If d & rsquo; Ahuntsic, 26 June 2015 : resolved. (+ types of balloons)
We present here an instructive case’ "Unidentified flying object" filmed day. After six weeks, this video, which d & rsquo; first presented as "under analysis", informs us on & rsquo; misunderstanding of the public from UFO phenomena. One can notice that the video has been seen near 2000 time, that 11 the people & rsquo; loved, that 0 nobody & rsquo; not like it, and that & rsquo; n & no comments rsquo; solved this case. Or, this case n & rsquo; is clearly not a UFO for several reasons :
- s movement & rsquo; object are not autonomous ;
- l & rsquo; object is no movement & lsquo; typical’ "real UFOs" (zigzag, rapid acceleration, turn 90 degrees, etc.) ;
- the trajectory of & rsquo; object is slow and steady descent ;
- l & rsquo; object rotates on itself as a simple ball to the & rsquo; helium powered by wind.
Investigation and study by Steve Zuniga, student for GARPAN
25 August 2015,
shaped object sphere.mp4 2 :14 .00 min 25478 me
dune shaped object in the sphere ciel.mp4 0 :24.29min 3811 me
press reference :
Apparatus : Fujifilm camera
Mark : Fuji
Model : S2980
Embedded reference :
path to the file : C:\Users owner Documents Garpan Case Sicard shaped object sphere.mp4
Type : MPEG sequence
File size : 24,9 Mo
Size image : 1280 x 720
Frame rate : 30,00
Format audio source : 44100 Hz – Compressed – Stereo
Project Audio Format : 44100 Hz – 32 bit floating point – Stereo
Total duration : 00:02:14:00
L / H in pixels : 1,0
Create 12/31/03, 19 :00 :00
Visual Observation :
Metal object steadily declining following a steady path.
Observation audio :
Voice controls, Unknown aircraft noise and noise sync with the focus of the object?
Determine the nature of the object, determine the origin of the noise.
ADOBE Première pro CS6
This program allows me to read the information embedded in a document, they are registered by the device that records. More, it allows me to viewing a real-time recording, frame by frame and to make enlargements.
Observations techniques :
The document presents a significant anomaly, although the document is not the original of the fact that it has been renamed, it contains no EXIF information. (EXIF, Exchangeable image file format,
SOURCE : https://fr.wikipedia.org/wiki/Exchangeable_image_file_format)
This puts into doubt whether the unit is a smart phone as per normal operation EXIF information should have been filled, giving access to the given GPS, device type, lens, Mark, model, etc..
The creation date of the file does not match the reality that takes me assumed that it would be a multifunction compact camera which explain unfamiliar noise sync with the focus of the object. The noise would be the engine running for the auto focus. This does not affect the observation.
On a digital camera we can set the current time which does not seem to be done since the second video shows the same anomalies (Creation date by the camera 12/31/03 19:00:00). According to the visual, if the location is Quebec 31 December 2003, there should be snow and cold weather. It does not, the location would be outside the Quebec province of Canada or just.
The image captures can determine if the object is known or unknown. For each theory there will be a video or photo for example the comparative.
Personal theory :
The object appears to be a weather balloon aluminum in full descent of the atmosphere. Weather balloons or balloon probe his usually latex balloons disposable. In normal operation the latex balloon is inflated with a lighter than air gas, after filling, it can reach an altitude of about 30km after 2 hour ascent and exploded in the high altitude of the gradual pressure change. In most cases the sensor or weather balloon is coupled to a small parachute to cushion the descent of weather equipment or media attached to the balloon. In the case of an aluminum flask (aluminum foil similar to the fabric), the ball does not explode but descends slowly whirling on itself, the gas leaving room for the area as it empties gas. Note that the aluminum ball cracks compared to the latex balloon expands and bursts.
Therefore, For my part, I advocate the theory of weather balloon aluminum or other materials that reflected light. The trajectory of the object seems to follow a downward vertical line and spinning on itself.
See sample image.
See also the YouTube sequence : https://youtu.be/ywgCs1nt4aQ to make a comparison of two similar objects.
For localization even if unknown, it is easy to determine the proximity of an airport, a major airport like Mirabel, Jean Lesage and Pierre Elliott Trudeau.
This provides a track on the nature of the object or connected to the aviation weather.
This indicated this theory as the most likely is the fact that the fall time of the almost straight and constant object. We can gain insight into the sequence of the nearby tree leaves. (In the video 2:19 )
Sample image of the other type of probe balloons and / or weather.
1 – The Stratospheric balloon
The stratospheric balloon is a waterproof membrane in which latex is imprisoned of & rsquo; helium, lighter than & rsquo; air. As a measure of his elevation, it swells up & rsquo; to explode, making the car down. There are also open balloons consist of a light envelope allowing the helium out to progressively. Stratospheric balloon is a balloon with a very large volume of an envelope up 1 200 000 cubic meters. This ball has the sole purpose of serving science, it is widely used by the cones because it is the only balloon capable of reaching the stratosphere, he can reach a ceiling 40 for 24 km and can raise a load 3t. The gas used is helium, it was the process used for our project.
According to the site http://space-staff.wix.com/stratoz-project#!pq-un-bs/c24br are the names of balloon types.
2 – Infrared balloon
Infrared balloon (also known as MIR) an aluminum casing which allows the entry of infrared rays of the sun in the heating tank and the air heated inside thereof. It has been developed by the CNRS in 1977. The advantage of this type of balloon is its long life, it can stay in the air for several months, night it captures by its transparent base infrared radiation emitted by the Earth. Its only disadvantage is that its launch is by helium.
3 – The auxiliary balloon
The auxiliary balloon allows to properly loosen stratospheric balloons. It is often tetrahedral shape for supporting the payload during launch.
Image capture of the object
Here are the pictures that I could recover that represents images with a closest focus picture of a net. The shape is either round or oval :