— Tools · Dropzone weather · Toscana
WEATHER SAN VINCENZO
Skydive San Vincenzo · tandem exit altitude 4000 m. Wind, gusts, cloud and visibility hour-by-hour with 4-model ensemble confidence, plus 7-day daily outlook. Designed to decide whether driving to the dropzone is worth it.
Now · 11:00
40/100
Borderline conditions
Cloud below exit
Wind
0.4 m/s
SE
Gust
3.3 m/s
Low cloud
56%
~750 m
Rain
3%
0.0 mm
Visibility
37 km
Temp.
25°
feels 28°
| Hour | Score | Wind | Gust | Cloud | Base | Rain | Vis. | Temp. | Conf. |
|---|---|---|---|---|---|---|---|---|---|
| SAT 19 · 11:00 | 40 | 0.4 m/s SE | 3.3 m/s | L 56 M 0 H 0 | 750 m | 3% | 37 km | 25° | ●●● |
| SAT 19 · 12:00 | 100 | 0.3 m/s NO | 1.7 m/s | L 41 M 9 H 0 | — | 5% | 39 km | 26° | ●●● |
| SAT 19 · 13:00 | 40 | 1.0 m/s NO | 3.9 m/s | L 68 M 8 H 3 | 1050 m | 25% | 39 km | 26° | ●●● |
| SAT 19 · 14:00 | 40 | 1.5 m/s O | 4.7 m/s | L 61 M 31 H 0 | 988 m | 20% | 39 km | 26° | ●●● |
| SAT 19 · 15:00 | 100 | 1.8 m/s NO | 5.1 m/s | L 40 M 0 H 0 | — | 15% | 39 km | 27° | ●●● |
| SAT 19 · 16:00 | 100 | 2.7 m/s NO | 5.8 m/s | L 28 M 0 H 0 | — | 18% | 38 km | 26° | ●●● |
| SAT 19 · 17:00 | 100 | 2.9 m/s NO | 6.2 m/s | L 0 M 0 H 0 | — | 15% | 37 km | 26° | ●●● |
| SAT 19 · 18:00 | 100 | 2.8 m/s NO | 6.6 m/s | L 0 M 0 H 0 | — | 3% | 37 km | 25° | ●●● |
| SUN 20 · 08:00 | 100 | 2.3 m/s NE | 5.2 m/s | L 0 M 0 H 0 | — | 0% | 33 km | 21° | ●●● |
| SUN 20 · 09:00 | 100 | 1.9 m/s NE | 5.3 m/s | L 0 M 0 H 0 | — | 0% | 39 km | 24° | ●●● |
| SUN 20 · 10:00 | 100 | 1.3 m/s NE | 5.3 m/s | L 0 M 0 H 0 | — | 0% | 40 km | 25° | ●●● |
| SUN 20 · 11:00 | 100 | 0.6 m/s NE | 4.7 m/s | L 0 M 0 H 0 | — | 0% | 40 km | 27° | ●●● |
| SUN 20 · 12:00 | 100 | 0.9 m/s NO | 2.9 m/s | L 24 M 0 H 0 | — | 0% | 41 km | 28° | ●●● |
| SUN 20 · 13:00 | 100 | 1.9 m/s NO | 4.6 m/s | L 28 M 0 H 0 | — | 0% | 41 km | 28° | ●●● |
| SUN 20 · 14:00 | 100 | 2.9 m/s O | 6.6 m/s | L 21 M 0 H 4 | — | 0% | 41 km | 29° | ●●● |
| SUN 20 · 15:00 | 65 | 4.8 m/s O | 10.2 m/s | L 26 M 0 H 5 | — | 0% | 41 km | 28° | ●●● |
| SUN 20 · 16:00 | 40 | 4.2 m/s NO | 11.9 m/s | L 0 M 0 H 95 | — | 0% | 41 km | 27° | ●●● |
| SUN 20 · 17:00 | 65 | 4.0 m/s NO | 10.5 m/s | L 0 M 0 H 5 | — | 0% | 40 km | 26° | ●●● |
| SUN 20 · 18:00 | 85 | 3.3 m/s NO | 9.8 m/s | L 0 M 0 H 0 | — | 0% | 40 km | 26° | ●●● |
| MON 21 · 08:00 | 100 | 1.7 m/s NE | 4.8 m/s | L 1 M 0 H 39 | — | 0% | 34 km | 21° | ●●● |
| MON 21 · 09:00 | 75 | 1.1 m/s NE | 4.8 m/s | L 2 M 0 H 96 | — | 0% | 37 km | 24° | ●●● |
| MON 21 · 10:00 | 100 | 1.9 m/s N | 5.0 m/s | L 2 M 0 H 77 | — | 0% | 38 km | 25° | ●●● |
Best jumpable windows · 7 days
2-hour windows with average score ≥ 60, ordered chronologically.
SAT 19
08:00 → 10:00
Avg score: 100/100
SAT 19
15:00 → 17:00
Avg score: 100/100
SAT 19
17:00 → 19:00
Avg score: 100/100
SUN 20
08:00 → 10:00
Avg score: 100/100
SUN 20
10:00 → 12:00
Avg score: 100/100
Show daily summary · 7 days
SAT 19
8427° / 19°
W: 3 m/sG: 7 m/sR: 2.5 mm (38%)
Window: 08:00
SUN 20
8729° / 20°
W: 5 m/sG: 12 m/sR: 0.0 mm (0%)
Window: 08:00
MON 21
8827° / 20°
W: 4 m/sG: 10 m/sR: 0.0 mm (0%)
Window: 10:00
TUE 22
9430° / 20°
W: 4 m/sG: 11 m/sR: 0.0 mm (0%)
Window: 08:00
WED 23
6327° / 19°
W: 4 m/sG: 9 m/sR: 0.0 mm (1%)
Window: 15:00
THU 24
2826° / 21°
W: 4 m/sG: 9 m/sR: 0.0 mm (33%)
Window: 13:00
FRI 25
10028° / 16°
W: 3 m/sG: 7 m/sR: 0.0 mm (22%)
Window: 08:00
⚠️ The forecast never replaces the jumpmaster's briefing. ICON-EU + AROME + ECMWF + GFS are high-resolution models, but on complex orography (Alps, Adriatic coast) they may miss reality by a factor. Always verify with the dropzone before driving over.
Legend · jumpability score
70+
Jumpable 70–100
Comfortable operating conditions, including for students and tandems.
40+
Borderline 40–69
On the edge — tight wind or cloud. Often no students; sport jumpers with caution.
0+
No-go 0–39
Extreme wind, gusts, storms, cloud below exit, or visibility below threshold.
The score combines surface wind, gusts, upper-level wind, cloud vs DZ exit altitude, CAPE (storms), rain in the next 2 hours and visibility. Operational thresholds, not meteorological. How the models work ↗
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