Jacques-Olivier Travers Jacques-Olivier Travers

Accipitriformes Site d'escalade de Poingt Ravier (secteur de la Via Ferrata), Valloire, Auvergne-Rhône-Alpes , 18 May 2024
excenevexWF16
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Recording
9h42m
distance
0/17383
GPS Tracklog length
245,58 km
total_asc
0/17383
Altitude gain
11 974 m
total_desc
0/17383
Altitude loss
-12 430 m
avg_speed
0/17383
Avg Speed
37,56 km/h
max_speed
4759/4763
Max Speed
109,48 km/h
total_pause_time
625/17398
Total Rest Time
3h59m
total_air_time
1/17374
Total Flight Time
4h51m

1h30m (Flight Time)
46m59s (Flight Time)
39m49s (Flight Time)
28m27s (Flight Time)
22m23s (Flight Time)
12m38s (Flight Time)
11m28s (Flight Time)
10m51s (Flight Time)
10m14s (Flight Time)
9m03s (Flight Time)
8m05s (Flight Time)
0m47s (Flight Time)
0m26s (Flight Time)
1h03m (on the Ground)
45m21s (on the Ground)
40m19s (on the Ground)
25m20s (on the Ground)
20m20s (on the Ground)
17m32s (on the Ground)
15m20s (on the Ground)
15m19s (on the Ground)
15m19s (on the Ground)
5m49s (on the Ground)
5m21s (on the Ground)
5m19s (on the Ground)
Total Flight Time
4h51m (51%)
Total on the Ground
4h35m (49%)

Core 1
05m04s (+1,6 m/s)
Core 2
05m49s (+0,4 m/s)
Core 3
03m16s (+1,7 m/s)
Core 4
00m47s (+1,0 m/s)
Core 5
01m28s (+0,5 m/s)
Core 6
03m20s (+2,3 m/s)
Core 7
02m50s (+0,9 m/s)
Core 8
07m16s (+0,5 m/s)
Core 9
02m40s (+0,6 m/s)
Core 10
04m26s (+2,1 m/s)
Core 11
09m59s (+0,0 m/s)
Core 12
01m24s (+1,4 m/s)
Core 13
00m41s (+0,7 m/s)
Core 14
00m31s (+-0,2 m/s)
Core 15
09m53s (+1,3 m/s)
Core 16
01m23s (+2,2 m/s)
Core 17
20m15s (+0,0 m/s)
Core 18
06m14s (+1,5 m/s)
Core 19
02m24s (+1,4 m/s)
Core 20
01m37s (+0,9 m/s)
Core 21
01m43s (+0,9 m/s)
Core 22
02m50s (+1,4 m/s)
Core 23
02m02s (+0,9 m/s)
Core 24
00m44s (+2,0 m/s)
Core 25
00m39s (+1,3 m/s)
Core 26
03m09s (+1,6 m/s)
Core 27
00m31s (+1,0 m/s)
Core 28
04m46s (+2,8 m/s)
Core 29
02m19s (+1,9 m/s)
Core 30
09m32s (+0,0 m/s)
Core 31
03m49s (+-0,0 m/s)
Core 32
00m25s (+0,4 m/s)
Core 33
00m31s (+0,5 m/s)
Core 34
00m35s (+0,4 m/s)
Core 35
01m18s (+0,6 m/s)
Core 36
00m18s (+0,7 m/s)
Core 37
01m26s (+1,5 m/s)
Core 38
00m50s (+0,6 m/s)
Core 39
01m37s (+1,2 m/s)
Core 40
04m43s (+2,8 m/s)
Core 41
01m31s (+0,5 m/s)
Core 42
01m25s (+1,5 m/s)
Core 43
03m43s (+1,7 m/s)
Core 44
03m27s (+2,5 m/s)
Core 45
01m05s (+0,8 m/s)
Core 46
02m13s (+1,0 m/s)
Core 47
02m55s (+0,9 m/s)
Core 48
04m26s (+0,9 m/s)
Core 49
04m39s (+1,4 m/s)
Core 50
02m49s (+1,0 m/s)
Core 51
00m40s (+1,1 m/s)
Core 52
01m17s (+2,4 m/s)

Avg Speed
37,56 km/h
Max Speed
109,48 km/h

7m59s
30m00s
20m17s
3h59m

Min Altitude
1 614 m
Max Altitude
3 313 m
Altitude gain
11 974 m
Altitude loss
-12 430 m
Tags
excenevex WF16
Information note on the file used Excenevex_20240518_190000.gpx
17 384 points were retained
9 hours
1791,34 points per hour
We recommend a minimum of 1 point per minute for reliable analysis and 1 point every 10 seconds for perfect 3D analysis.
Quality
Good
Home Range
Explore Home Ranges
Detailed Statistics
GPS Tracklog length 245,58 km
Real Point-to-Point Distance 12,2 km
Max Starting Point Distance 18,9 km
Min Altitude 1 614 m
Max Altitude 3 313 m
Altitude gain 11 974 m
Altitude loss -12 430 m
Maximum Positive Elevation 793 m
Minimum Positive Elevation -744 m
Avg Speed 37,56 km/h
Max Speed 109,48 km/h
Mean Positive Vario 1,4 m/s
Max Climb 5,4 m/s
Max Sink -28,1 m/s
Time Spent Circling 2h45m
% turns to the right 50,6 %
% turns to the left 49,4 %
Total Turn Count 471
Thermals count 52
Completed circles on the left 306
Completed circles on the right 257
Transition Time 6h56m
Time spent between 500 and 1 000m 2m01s
Time spent between 1 000 and 1 500m 2m20s
Time spent between 1 500 and 2 000m 42m49s
Time spent between 2 000 and 2 500m 3h54m
Time spent between 2 500 and 3 000m 4h57m
Time spent between 3 000 and 3 500m 3m19s
Average Wind Speed 10,9 km/h
Average Wind Bearing 204 °
How much does this analysis cost?
The total BirdCoins cost for this analysis of 7,6Mb is 4 BirdCoins.
For the range of 0 to 10 MB, 1 BirdCoin gives access to 2MB

This data analysis use 7,61 Mb, which cost 4 BirdCoins.

For a total of 4 BirdCoins
Possible Anomalies in the Calculated Results

All satellite telemetry generates false data points. Using artificial intelligence, we can eliminate or correct the majority of these. This process makes our data more reliable and realistic.

However, it's not perfect. Our mission is to continue developing these tools to improve the quality of the results.