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Kingsdale, PA
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We Fly Cessna 182 aircraft.

There are certain regulations and related information regarding skydiving and aircraft operations that need to be adhered to.  The purpose of this is to ensure operations are performed at the optimum safety level.

Regulations and Related Information

Federal Aviation Regulation Part 105 - Parachute Jumping

Advisory Circular 105-2 - Sport Parachute Jumping

Advisory Circular 90-66 - Recommended Standard Traffic Patterns & Practices for Aeronautical Operations at Airports without Operating Control Towers

Skydiver's Information Manual - Published by the United States Parachute Association

Aeronautical Information Manual

 

Skydiver Qualifications

Skydivers become qualified to jump after graduating from an extensive course of instruction developed by the U.S. Parachute Association.  Throughout the course they are under direct instructor supervision.  Instruction covers many aspects including indoctrination on how aircraft use airports.  Skydivers gain a healthy respect for aircraft and pilots.

Drop Zone

A drop zone is a designated landing area clear of obstacles, and usually marked with a brightly colored wind sock.  Drop zone operators, jump pilots, airport management and aviation officials meet and agree upon key safety concerns and practical issues of sharing airports and the surrounding airspace.  Some drop zones located beneath complex airspace have a letter of agreement with the appropriate FAA air traffic control facility to address site-specific issues and concerns.


Each day before the jumping begins, the drop zone operator contacts the Flight Service Station for the latest weather forecast and winds aloft forecast.  The jump pilot files a NOTAM at least one hour prior to the first drop.  Skydiving operations with continuous activity may file a permanent NOTAM.  These areas are often, but not always, depicted on aeronautical charts with a parachute symbol and are listed in the Airport Facility Directory.  The actual location of parachute symbols on the chart do not represent the precise location of drop zones.  The symbol on the chart may be in the only free spot that is clear of other markings.  Another reason to make sure you look for these symbols is because the FSS will NOT normally identify these permanent NOTAMs during a preflight briefing, unless specifically requested to do so.

Takeoff and Climb

During jump operations, the jump pilot follows procedures covered by the general operating and flight rules of part 91 of Title 14, Code of Federal Regulations.  The jump pilot is also required to follow part 105, which includes special provisions unique to parachute operations.

Prior to takeoff, the skydivers load up and secure themselves with seat belts.  The pilot assures that the aircraft's weight and balance parameters are not exceeded.


 A typical climb pattern has the jump aircraft quickly leaving the airport traffic pattern and climbing to the jump altitude which generally ranges from 10,000 to 15,000 feet AGL.  The location of aircraft climb and descent areas are determined by several factors, including:  Winds aloft, Proximity to airways, Population density, and Air traffic control.  Specific procedures may vary by airport.

Jump Run

The jump run typically takes place over the designated landing area and usually into the wind.  A few minutes prior to the drop, the jump pilot contacts ATC, advising jump altitude and exit time.  ATC then advises of any aircraft or unsafe conditions in the area.  Before the drop, the jump pilot may make a blind call on UNICOM as an additional alert to aircraft in the vicinity of the drop zone.

Exit

From typical jump altitudes of 10,000 to 15,000 feet, it takes just over one minute to free fall to parachute opening altitudes of 4,000 feet to 2,000 feet AGL.   The jump pilot ensures that all jumpers have exited, and advises ATC that jumpers are away.

Descent

 Even with a minimum parachute opening altitude of 2,000 feet AGL, skydivers are well above the normal aircraft traffic pattern altitude.  Under a parachute, the rate of descent slows to about 1,000 feet per minute.  Skydiver landing patterns at airports are generally contained well within aircraft traffic patterns.  Except in rare cases, skydivers open their parachutes upwind of the intended landing area, then land into the wind to minimize speed and maximize flare.

Pilot Safety Concerns and Responsibilities

Skydiving ends when the jump pilot verifies all skydivers are down, and advises ATC that all have landed.   The jump pilot then makes a quick descent to the airport - continually scanning for other air traffic.  Specific procedures may vary by airport.  To learn more about parachuting procedures, pilots can turn to the documents listed above under Regulations and Related Information.  Additionally, pilots should check:

  NOTAMs
  Airport Facility Directory
  Sectional Charts

Pilots and skydivers need to be alert and follow the rules. It is the responsibility of everyone to watch for and avoid each other.  Because skydivers free fall at a speed of 120 m.p.h. or more, they are extremely difficult to spot from other aircraft.


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