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Friday 29 March 2019

Mexican Girl Falls To Her Death From Plane While Skydiving On Her 18th Birthday

This is the moment high school student Vanessaplunged to her death along with instructor MauricioGutiƩrrez Castillo
A young schoolgirl has tragically fallen to her death
from a plane while she was trying to skydive on her
birthday. 
Vanessa Ivonne Melendez Cardenas was celebrating
her 18th birthday with the 1,300ft parachute jump in
Mexico

A schoolgirl girl plunged 1,300ft to her death on a
birthday skydive after her parachute failed to open -
and the operator insists its chute wasn't to blame.
Vanessa Ivonne Melendez Cardenas, 18, died along
with instructor Mauricio Gutierrez Castillo, 34, in
Morelos, Mexico on Sunday.


Vanessa and Mauricio's bodies were found lying metres away from a highway

She arrived at the Albatros Air Sports Club with her
loved ones at around 3pm and was keen to
celebrate her 18th birthday in style.

Along with a group of others, she was assigned to
Mauricio, an experienced instructor with more than
400 jumps under his belt.

The pair boarded a plane, from which they jumped
and soared through the skies for at least two
minutes, local paper El Grafico reported.

In footage shared on local reports, a man can be
heard saying: "My God, I hope that Liz come this
way," as other skydivers land.



But moments later he realised "Liz", Vanessa, was
not among them.

Emergency services scrambled to the scene at
around 3.43pm local time, and found two bodies
near the Mexico-Acapulco highway.

Jorge Gaitan, director of Albatros Parachuting, said
the fall was not an accident caused by a malfunction
in the equipment.

Instead, he insisted one of the two victims had
caused the horrific fall.

He said: "We are investigating, but the parachute
was working well.

"Everything seems to indicate that the release of the
parachute was not an accident, because it was
activated.

"It wasn't equipment failure or anything like that. It
surely had to do with someone who was on that
flight, who manipulated and activated the release
mechanism."

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