with GPS, there is a single approach that you can use now, which is the RNAV GPS-A that comes in to Runway 30, the primary runway.
The approach starts across the Chesapeake Bay, over Kent Island. In VFR conditions, this is noteworthy because there are two airports on Kent Island, one of which is the Kentmoor Airpark (3W3), which is almost right under the approach course. North of that is Stevensville/Bay Bridge (W29), which is a busy training airport. If the weather is good you can expect quite a bit of traffic, so you may need to monitor two different radio frequencies.
The approach itself is pretty straightforward, as you will cross AMRTN no lower than 2,000 feet. You’ll notice that the maximum crossing altitude is 6,000 feet, which is an unusual notation, but it is there not only to make sure you can safely descend, but also because you will be passing under the Washington, D.C., Tri-area Class B, as Baltimore-Washington International/Thurgood Marshall Airport (BWI) is less than 20 miles north.
After crossing AMRTN, the final approach fix is DENII, which is 4.5 miles from the runway. You’ll notice that the descent angle is 3.06 degrees, a bit higher than a standard/preferred 3 degrees. The higher descent angle calls for a slightly higher minimum descent altitude. Because there is no unicom, you will have to use BWI’s altimeter, which also forces higher minimums. In this case, the approach is considered a circling approach, so the minimum descent altitude is 660 feet. The airport doesn’t have much in the way of lighting, so at night the procedure is not authorized. Coming in over the bay can also present the problem of dense fog. If it’s foggy over the bay, it may well be foggy over the airport, as it sits so close to the South River.
If you need to get into Lee, and the weather is marginal or better, that’s one thing. At the very least, file an alternate. If you really need to get into Annapolis, use BWI or W29.