The CH-47 tactically transports forces and associated equipment and provides routine aerial sustainment of maneuver forces. Secondary missions the Chinook executes to support Soldiers and commanders include: medical evacuation, search and rescue, parachute drops, disaster relief, and aircraft recovery.
The purpose of the competition is to promote the camaraderie and Esprit de Corps of the Airborne Soldier through international competition. The competition is routinely attended by representatives from Allied Foreign Militaries, as well as from the US Army, Navy, Air Force and Marine Corps.
Each team consists of 4 Jumpers. The Jumpers will exit from a CH-47 Chinook helicopter at an altitude of 1500 feet (457 meters) using an MC-6 static line, steerable, parabolic parachute.
Participants aim to land as close as possible to a marked, designated area within the landing zone. Upon landing and completing a PLF (parachute landing fall), participants are timed by qualified judges until they reach the designated area.
This is both an individual and team event. Each jumper must complete 2 jumps to be qualified for the individual award, and each team must complete 8 jumps in total to be qualified for the team award.
In addition, we will be hosting a foreign jump exchange followed by a foreign jump wings pinning ceremony.
Located in Exeter, RI on a privately owned farm, DZ Glen Rock is the new official Drop Zone of LEAPFEST. The surveyed area is spheroid, containing a rectangular open field measuring roughly 800 meters by 750 meters. The target X's are positioned in a line running North-South through the center point of the DZ. A spectator area is located just West of the surveyed area along the tree line that borders the open field.
Developed through the U.S. Army Special Operations Force’s Tactical Assault Parachute System (SOFTAPS) program for precision infiltration, the MC-6 Army personnel parachute features the latest in advanced technology for steerable military parachute systems. It offers greater maneuverability, exceptional performance in high altitude drop zones and achieves a lower rate of descent compared to the MC-1 system.