📅 What time range does this cover?
Every chart, map, and metric uses the same 747-day window
(2024-06-15 → 2026-07-02) for both the
No Fault (52 × 3 km) and With Fault (2,500 × 150 km)
launch corridors. No Fault is sampled every 3 hours (a near-complete census);
With Fault is a sparser sample (≈ one snapshot every 1.5 days) — see "Read this first".
📅 What time range does this cover?
Every ship chart, map, and metric uses the same window
(2024-09-01 → 2026-07-31) for both the
No Fault (52 × 3 km) and With Fault (2,500 × 150 km)
launch corridors — complete calendar months only, since the source trails live by a few
days. Both scenarios integrate every AIS position (no sampling) — see "Read this
first".
🎯 Site ranking — best (quietest / safest) first · ✈ air and 🚢 sea shown side by side
📋 Read this first
No Fault (nominal launch corridor) — a complete 2-year census. Every flight that crossed each narrow corridor is counted; these numbers are exact.
With Fault (emergency corridor) — a statistical sample (one snapshot every ~1.5 days). Ideal for comparing sites and seeing patterns, but the totals are a typical-occupancy estimate, not an exact count.
Window: ~2 years (mid-2024 → early July 2026) — FR24 serves a rolling ~2-year history, so this is about the most it provides. The most recent few days lag and aren't in yet.
The corridors are empty on most days, so the 2-year totals — not daily averages — are the meaningful signal.
Time-of-day detail is limited. We photograph the sky every 3 hours (8×/day), so the finest view is 8 fixed 3-hour UTC windows — not true per-hour or per-minute data. It shows when traffic tends to occur, only where data is dense.
This is a data ranking, not a recommendation — the final site call belongs to the team.
⚙️ Advanced controls — explore the data with custom parameters
📅 Date range filter
Restrict the maps and daily/monthly tables to a sub-window.
✈️ Altitude band thresholds (ft)
Change where the 5 altitude bands split.
Changes are visual-only and instant — they do not call FlightRadar24. The cross-site comparison table and verdict above stay anchored to the original report window.
📊 Key statistics & conclusions — computed from the collected data
Compare sites:
Cross-site comparison — the headline view
Show scenario:
Hover (or tap) the blue ?
next to any column header for what it means. Cells are shaded by severity — darker = busier.
Rank 1 = best launch candidate within the active scenario.
Rank?
Scenario
Site
Total flights?
Median/day?
P95/day?
Peak day?
Coverage?
1
No Fault
SSLV launch complex
20
1.0
1.0
1 (2024-07-22)
2.5%
2
No Fault
Poker Flat Research Range
39
1.0
1.0
1 (2024-07-05)
4.8%
3
No Fault
Kulasekarapattinam Spaceport
83
1.0
2.0
2 (2024-09-19)
9.4%
4
No Fault
Satish Dhawan Space Center
409
1.0
2.0
5 (2026-05-01)
37.9%
5
No Fault
Manuel Belgrano
0
0.0
0.0
0
0.0%
1
With Fault
SSLV launch complex
382
1.0
3.0
6 (2025-12-31)
29.9%
2
With Fault
Manuel Belgrano
411
2.0
4.0
7 (2026-02-13)
26.2%
3
With Fault
Poker Flat Research Range
430
2.0
5.0
10 (2024-08-15)
24.5%
4
With Fault
Kulasekarapattinam Spaceport
6,971
19.0
34.0
51 (2025-04-06)
43.3%
5
With Fault
Satish Dhawan Space Center
14,984
43.0
74.0
128 (2025-01-23)
43.5%
📅 Show one day on all maps:
Pick or type a date (or step with Prev / Next) to focus the 3D globe and every
site map on that single day. All days restores the full window.
3D view — rotate / zoom / click a flight for detail
Focus on:
Geo-fence:
Altitude bands:
Day:—
Initializing 3D globe…
Flights are colored by altitude band — low (blue) → cruise (yellow) → high (red).
Boxes show each launch corridor (one per azimuth, per scenario).
Focus on: click a site to view just that one (and fly to it);
⌘/Ctrl/Shift-click to add sites for a side-by-side view;
All sites shows everything.
⚠️ Flight dots are sampled snapshots, not every flight — No Fault is a
complete census, but With Fault is ~1 snapshot every 1.5 days (a typical-occupancy view).
The globe shows the corridors' true shape (the 2D maps stretch them near the poles).
Blank globe? Tile servers refuse file:// origins.
Serve the report from a local HTTP server:
cd into the folder and run python3 -m http.server, then open
http://localhost:8000/<report.html>.
Individual spaceport — analytics & 2D map
Poker Flat Research Range United States
Lat/Lon
65.1192, -147.4753
Launch azimuths
0°
Scenario
Radius
Ceiling
Bbox (lat / lon)
Flights
No Fault
52.0 km
50,000 ft
(65.12..65.59, -147.51..-147.44)
39
With Fault
2,500.0 km
50,000 ft
(65.11..87.51, -163.19..-131.76)
430
View:
Show table by:
Date
No Fault count · bar
With Fault count · bar
2024-06-18
0
1
2024-06-20
0
1
2024-06-27
0
2
2024-07-03
0
5
2024-07-05
1
0
2024-07-06
0
2
2024-07-09
0
5
2024-07-12
0
4
2024-07-14
0
1
2024-07-15
0
2
2024-07-17
0
1
2024-07-18
0
1
2024-07-21
0
1
2024-07-23
1
0
2024-07-24
0
7
2024-07-25
0
2
2024-07-27
1
0
2024-07-28
0
3
2024-07-31
0
3
2024-08-07
0
1
2024-08-09
0
1
2024-08-12
0
1
2024-08-15
1
10
2024-08-19
0
3
2024-08-23
0
2
2024-08-27
0
2
2024-09-01
0
3
2024-09-06
1
1
2024-09-08
0
1
2024-09-11
0
1
2024-09-13
0
2
2024-09-14
0
2
2024-09-17
0
2
2024-09-20
0
1
2024-09-23
0
2
2024-09-25
0
1
2024-09-26
0
6
2024-09-29
0
1
2024-10-02
0
2
2024-10-05
0
8
2024-10-07
0
3
2024-10-09
0
5
2024-10-12
0
1
2024-10-19
0
1
2024-10-27
0
1
2024-10-31
0
4
2024-11-02
0
1
2024-11-11
0
1
2024-11-12
0
3
2024-11-20
0
1
2024-11-23
0
1
2024-11-25
0
3
2024-11-26
1
1
2024-11-29
0
1
2024-12-02
1
0
2024-12-03
0
1
2024-12-05
1
2
2024-12-08
0
2
2024-12-10
0
1
2024-12-11
0
4
2024-12-14
0
2
2024-12-17
0
3
2024-12-21
0
3
2024-12-24
0
2
2024-12-25
0
2
2024-12-31
0
2
2025-01-01
0
3
2025-01-09
1
0
2025-01-15
0
3
2025-01-23
1
1
2025-02-01
0
1
2025-02-04
0
1
2025-02-06
0
4
2025-02-07
0
1
2025-02-14
0
4
2025-02-16
0
1
2025-02-19
0
2
2025-02-21
0
1
2025-02-22
0
1
2025-02-25
0
1
2025-02-28
0
2
2025-03-02
0
1
2025-03-07
0
6
2025-03-10
0
1
2025-03-26
0
4
2025-04-01
1
0
2025-04-08
0
1
2025-04-12
0
1
2025-04-13
1
1
2025-04-15
0
1
2025-04-21
0
1
2025-04-24
0
2
2025-04-27
0
2
2025-04-30
0
2
2025-05-03
0
4
2025-05-06
0
1
2025-05-09
0
1
2025-05-12
0
1
2025-05-16
0
2
2025-05-26
0
1
2025-05-31
0
1
2025-06-03
0
1
2025-06-06
0
2
2025-06-07
0
3
2025-06-10
0
2
2025-06-12
1
1
2025-06-14
1
0
2025-06-15
0
2
2025-06-19
0
1
2025-06-24
1
0
2025-06-25
0
1
2025-06-30
0
1
2025-07-02
0
1
2025-07-03
0
1
2025-07-06
0
2
2025-07-07
1
0
2025-07-09
1
2
2025-07-12
0
5
2025-07-14
0
2
2025-07-15
0
2
2025-07-18
0
3
2025-07-21
0
6
2025-07-23
1
0
2025-07-24
0
3
2025-08-03
1
3
2025-08-06
0
1
2025-08-07
1
1
2025-08-08
0
3
2025-08-09
0
1
2025-08-11
1
0
2025-08-18
0
2
2025-08-19
1
4
2025-08-22
0
1
2025-08-24
0
1
2025-08-31
0
4
2025-09-05
0
1
2025-09-08
0
1
2025-09-17
0
1
2025-09-20
0
3
2025-09-23
0
4
2025-09-25
0
1
2025-09-29
0
1
2025-10-02
0
4
2025-10-09
0
3
2025-10-17
1
0
2025-10-19
0
3
2025-10-20
1
0
2025-10-21
0
2
2025-10-24
0
1
2025-10-30
0
1
2025-11-04
1
0
2025-11-05
1
0
2025-11-06
1
0
2025-11-11
0
1
2025-11-12
0
2
2025-11-20
1
0
2025-11-25
0
2
2025-11-26
0
2
2025-11-28
1
0
2025-12-02
0
4
2025-12-05
0
5
2025-12-07
0
1
2025-12-08
1
2
2025-12-10
1
0
2025-12-11
0
5
2025-12-17
0
2
2025-12-21
0
3
2025-12-24
0
4
2025-12-30
0
1
2025-12-31
0
2
2026-01-02
0
1
2026-01-05
0
1
2026-01-07
1
0
2026-01-11
0
1
2026-01-12
0
1
2026-01-14
1
0
2026-01-15
0
1
2026-01-19
1
0
2026-01-20
1
1
2026-01-24
0
2
2026-01-30
0
1
2026-02-04
0
1
2026-02-06
0
1
2026-02-16
0
2
2026-02-19
0
5
2026-02-25
0
4
2026-02-26
1
0
2026-02-28
0
3
2026-03-02
0
1
2026-03-04
0
2
2026-03-06
1
0
2026-03-13
0
2
2026-03-14
0
3
2026-03-16
0
1
2026-03-19
0
1
2026-03-25
0
2
2026-03-26
0
3
2026-03-28
0
1
2026-03-29
0
2
2026-03-31
0
2
2026-04-03
1
0
2026-04-07
0
4
2026-04-12
0
2
2026-04-13
0
1
2026-04-15
0
1
2026-04-18
0
2
2026-04-27
0
3
2026-04-30
0
4
2026-05-03
0
2
2026-05-06
0
5
2026-05-09
0
1
2026-05-12
0
6
2026-05-14
0
1
2026-05-16
0
1
2026-05-19
0
2
2026-05-25
0
1
2026-05-26
0
7
2026-06-06
0
1
2026-06-10
0
4
2026-06-11
1
0
2026-06-19
0
1
2026-06-22
0
2
2026-06-24
0
4
2026-06-28
0
1
Map layer:
Scenario:
Date:
Altitudes:
Note: the With Fault corridor is a constant-width rectangle — it only looks like it
fans out because this flat map (Web-Mercator) stretches distances toward the poles.
The 3D globe shows its true shape. Flight dots are sampled snapshots, not every flight.
Altitude distribution
Where vertically does the traffic concentrate? Red line = 50,000 ft ceiling.
Heading distribution
Which directions do flights track? Black arrows mark this site's launch azimuths.
Seasonality — flights per month, year by year
Darker = busier month. A white cell is a real zero (corridor empty that
month) — only grey cells are outside the data window.
0 flights few more busiest
outside data window
Satish Dhawan Space Center India
Lat/Lon
13.7199, 80.2304
Launch azimuths
45°, 90°, 160°
Scenario
Radius
Ceiling
Bbox (lat / lon)
Flights
No Fault
52.0 km
50,000 ft
(13.28..14.06, 80.22..80.71)
409
With Fault
2,500.0 km
50,000 ft
(-7.70..29.28, 79.58..103.31)
14,984
View:
Show table by:
Date
No Fault count · bar
With Fault count · bar
2024-06-15
0
49
2024-06-18
0
39
2024-06-19
2
19
2024-06-20
0
3
2024-06-21
0
48
2024-06-22
3
0
2024-06-24
0
40
2024-06-25
1
0
2024-06-26
1
0
2024-06-27
0
37
2024-06-30
1
29
2024-07-02
0
51
2024-07-03
0
63
2024-07-04
1
0
2024-07-06
3
34
2024-07-09
0
29
2024-07-10
1
54
2024-07-11
2
0
2024-07-12
0
48
2024-07-14
0
50
2024-07-15
0
34
2024-07-16
1
0
2024-07-17
0
35
2024-07-18
0
19
2024-07-20
1
0
2024-07-21
0
11
2024-07-22
1
0
2024-07-24
0
23
2024-07-25
1
12
2024-07-26
0
45
2024-07-27
1
0
2024-07-28
0
33
2024-07-31
1
35
2024-08-01
0
50
2024-08-02
1
0
2024-08-03
0
53
2024-08-06
2
54
2024-08-07
2
33
2024-08-08
0
40
2024-08-09
0
52
2024-08-10
1
0
2024-08-12
0
46
2024-08-13
4
0
2024-08-15
1
82
2024-08-18
0
51
2024-08-19
0
24
2024-08-21
0
43
2024-08-22
1
0
2024-08-23
2
32
2024-08-24
1
50
2024-08-27
0
45
2024-08-28
2
0
2024-08-29
1
0
2024-08-30
3
80
2024-08-31
0
1
2024-09-01
0
18
2024-09-02
0
42
2024-09-03
1
0
2024-09-05
0
45
2024-09-06
0
31
2024-09-08
1
35
2024-09-09
1
0
2024-09-10
1
0
2024-09-11
0
43
2024-09-12
1
0
2024-09-13
2
57
2024-09-14
1
26
2024-09-17
0
25
2024-09-19
1
0
2024-09-20
0
27
2024-09-21
0
51
2024-09-23
0
36
2024-09-25
1
37
2024-09-26
1
24
2024-09-28
0
33
2024-09-29
2
21
2024-09-30
1
0
2024-10-02
0
16
2024-10-03
1
0
2024-10-04
1
0
2024-10-05
1
49
2024-10-07
0
35
2024-10-09
0
23
2024-10-10
1
0
2024-10-12
0
32
2024-10-13
0
49
2024-10-15
0
57
2024-10-17
1
0
2024-10-18
0
58
2024-10-19
0
32
2024-10-20
0
45
2024-10-21
0
57
2024-10-22
1
0
2024-10-24
0
48
2024-10-26
1
0
2024-10-27
3
81
2024-10-29
1
0
2024-10-30
0
65
2024-10-31
0
28
2024-11-01
1
0
2024-11-02
1
48
2024-11-03
0
15
2024-11-05
2
45
2024-11-06
1
0
2024-11-08
0
43
2024-11-09
2
0
2024-11-11
0
97
2024-11-12
1
15
2024-11-14
2
35
2024-11-16
1
0
2024-11-17
1
49
2024-11-18
1
45
2024-11-20
0
31
2024-11-21
1
0
2024-11-22
1
0
2024-11-23
1
39
2024-11-24
1
0
2024-11-25
0
84
2024-11-26
0
34
2024-11-29
1
27
2024-12-02
0
32
2024-12-03
0
66
2024-12-05
0
39
2024-12-07
1
56
2024-12-08
1
34
2024-12-10
0
43
2024-12-11
1
24
2024-12-12
1
0
2024-12-13
1
0
2024-12-14
1
22
2024-12-15
1
0
2024-12-16
1
0
2024-12-17
0
47
2024-12-19
0
39
2024-12-21
0
34
2024-12-22
1
0
2024-12-24
0
45
2024-12-25
0
38
2024-12-26
2
0
2024-12-27
0
57
2024-12-30
0
70
2024-12-31
0
39
2025-01-01
1
48
2025-01-02
0
74
2025-01-05
1
52
2025-01-07
3
0
2025-01-08
0
110
2025-01-11
0
57
2025-01-12
0
36
2025-01-14
0
32
2025-01-15
0
26
2025-01-17
1
45
2025-01-20
0
56
2025-01-23
0
128
2025-01-24
3
23
2025-01-26
0
53
2025-01-27
1
0
2025-01-29
0
44
2025-01-30
0
52
2025-02-01
0
43
2025-02-04
1
51
2025-02-06
2
97
2025-02-07
1
46
2025-02-10
1
38
2025-02-12
1
0
2025-02-13
2
31
2025-02-14
1
35
2025-02-15
1
0
2025-02-16
0
37
2025-02-18
0
53
2025-02-19
1
32
2025-02-21
1
47
2025-02-22
1
24
2025-02-25
1
29
2025-02-28
0
45
2025-03-01
0
18
2025-03-02
0
42
2025-03-04
0
37
2025-03-07
1
52
2025-03-08
1
0
2025-03-10
0
58
2025-03-11
1
0
2025-03-13
2
64
2025-03-14
1
48
2025-03-15
0
50
2025-03-16
1
59
2025-03-17
1
0
2025-03-19
1
62
2025-03-20
1
0
2025-03-21
1
0
2025-03-22
1
79
2025-03-23
1
0
2025-03-24
1
0
2025-03-25
1
52
2025-03-26
0
33
2025-03-27
1
0
2025-03-28
0
47
2025-03-29
2
35
2025-03-30
1
0
2025-03-31
0
40
2025-04-02
2
0
2025-04-03
1
45
2025-04-04
2
0
2025-04-06
1
88
2025-04-07
0
11
2025-04-08
2
13
2025-04-09
0
38
2025-04-10
2
0
2025-04-11
2
0
2025-04-12
1
57
2025-04-13
1
45
2025-04-15
1
32
2025-04-16
1
0
2025-04-18
1
40
2025-04-20
1
92
2025-04-21
1
40
2025-04-22
1
0
2025-04-23
2
0
2025-04-24
2
34
2025-04-27
0
52
2025-04-28
1
0
2025-04-30
0
35
2025-05-02
0
52
2025-05-03
0
35
2025-05-05
1
44
2025-05-06
0
31
2025-05-08
2
0
2025-05-09
0
24
2025-05-11
1
0
2025-05-12
0
63
2025-05-13
2
1
2025-05-14
1
37
2025-05-16
1
37
2025-05-19
0
26
2025-05-20
1
0
2025-05-21
1
0
2025-05-22
0
42
2025-05-23
2
0
2025-05-24
2
0
2025-05-25
2
48
2025-05-26
1
34
2025-05-27
0
48
2025-05-28
0
62
2025-05-31
0
48
2025-06-03
1
50
2025-06-05
1
0
2025-06-06
1
44
2025-06-07
1
34
2025-06-08
1
0
2025-06-09
0
43
2025-06-10
1
45
2025-06-11
2
0
2025-06-12
2
39
2025-06-13
1
0
2025-06-14
1
0
2025-06-15
2
48
2025-06-18
0
42
2025-06-19
1
21
2025-06-20
0
2
2025-06-21
0
45
2025-06-23
1
0
2025-06-24
0
35
2025-06-25
0
49
2025-06-26
1
0
2025-06-27
0
36
2025-06-30
0
46
2025-07-01
2
0
2025-07-02
0
50
2025-07-03
0
33
2025-07-05
1
0
2025-07-06
0
27
2025-07-07
1
0
2025-07-09
0
46
2025-07-10
2
0
2025-07-11
1
0
2025-07-12
0
34
2025-07-14
2
48
2025-07-15
0
31
2025-07-17
1
0
2025-07-18
1
20
2025-07-21
0
16
2025-07-22
1
0
2025-07-24
0
69
2025-07-25
2
0
2025-07-26
1
42
2025-07-27
1
0
2025-07-28
0
33
2025-07-29
2
0
2025-07-31
0
31
2025-08-01
1
0
2025-08-03
1
51
2025-08-06
0
63
2025-08-07
0
35
2025-08-08
1
43
2025-08-09
0
58
2025-08-10
1
0
2025-08-12
1
52
2025-08-14
1
0
2025-08-15
0
45
2025-08-18
3
55
2025-08-19
2
30
2025-08-20
2
0
2025-08-21
0
58
2025-08-22
0
34
2025-08-23
2
0
2025-08-24
1
51
2025-08-27
0
47
2025-08-29
1
0
2025-08-30
0
34
2025-08-31
1
16
2025-09-01
0
2
2025-09-02
0
43
2025-09-04
2
0
2025-09-05
1
41
2025-09-06
0
54
2025-09-07
1
0
2025-09-08
1
49
2025-09-10
1
0
2025-09-11
0
34
2025-09-12
3
0
2025-09-13
0
54
2025-09-14
1
38
2025-09-16
1
0
2025-09-17
0
26
2025-09-18
1
0
2025-09-20
0
70
2025-09-23
1
37
2025-09-25
3
47
2025-09-26
1
33
2025-09-27
2
0
2025-09-28
2
0
2025-09-29
1
32
2025-09-30
1
0
2025-10-01
1
0
2025-10-02
2
15
2025-10-04
2
0
2025-10-05
0
72
2025-10-06
1
1
2025-10-07
0
38
2025-10-08
2
0
2025-10-09
0
31
2025-10-11
1
0
2025-10-12
1
32
2025-10-13
1
0
2025-10-15
1
49
2025-10-17
1
0
2025-10-18
0
57
2025-10-19
1
63
2025-10-20
0
4
2025-10-21
0
55
2025-10-23
2
0
2025-10-24
0
52
2025-10-26
1
0
2025-10-27
1
52
2025-10-29
2
0
2025-10-30
0
44
2025-10-31
0
38
2025-11-01
1
0
2025-11-02
2
48
2025-11-03
0
29
2025-11-04
2
0
2025-11-05
0
48
2025-11-06
2
0
2025-11-08
2
63
2025-11-09
1
0
2025-11-10
3
0
2025-11-11
0
36
2025-11-12
0
24
2025-11-14
1
40
2025-11-15
3
0
2025-11-17
0
53
2025-11-18
0
56
2025-11-20
0
50
2025-11-21
1
0
2025-11-23
2
33
2025-11-25
0
40
2025-11-26
0
30
2025-11-29
1
41
2025-11-30
1
0
2025-12-02
0
43
2025-12-05
1
23
2025-12-07
2
50
2025-12-08
0
29
2025-12-11
1
25
2025-12-12
1
0
2025-12-14
0
25
2025-12-17
0
74
2025-12-18
1
0
2025-12-19
1
52
2025-12-21
1
25
2025-12-24
0
34
2025-12-25
1
0
2025-12-27
0
62
2025-12-30
0
50
2025-12-31
0
77
2026-01-01
2
0
2026-01-02
1
67
2026-01-03
1
0
2026-01-05
0
51
2026-01-06
1
0
2026-01-08
0
55
2026-01-10
1
0
2026-01-11
1
53
2026-01-12
0
37
2026-01-14
1
51
2026-01-15
0
34
2026-01-16
1
0
2026-01-17
0
51
2026-01-20
0
42
2026-01-21
2
0
2026-01-23
0
43
2026-01-24
0
26
2026-01-25
1
4
2026-01-26
0
41
2026-01-27
1
0
2026-01-28
1
0
2026-01-29
0
45
2026-01-30
1
0
2026-02-01
1
45
2026-02-02
2
0
2026-02-03
1
0
2026-02-04
0
36
2026-02-06
1
52
2026-02-07
0
41
2026-02-08
2
0
2026-02-10
1
41
2026-02-11
1
0
2026-02-13
0
94
2026-02-14
2
0
2026-02-16
0
41
2026-02-17
2
0
2026-02-18
2
59
2026-02-19
0
43
2026-02-22
0
35
2026-02-24
1
0
2026-02-25
0
21
2026-02-26
1
0
2026-02-28
0
80
2026-03-02
0
37
2026-03-03
1
0
2026-03-04
0
35
2026-03-05
1
0
2026-03-06
1
0
2026-03-07
0
38
2026-03-09
1
0
2026-03-10
0
51
2026-03-11
1
0
2026-03-12
1
0
2026-03-13
0
47
2026-03-14
0
69
2026-03-15
3
0
2026-03-16
2
59
2026-03-17
1
0
2026-03-18
2
0
2026-03-19
1
46
2026-03-22
0
60
2026-03-25
0
48
2026-03-26
1
33
2026-03-28
1
49
2026-03-29
0
38
2026-03-30
1
0
2026-03-31
0
51
2026-04-02
1
0
2026-04-03
0
43
2026-04-04
1
0
2026-04-06
0
40
2026-04-07
0
21
2026-04-09
1
29
2026-04-12
0
47
2026-04-13
1
3
2026-04-15
1
50
2026-04-17
1
0
2026-04-18
0
18
2026-04-20
0
48
2026-04-21
0
35
2026-04-22
1
0
2026-04-24
1
35
2026-04-26
1
0
2026-04-27
0
71
2026-04-28
1
0
2026-04-30
0
32
2026-05-01
5
0
2026-05-02
0
45
2026-05-03
1
35
2026-05-05
2
0
2026-05-06
0
22
2026-05-08
1
0
2026-05-09
1
17
2026-05-12
0
75
2026-05-13
1
0
2026-05-14
0
28
2026-05-15
1
0
2026-05-16
0
27
2026-05-19
0
19
2026-05-20
2
0
2026-05-21
1
0
2026-05-22
0
43
2026-05-25
0
48
2026-05-26
1
87
2026-05-28
0
52
2026-05-29
2
0
2026-05-30
1
0
2026-05-31
2
46
2026-06-03
0
49
2026-06-06
0
69
2026-06-07
1
4
2026-06-08
2
0
2026-06-09
2
0
2026-06-10
1
78
2026-06-13
2
26
2026-06-14
3
0
2026-06-15
1
0
2026-06-16
1
33
2026-06-19
1
65
2026-06-20
1
0
2026-06-22
0
51
2026-06-23
1
0
2026-06-24
0
23
2026-06-25
0
46
2026-06-27
1
0
2026-06-28
0
53
2026-06-29
1
0
2026-06-30
1
0
2026-07-01
1
0
Map layer:
Scenario:
Date:
Altitudes:
Note: the With Fault corridor is a constant-width rectangle — it only looks like it
fans out because this flat map (Web-Mercator) stretches distances toward the poles.
The 3D globe shows its true shape. Flight dots are sampled snapshots, not every flight.
Altitude distribution
Where vertically does the traffic concentrate? Red line = 50,000 ft ceiling.
Heading distribution
Which directions do flights track? Black arrows mark this site's launch azimuths.
Seasonality — flights per month, year by year
Darker = busier month. A white cell is a real zero (corridor empty that
month) — only grey cells are outside the data window.
0 flights few more busiest
outside data window
Kulasekarapattinam Spaceport India
Lat/Lon
8.4000, 78.0500
Launch azimuths
90°, 135°, 180°
Scenario
Radius
Ceiling
Bbox (lat / lon)
Flights
No Fault
52.0 km
50,000 ft
(7.93..8.41, 78.04..78.52)
83
With Fault
2,500.0 km
50,000 ft
(-14.08..9.07, 77.35..100.75)
6,971
View:
Show table by:
Date
No Fault count · bar
With Fault count · bar
2024-06-15
0
20
2024-06-18
1
16
2024-06-19
0
12
2024-06-20
1
1
2024-06-21
0
16
2024-06-24
0
19
2024-06-27
0
22
2024-06-30
0
15
2024-07-02
0
19
2024-07-03
0
30
2024-07-06
0
10
2024-07-09
0
10
2024-07-10
0
13
2024-07-11
1
0
2024-07-12
0
17
2024-07-14
0
18
2024-07-15
0
10
2024-07-16
1
0
2024-07-17
0
25
2024-07-18
0
15
2024-07-21
0
13
2024-07-24
0
23
2024-07-25
0
8
2024-07-26
0
20
2024-07-28
0
15
2024-07-31
0
13
2024-08-01
0
24
2024-08-03
1
21
2024-08-06
0
25
2024-08-07
0
22
2024-08-08
0
21
2024-08-09
0
27
2024-08-12
0
23
2024-08-15
0
26
2024-08-18
0
18
2024-08-19
0
13
2024-08-21
0
12
2024-08-23
0
20
2024-08-24
0
20
2024-08-27
0
24
2024-08-30
0
29
2024-08-31
1
3
2024-09-01
1
14
2024-09-02
0
21
2024-09-03
1
0
2024-09-05
0
16
2024-09-06
0
12
2024-09-08
1
25
2024-09-11
0
9
2024-09-13
0
33
2024-09-14
1
21
2024-09-17
0
8
2024-09-19
2
0
2024-09-20
0
11
2024-09-21
0
19
2024-09-23
0
15
2024-09-25
0
13
2024-09-26
0
20
2024-09-28
0
16
2024-09-29
0
11
2024-10-02
0
14
2024-10-03
1
0
2024-10-05
1
34
2024-10-07
0
20
2024-10-09
0
11
2024-10-12
2
18
2024-10-13
0
28
2024-10-15
0
25
2024-10-18
0
26
2024-10-19
0
24
2024-10-20
0
14
2024-10-21
0
31
2024-10-24
0
20
2024-10-27
0
40
2024-10-30
0
17
2024-10-31
0
18
2024-11-01
1
0
2024-11-02
0
22
2024-11-03
0
17
2024-11-05
0
14
2024-11-08
0
27
2024-11-09
1
0
2024-11-11
0
39
2024-11-12
0
13
2024-11-13
0
1
2024-11-14
0
26
2024-11-17
0
17
2024-11-18
0
22
2024-11-20
0
25
2024-11-23
0
20
2024-11-25
0
35
2024-11-26
0
20
2024-11-28
1
0
2024-11-29
0
11
2024-12-02
0
12
2024-12-03
0
21
2024-12-05
0
17
2024-12-07
0
28
2024-12-08
0
19
2024-12-10
0
23
2024-12-11
0
16
2024-12-12
1
0
2024-12-14
0
14
2024-12-17
0
26
2024-12-19
0
17
2024-12-21
0
13
2024-12-24
0
18
2024-12-25
0
11
2024-12-27
1
36
2024-12-29
1
0
2024-12-30
1
26
2024-12-31
1
23
2025-01-01
1
19
2025-01-02
1
25
2025-01-05
0
23
2025-01-08
0
47
2025-01-11
0
24
2025-01-12
0
17
2025-01-14
1
15
2025-01-15
0
18
2025-01-17
0
26
2025-01-18
1
0
2025-01-20
0
28
2025-01-23
1
48
2025-01-24
0
14
2025-01-25
1
0
2025-01-26
0
21
2025-01-27
1
0
2025-01-29
0
24
2025-01-30
0
29
2025-02-01
0
29
2025-02-03
1
0
2025-02-04
0
25
2025-02-06
0
38
2025-02-07
0
18
2025-02-10
0
19
2025-02-13
0
8
2025-02-14
0
23
2025-02-16
0
20
2025-02-17
1
0
2025-02-18
0
23
2025-02-19
0
17
2025-02-21
1
23
2025-02-22
0
20
2025-02-25
0
15
2025-02-28
0
33
2025-03-01
1
10
2025-03-02
0
16
2025-03-04
0
14
2025-03-07
0
39
2025-03-10
0
30
2025-03-11
1
0
2025-03-13
0
19
2025-03-14
0
17
2025-03-15
0
25
2025-03-16
0
27
2025-03-19
0
18
2025-03-22
0
41
2025-03-25
0
15
2025-03-26
0
20
2025-03-28
0
26
2025-03-29
0
22
2025-03-31
0
23
2025-04-03
0
25
2025-04-06
0
51
2025-04-07
0
7
2025-04-08
0
8
2025-04-09
0
18
2025-04-12
0
16
2025-04-13
0
20
2025-04-15
0
29
2025-04-18
0
12
2025-04-20
0
46
2025-04-21
0
22
2025-04-24
0
10
2025-04-27
0
17
2025-04-30
0
9
2025-05-02
0
22
2025-05-03
0
16
2025-05-05
0
15
2025-05-06
0
28
2025-05-09
1
15
2025-05-12
0
8
2025-05-13
0
1
2025-05-14
0
14
2025-05-16
0
12
2025-05-19
0
20
2025-05-20
1
0
2025-05-22
1
28
2025-05-25
0
18
2025-05-26
0
15
2025-05-27
0
17
2025-05-28
1
27
2025-05-31
0
17
2025-06-03
0
13
2025-06-04
1
0
2025-06-06
0
18
2025-06-07
0
11
2025-06-09
0
10
2025-06-10
0
13
2025-06-12
2
12
2025-06-15
0
16
2025-06-18
0
23
2025-06-19
0
14
2025-06-20
0
2
2025-06-21
0
22
2025-06-24
0
16
2025-06-25
1
16
2025-06-27
0
21
2025-06-30
0
14
2025-07-02
0
25
2025-07-03
0
15
2025-07-06
0
6
2025-07-09
0
29
2025-07-12
0
17
2025-07-14
0
21
2025-07-15
0
16
2025-07-18
0
15
2025-07-20
1
0
2025-07-21
0
19
2025-07-24
0
38
2025-07-26
0
24
2025-07-28
0
13
2025-07-31
0
12
2025-08-03
1
28
2025-08-06
0
27
2025-08-07
0
17
2025-08-08
0
21
2025-08-09
0
27
2025-08-12
0
28
2025-08-15
0
16
2025-08-16
1
0
2025-08-18
0
21
2025-08-19
0
15
2025-08-21
0
21
2025-08-22
0
25
2025-08-24
0
16
2025-08-27
0
23
2025-08-30
0
24
2025-08-31
0
14
2025-09-02
0
21
2025-09-04
1
0
2025-09-05
0
19
2025-09-06
0
22
2025-09-08
1
21
2025-09-11
0
17
2025-09-13
0
18
2025-09-14
0
20
2025-09-16
1
0
2025-09-17
0
12
2025-09-19
1
0
2025-09-20
1
28
2025-09-23
0
18
2025-09-25
0
21
2025-09-26
0
15
2025-09-28
1
0
2025-09-29
0
23
2025-10-02
0
13
2025-10-05
0
23
2025-10-07
0
21
2025-10-09
0
12
2025-10-12
0
13
2025-10-15
0
30
2025-10-18
0
24
2025-10-19
0
28
2025-10-20
1
2
2025-10-21
0
30
2025-10-24
0
23
2025-10-27
0
21
2025-10-30
0
18
2025-10-31
0
17
2025-11-02
0
20
2025-11-03
0
16
2025-11-05
0
11
2025-11-08
0
22
2025-11-11
0
25
2025-11-12
0
11
2025-11-14
1
13
2025-11-17
0
22
2025-11-18
0
18
2025-11-20
1
26
2025-11-21
1
0
2025-11-23
0
24
2025-11-25
0
19
2025-11-26
0
19
2025-11-29
2
8
2025-12-02
0
8
2025-12-05
0
17
2025-12-06
1
0
2025-12-07
1
23
2025-12-08
1
19
2025-12-11
0
23
2025-12-14
0
16
2025-12-17
0
29
2025-12-19
0
21
2025-12-20
1
0
2025-12-21
1
9
2025-12-24
0
22
2025-12-27
0
39
2025-12-30
0
19
2025-12-31
0
40
2026-01-02
0
34
2026-01-05
0
28
2026-01-07
1
0
2026-01-08
0
24
2026-01-11
0
22
2026-01-12
0
14
2026-01-14
0
17
2026-01-15
1
32
2026-01-17
0
28
2026-01-20
0
19
2026-01-21
1
0
2026-01-23
0
27
2026-01-24
0
14
2026-01-26
0
17
2026-01-29
0
20
2026-02-01
1
21
2026-02-04
0
22
2026-02-06
0
26
2026-02-07
0
21
2026-02-10
0
8
2026-02-13
0
42
2026-02-16
0
13
2026-02-18
0
29
2026-02-19
2
17
2026-02-22
0
17
2026-02-25
0
19
2026-02-27
1
0
2026-02-28
0
33
2026-03-02
0
16
2026-03-04
0
15
2026-03-07
0
25
2026-03-10
0
25
2026-03-13
0
24
2026-03-14
0
37
2026-03-15
1
0
2026-03-16
0
18
2026-03-19
0
34
2026-03-22
0
19
2026-03-23
1
0
2026-03-24
1
0
2026-03-25
0
22
2026-03-26
0
13
2026-03-28
0
22
2026-03-29
0
20
2026-03-31
0
17
2026-04-03
0
14
2026-04-06
0
18
2026-04-07
0
7
2026-04-09
0
18
2026-04-12
0
27
2026-04-13
0
1
2026-04-15
0
21
2026-04-18
0
19
2026-04-20
0
17
2026-04-21
0
20
2026-04-24
0
12
2026-04-27
0
28
2026-04-30
0
12
2026-05-02
0
17
2026-05-03
0
14
2026-05-06
0
15
2026-05-09
0
7
2026-05-12
0
28
2026-05-14
0
17
2026-05-16
0
11
2026-05-19
0
17
2026-05-21
1
0
2026-05-22
0
23
2026-05-25
0
25
2026-05-26
1
22
2026-05-27
1
0
2026-05-28
0
21
2026-05-29
1
0
2026-05-31
0
22
2026-06-03
0
19
2026-06-06
0
30
2026-06-07
1
1
2026-06-10
0
25
2026-06-12
2
0
2026-06-13
0
17
2026-06-16
0
28
2026-06-19
0
24
2026-06-22
0
25
2026-06-24
0
22
2026-06-25
0
24
2026-06-28
0
14
2026-06-29
2
0
Map layer:
Scenario:
Date:
Altitudes:
Note: the With Fault corridor is a constant-width rectangle — it only looks like it
fans out because this flat map (Web-Mercator) stretches distances toward the poles.
The 3D globe shows its true shape. Flight dots are sampled snapshots, not every flight.
Altitude distribution
Where vertically does the traffic concentrate? Red line = 50,000 ft ceiling.
Heading distribution
Which directions do flights track? Black arrows mark this site's launch azimuths.
Seasonality — flights per month, year by year
Darker = busier month. A white cell is a real zero (corridor empty that
month) — only grey cells are outside the data window.
0 flights few more busiest
outside data window
Manuel Belgrano Argentina
Lat/Lon
-38.8917, -62.1011
Launch azimuths
135°, 180°
Scenario
Radius
Ceiling
Bbox (lat / lon)
Flights
No Fault
52.0 km
50,000 ft
(-39.36..-38.88, -62.12..-61.66)
0
With Fault
2,500.0 km
50,000 ft
(-61.37..-38.41, -63.51..-35.13)
411
View:
Show table by:
Date
No Fault count · bar
With Fault count · bar
2024-06-18
0
2
2024-06-19
0
1
2024-06-21
0
2
2024-06-24
0
3
2024-06-30
0
1
2024-07-09
0
1
2024-07-10
0
2
2024-07-12
0
1
2024-07-14
0
1
2024-07-17
0
1
2024-07-18
0
1
2024-07-21
0
2
2024-07-24
0
2
2024-07-28
0
1
2024-08-08
0
3
2024-08-18
0
1
2024-08-19
0
2
2024-08-24
0
2
2024-08-27
0
3
2024-09-01
0
2
2024-09-02
0
2
2024-09-06
0
1
2024-09-08
0
4
2024-09-20
0
1
2024-09-23
0
2
2024-09-25
0
2
2024-09-26
0
1
2024-09-29
0
2
2024-10-02
0
1
2024-10-05
0
3
2024-10-07
0
4
2024-10-12
0
1
2024-10-15
0
1
2024-10-19
0
1
2024-10-20
0
4
2024-10-27
0
2
2024-10-31
0
1
2024-11-02
0
1
2024-11-03
0
1
2024-11-05
0
2
2024-11-08
0
1
2024-11-11
0
5
2024-11-12
0
1
2024-11-17
0
3
2024-11-18
0
2
2024-11-20
0
4
2024-11-23
0
3
2024-11-25
0
1
2024-11-26
0
2
2024-11-29
0
2
2024-12-05
0
1
2024-12-07
0
1
2024-12-08
0
1
2024-12-10
0
1
2024-12-11
0
2
2024-12-17
0
4
2024-12-19
0
3
2024-12-27
0
2
2024-12-30
0
2
2024-12-31
0
2
2025-01-02
0
1
2025-01-08
0
4
2025-01-11
0
2
2025-01-12
0
3
2025-01-14
0
3
2025-01-15
0
2
2025-01-17
0
2
2025-01-20
0
3
2025-01-23
0
2
2025-01-26
0
1
2025-01-29
0
2
2025-01-30
0
2
2025-02-04
0
2
2025-02-06
0
2
2025-02-07
0
4
2025-02-10
0
1
2025-02-16
0
2
2025-02-18
0
2
2025-02-19
0
2
2025-02-21
0
4
2025-02-22
0
3
2025-02-25
0
2
2025-03-01
0
1
2025-03-02
0
2
2025-03-04
0
4
2025-03-07
0
4
2025-03-13
0
2
2025-03-14
0
1
2025-03-22
0
3
2025-03-25
0
1
2025-03-26
0
4
2025-03-28
0
4
2025-03-31
0
4
2025-04-03
0
4
2025-04-06
0
4
2025-04-07
0
2
2025-04-09
0
2
2025-04-13
0
4
2025-04-18
0
1
2025-04-20
0
1
2025-04-21
0
1
2025-04-24
0
1
2025-04-27
0
2
2025-04-30
0
3
2025-05-02
0
1
2025-05-03
0
1
2025-05-09
0
2
2025-05-14
0
1
2025-05-16
0
1
2025-05-19
0
1
2025-05-25
0
1
2025-05-26
0
1
2025-05-27
0
1
2025-06-09
0
1
2025-06-12
0
1
2025-06-19
0
1
2025-06-24
0
2
2025-06-25
0
1
2025-06-27
0
1
2025-06-30
0
1
2025-07-03
0
3
2025-07-09
0
5
2025-07-12
0
2
2025-07-18
0
1
2025-07-21
0
2
2025-07-24
0
2
2025-07-28
0
1
2025-08-06
0
1
2025-08-07
0
3
2025-08-19
0
3
2025-08-22
0
3
2025-08-24
0
3
2025-08-27
0
1
2025-09-02
0
1
2025-09-05
0
4
2025-09-08
0
1
2025-09-11
0
2
2025-09-13
0
1
2025-09-20
0
3
2025-09-23
0
2
2025-09-25
0
1
2025-09-26
0
1
2025-10-02
0
1
2025-10-05
0
1
2025-10-07
0
2
2025-10-09
0
2
2025-10-18
0
1
2025-10-19
0
2
2025-10-21
0
1
2025-10-31
0
1
2025-11-03
0
1
2025-11-05
0
1
2025-11-08
0
2
2025-11-11
0
5
2025-11-12
0
4
2025-11-17
0
3
2025-11-20
0
3
2025-11-23
0
3
2025-11-25
0
3
2025-11-26
0
1
2025-11-29
0
3
2025-12-02
0
2
2025-12-05
0
1
2025-12-08
0
1
2025-12-17
0
2
2025-12-19
0
1
2025-12-21
0
1
2025-12-27
0
1
2025-12-31
0
5
2026-01-02
0
1
2026-01-14
0
1
2026-01-15
0
2
2026-01-17
0
2
2026-01-20
0
1
2026-01-23
0
1
2026-01-26
0
2
2026-01-29
0
3
2026-01-30
0
1
2026-02-01
0
2
2026-02-04
0
3
2026-02-07
0
2
2026-02-10
0
1
2026-02-13
0
7
2026-02-16
0
2
2026-02-18
0
1
2026-02-22
0
2
2026-02-25
0
1
2026-02-28
0
1
2026-03-02
0
1
2026-03-10
0
2
2026-03-14
0
1
2026-03-22
0
1
2026-03-25
0
1
2026-03-26
0
2
2026-03-28
0
1
2026-03-29
0
1
2026-04-06
0
1
2026-04-07
0
2
2026-04-09
0
2
2026-04-15
0
2
2026-04-18
0
1
2026-04-21
0
2
2026-04-30
0
2
2026-05-03
0
1
2026-05-12
0
1
2026-05-26
0
2
2026-06-03
0
1
2026-06-06
0
2
2026-06-10
0
2
2026-06-13
0
2
2026-06-24
0
2
2026-06-28
0
2
Map layer:
Scenario:
Date:
Altitudes:
Note: the With Fault corridor is a constant-width rectangle — it only looks like it
fans out because this flat map (Web-Mercator) stretches distances toward the poles.
The 3D globe shows its true shape. Flight dots are sampled snapshots, not every flight.
Altitude distribution
Where vertically does the traffic concentrate? Red line = 50,000 ft ceiling.
Heading distribution
Which directions do flights track? Black arrows mark this site's launch azimuths.
Seasonality — flights per month, year by year
Darker = busier month. A white cell is a real zero (corridor empty that
month) — only grey cells are outside the data window.
0 flights few more busiest
outside data window
SSLV launch complex India
Lat/Lon
8.3851, 78.0080
Launch azimuths
180°
Scenario
Radius
Ceiling
Bbox (lat / lon)
Flights
No Fault
52.0 km
50,000 ft
(7.92..8.39, 77.99..78.02)
20
With Fault
2,500.0 km
50,000 ft
(-14.10..8.39, 77.31..78.70)
382
View:
Show table by:
Date
No Fault count · bar
With Fault count · bar
2024-06-24
0
2
2024-06-26
0
3
2024-06-29
0
2
2024-07-12
0
1
2024-07-16
0
2
2024-07-18
0
2
2024-07-21
0
1
2024-07-22
1
0
2024-07-24
0
4
2024-07-28
0
3
2024-08-01
0
1
2024-08-02
1
1
2024-08-04
0
2
2024-08-06
0
2
2024-08-07
0
1
2024-08-14
0
3
2024-08-19
0
1
2024-08-22
0
4
2024-08-23
0
1
2024-08-24
1
1
2024-08-29
0
1
2024-08-30
0
1
2024-09-04
0
1
2024-09-05
0
1
2024-09-06
0
1
2024-09-08
0
1
2024-09-13
0
2
2024-09-15
0
1
2024-09-18
0
2
2024-09-20
0
4
2024-09-24
0
4
2024-09-30
0
1
2024-10-05
0
3
2024-10-10
0
1
2024-10-13
0
2
2024-10-15
0
1
2024-10-19
0
1
2024-10-20
0
1
2024-10-25
1
0
2024-10-27
0
2
2024-11-03
0
3
2024-11-06
0
1
2024-11-08
0
1
2024-11-13
0
4
2024-11-17
0
1
2024-11-18
0
2
2024-11-23
0
1
2024-11-25
0
2
2024-11-29
0
1
2024-11-30
0
1
2024-12-01
1
0
2024-12-03
0
3
2024-12-07
0
2
2024-12-09
1
0
2024-12-10
0
1
2024-12-13
0
3
2024-12-15
0
4
2024-12-16
0
1
2024-12-17
0
1
2024-12-20
0
3
2024-12-21
1
0
2024-12-24
0
1
2024-12-28
0
1
2024-12-30
0
1
2025-01-01
0
3
2025-01-04
0
1
2025-01-08
0
1
2025-01-09
0
2
2025-01-11
0
1
2025-01-13
0
1
2025-01-15
0
2
2025-01-18
0
1
2025-01-21
0
1
2025-01-23
0
2
2025-01-26
0
4
2025-01-28
0
2
2025-01-30
0
2
2025-02-02
0
2
2025-02-03
0
1
2025-02-05
0
1
2025-02-06
0
2
2025-02-07
0
1
2025-02-10
0
1
2025-02-11
0
3
2025-02-12
0
1
2025-02-15
0
1
2025-02-21
0
3
2025-02-24
0
2
2025-02-28
0
1
2025-03-01
0
1
2025-03-04
0
2
2025-03-09
0
1
2025-03-11
0
1
2025-03-12
0
1
2025-03-14
0
2
2025-03-15
0
1
2025-03-16
0
3
2025-03-20
0
1
2025-03-24
0
1
2025-03-26
0
4
2025-03-29
0
2
2025-03-31
0
1
2025-04-02
0
2
2025-04-06
0
1
2025-04-07
0
1
2025-04-08
1
0
2025-04-10
0
2
2025-04-13
0
1
2025-04-17
0
1
2025-04-20
0
1
2025-04-22
0
3
2025-04-24
0
3
2025-04-25
1
0
2025-05-01
0
2
2025-05-05
0
1
2025-05-09
0
1
2025-05-12
0
1
2025-05-14
0
1
2025-05-19
0
2
2025-05-21
0
3
2025-05-25
0
1
2025-05-26
0
1
2025-05-27
0
1
2025-05-29
0
1
2025-06-05
0
1
2025-06-07
0
1
2025-06-11
0
1
2025-06-13
0
1
2025-06-15
0
2
2025-06-23
0
1
2025-06-27
0
2
2025-07-02
0
3
2025-07-07
0
1
2025-07-09
0
1
2025-07-10
0
2
2025-07-12
0
1
2025-07-15
0
1
2025-07-17
0
1
2025-07-18
0
1
2025-07-22
0
3
2025-07-24
0
4
2025-08-06
0
1
2025-08-08
0
1
2025-08-11
0
1
2025-08-18
0
1
2025-08-20
0
1
2025-08-21
1
0
2025-08-22
0
1
2025-08-24
0
1
2025-09-04
0
1
2025-09-06
0
2
2025-09-07
0
1
2025-09-10
0
2
2025-09-14
0
2
2025-09-18
1
3
2025-09-19
0
1
2025-09-20
1
1
2025-09-21
0
1
2025-09-24
0
1
2025-09-26
0
1
2025-10-01
0
2
2025-10-04
0
1
2025-10-09
0
1
2025-10-11
0
1
2025-10-13
0
1
2025-10-17
0
1
2025-10-21
0
1
2025-10-23
0
1
2025-10-28
0
3
2025-10-29
1
1
2025-11-02
0
2
2025-11-03
0
1
2025-11-10
0
2
2025-11-11
0
1
2025-11-14
0
1
2025-11-18
0
1
2025-11-19
0
2
2025-11-27
0
3
2025-12-04
0
1
2025-12-05
0
1
2025-12-07
0
1
2025-12-09
0
1
2025-12-12
0
1
2025-12-14
1
1
2025-12-18
0
2
2025-12-21
0
2
2025-12-22
0
1
2025-12-24
0
1
2025-12-29
0
1
2025-12-31
0
6
2026-01-03
1
1
2026-01-07
1
1
2026-01-08
0
1
2026-01-11
0
1
2026-01-12
0
1
2026-01-15
0
3
2026-01-20
0
1
2026-01-22
0
1
2026-01-24
0
1
2026-01-28
0
1
2026-01-30
0
1
2026-02-01
0
1
2026-02-05
0
2
2026-02-06
0
1
2026-02-09
0
3
2026-02-11
0
1
2026-02-13
0
3
2026-02-18
0
3
2026-02-22
0
1
2026-02-23
0
1
2026-02-28
0
2
2026-03-03
0
1
2026-03-05
1
0
2026-03-06
0
1
2026-03-12
0
1
2026-03-20
0
2
2026-03-22
0
1
2026-03-29
0
1
2026-04-01
0
1
2026-04-06
0
1
2026-04-11
0
1
2026-04-12
0
2
2026-04-18
0
1
2026-04-22
1
0
2026-04-23
0
2
2026-04-26
0
2
2026-04-28
0
1
2026-04-29
0
2
2026-05-01
0
1
2026-05-03
0
2
2026-05-06
0
2
2026-05-07
0
1
2026-05-11
0
2
2026-05-12
1
1
2026-05-13
0
1
2026-05-15
0
2
2026-05-18
0
2
2026-05-19
0
2
2026-05-25
0
1
2026-05-26
0
1
2026-05-28
0
4
2026-05-30
1
2
2026-06-01
0
1
2026-06-02
0
1
2026-06-04
0
3
2026-06-10
0
1
2026-06-13
0
1
2026-06-16
0
1
2026-06-19
0
2
2026-06-22
0
1
2026-06-24
0
1
2026-07-01
0
1
Map layer:
Scenario:
Date:
Altitudes:
Note: the With Fault corridor is a constant-width rectangle — it only looks like it
fans out because this flat map (Web-Mercator) stretches distances toward the poles.
The 3D globe shows its true shape. Flight dots are sampled snapshots, not every flight.
Altitude distribution
Where vertically does the traffic concentrate? Red line = 50,000 ft ceiling.
Heading distribution
Which directions do flights track? Black arrows mark this site's launch azimuths.
Seasonality — flights per month, year by year
Darker = busier month. A white cell is a real zero (corridor empty that
month) — only grey cells are outside the data window.
0 flights few more busiest
outside data window
Methodology & caveats
In one paragraph
For each site we define two launch corridors — a narrow
No Fault corridor (nominal launch, 52 × 3 km) and a large
With Fault corridor (emergency / debris, 2,500 × 150 km), both up to
50,000 ft, aligned with each permitted launch direction. We then ask FlightRadar24
where the aircraft were at past moments in time, keep only those actually inside a
corridor, and count how busy each site's airspace is over a ~2-year window
(mid-2024 → early July 2026).
How the numbers are produced
We query each corridor's own tight bounding box (one per launch direction) — never a
single union box, which would hit FR24's 300-record response cap — then keep only aircraft
truly inside the rotated corridor rectangle and below 50,000 ft.
No Fault is sampled every 3 hours across the full
2 years — a near-complete census. With Fault is a
sample (≈ one snapshot every 1.5 days, staggered across the hours of the
day) because its huge corridors are far more expensive to scan.
We report, per site: total flights, how often the corridor was
occupied (coverage %), and the busiest single day
(peak).
Every response is cached, so regenerating this report costs no FR24 credits.
How we validated it
To prove the pipeline really detects traffic — and that the quiet sites aren't a bug — we ran
the identical No-Fault corridor over Hartsfield-Jackson Atlanta, the
world's busiest airport, aligned to its east–west runways. It came back
100% occupied (a plane in every snapshot, ~12 on average), versus 90 %+
empty at the candidate sites. Same code, same geometry, same filter — so the quiet
spaceport results are real, not an artifact. (Atlanta and Kennedy are kept as
validation / reference sites and are excluded from the ranking.)
What the numbers are — and aren't
No Fault = exact; With Fault = estimate. No Fault totals are a complete
count; With Fault totals come from a sample — a reliable basis for comparing sites,
not an exact tally of every flight. When we densified the With Fault sample +25%
the ranking held unchanged, which shows the sample is representative.
Time-of-day is coarse. We photograph the sky every 3 hours, so the finest
time view is 8 fixed 3-hour windows (shown in UTC and local time) —
not per-hour or per-minute data.
FR24 sees cooperative aircraft only. It tracks transponder-equipped
commercial / general-aviation traffic well, but under-counts military and non-cooperative
flights, is thinner over oceans / high latitudes, and never sees satellites, rockets,
or transponder-off craft at any altitude. Treat counts as a floor.
The 50,000 ft ceiling never actually bound the data — the highest aircraft
seen stayed below it, so no result depends on the ceiling.
It's a busyness ranking, not a trajectory simulation. We measure how much
traffic shares each corridor; we do not model a rocket's actual flight or separation. Treat
this as a ranking, not a recommendation.
📋 Read this first
No Fault (nominal launch corridor) — a complete census of AIS-broadcasting ships. Every hour a ship spends inside the narrow corridor is counted; these numbers are exact for AIS traffic.
With Fault (emergency corridor) — also a complete census , unlike the air report's sampled snapshots: satellites integrate every AIS position over the whole ocean corridor, so there is no sampling uncertainty to caveat.
Window: 2024-09-01 → 2026-07-31 — complete calendar months only; the source trails live by ~4 days, so the current month joins once it closes.
The sea, unlike the sky, is never empty here — corridors crossing shipping lanes always hold ships, so the meaningful signal is mean simultaneous vessels (how many ships are inside at an average moment), not totals.
We count ships, not name them. Every number is ships inside the corridors — we just can't see which ship or which way it is heading (that detail matters for fast aircraft, not for slow ships that can't exit the corridor within a launch window). Vessels without AIS transmitters (many small fishing boats) are invisible, so counts are a floor, not a ceiling.
This is a data ranking, not a recommendation — the final site call belongs to the team.
📊 Key statistics & conclusions — computed from the collected data
Cross-site comparison — ships typically inside each corridor
Bottom line per row: the Mean vessels column is the number
to compare — how many ships are inside that corridor at an average moment. Darker shading =
busier waters.
Site
Scenario
Mean vessels
Median
P95
Peak day
Days covered
Top flags (share of vessel-hours)
Poker Flat Research Range
With Fault
1.9
0.1
11.2
18 (2025-09-05)
699
USA 69% · CAN 12% · RUS 7%
Satish Dhawan Space Center
No Fault
0.7
0.4
2.0
8 (2025-07-04)
699
IND 84% · PAN 7% · MHL 2%
Satish Dhawan Space Center
With Fault
759.5
731.9
1,018.4
1,235 (2026-03-10)
699
THA 32% · IND 15% · 10%
Kulasekarapattinam Spaceport
No Fault
0.9
0.3
4.0
7 (2026-07-06)
699
IND 88% · KNA 3% · LBR 2%
Kulasekarapattinam Spaceport
With Fault
800.0
759.9
1,144.4
1,460 (2025-08-21)
699
LKA 24% · 18% · THA 10%
Manuel Belgrano
No Fault
16.6
15.5
25.6
30 (2026-05-11)
699
ARG 95% · LBR 1% · MHL 1%
Manuel Belgrano
With Fault
103.6
89.8
185.3
233 (2026-05-07)
699
ARG 63% · TWN 10% · KOR 4%
SSLV launch complex
No Fault
0.1
0.0
0.2
1 (2026-06-26)
699
IND 58% · KNA 20% · DMA 4%
SSLV launch complex
With Fault
118.1
111.0
193.9
375 (2025-06-17)
699
IND 21% · 15% · LKA 14%
3D view — rotate / zoom; ship density painted on the sea
Focus on:
Geo-fence:
Few shipsMany ships
The 3D globe loads when you first
open the maritime view…
Sea cells (≈11 × 11 km) are colored by ship density — blue (rare) → yellow (regular) →
red (shipping-lane dense). Outlines show each launch corridor.
Focus on: click a site to fly to it; All sites shows
the whole survey at once (busiest cells per site, for smoothness).
The 🧪 Port of Shanghai pill is the validation control run — the busiest
port waters on Earth, shown here so you can see the density scale fully lit; it is not a
candidate and appears in no ranking (see Caveats & methodology).
Individual spaceport — ship analytics & 2D density map
Poker Flat Research Range United States
Lat/Lon
65.1192, -147.4753
Launch azimuths
0°
Scenario
Corridor
Mean ships
P95
Peak day
Days
With Fault
2,500 × 150 km
1.9
11.2
18 (2025-09-05)
699
With Fault
— on average 1.9 ships in the corridor
· busy days reach 11.2 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 18 ships)
24/09 6
24/10 1
24/11 0
24/12 0
25/01 0
25/02 0
25/03 0
25/04 0
25/05 1
25/06 2
25/07 5
25/08 10
25/09 12
25/10 3
25/11 1
25/12 0
26/01 0
26/02 0
26/03 0
26/04 0
26/05 0
26/06 0
26/07 1
Density map:
Few shipsMany ships — one scale for every map
(max ≈ –)
Each colored cell is ≈11 × 11 km of sea; the color shows how many ships
are typically inside that cell (blue = rare traffic, yellow = regular, red = shipping-lane
dense). Outlined rectangles are the launch corridors. Cells straddling a corridor's edge
count only the traffic inside it — so a border cell can legitimately show less on a
site whose corridor covers just a sliver of that cell.
Satish Dhawan Space Center India
Lat/Lon
13.7199, 80.2304
Launch azimuths
45°, 90°, 160°
Scenario
Corridor
Mean ships
P95
Peak day
Days
No Fault
52 × 3 km
0.7
2.0
8 (2025-07-04)
699
With Fault
2,500 × 150 km
759.5
1,018.4
1,235 (2026-03-10)
699
No Fault
— on average 0.7 ships in the corridor
· busy days reach 2.0 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 8 ships)
24/09 1
24/10 1
24/11 0
24/12 0
25/01 0
25/02 1
25/03 1
25/04 1
25/05 1
25/06 1
25/07 2
25/08 1
25/09 1
25/10 0
25/11 0
25/12 0
26/01 0
26/02 1
26/03 1
26/04 1
26/05 1
26/06 0
26/07 1
With Fault
— on average 759.5 ships in the corridor
· busy days reach 1,018.4 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 1,235 ships)
24/09 695
24/10 681
24/11 632
24/12 703
25/01 765
25/02 912
25/03 885
25/04 704
25/05 713
25/06 766
25/07 764
25/08 720
25/09 720
25/10 779
25/11 761
25/12 893
26/01 853
26/02 955
26/03 978
26/04 751
26/05 549
26/06 638
26/07 672
Density map:
Few shipsMany ships — one scale for every map
(max ≈ –)
Each colored cell is ≈11 × 11 km of sea; the color shows how many ships
are typically inside that cell (blue = rare traffic, yellow = regular, red = shipping-lane
dense). Outlined rectangles are the launch corridors. Cells straddling a corridor's edge
count only the traffic inside it — so a border cell can legitimately show less on a
site whose corridor covers just a sliver of that cell.
Kulasekarapattinam Spaceport India
Lat/Lon
8.4000, 78.0500
Launch azimuths
90°, 135°, 180°
Scenario
Corridor
Mean ships
P95
Peak day
Days
No Fault
52 × 3 km
0.9
4.0
7 (2026-07-06)
699
With Fault
2,500 × 150 km
800.0
1,144.4
1,460 (2025-08-21)
699
No Fault
— on average 0.9 ships in the corridor
· busy days reach 4.0 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 7 ships)
24/09 1
24/10 0
24/11 0
24/12 0
25/01 0
25/02 1
25/03 1
25/04 0
25/05 0
25/06 1
25/07 0
25/08 1
25/09 0
25/10 1
25/11 1
25/12 0
26/01 0
26/02 2
26/03 4
26/04 3
26/05 2
26/06 2
26/07 1
With Fault
— on average 800.0 ships in the corridor
· busy days reach 1,144.4 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 1,460 ships)
24/09 756
24/10 680
24/11 632
24/12 652
25/01 664
25/02 732
25/03 707
25/04 694
25/05 694
25/06 963
25/07 1,116
25/08 1,098
25/09 880
25/10 932
25/11 828
25/12 856
26/01 711
26/02 732
26/03 885
26/04 802
26/05 711
26/06 789
26/07 868
Density map:
Few shipsMany ships — one scale for every map
(max ≈ –)
Each colored cell is ≈11 × 11 km of sea; the color shows how many ships
are typically inside that cell (blue = rare traffic, yellow = regular, red = shipping-lane
dense). Outlined rectangles are the launch corridors. Cells straddling a corridor's edge
count only the traffic inside it — so a border cell can legitimately show less on a
site whose corridor covers just a sliver of that cell.
Manuel Belgrano Argentina
Lat/Lon
-38.8917, -62.1011
Launch azimuths
135°, 180°
Scenario
Corridor
Mean ships
P95
Peak day
Days
No Fault
52 × 3 km
16.6
25.6
30 (2026-05-11)
699
With Fault
2,500 × 150 km
103.6
185.3
233 (2026-05-07)
699
No Fault
— on average 16.6 ships in the corridor
· busy days reach 25.6 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 30 ships)
24/09 16
24/10 24
24/11 19
24/12 17
25/01 12
25/02 11
25/03 13
25/04 16
25/05 18
25/06 20
25/07 18
25/08 14
25/09 14
25/10 19
25/11 23
25/12 24
26/01 12
26/02 13
26/03 14
26/04 16
26/05 23
26/06 13
26/07 12
With Fault
— on average 103.6 ships in the corridor
· busy days reach 185.3 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 233 ships)
24/09 106
24/10 66
24/11 54
24/12 50
25/01 80
25/02 147
25/03 142
25/04 146
25/05 98
25/06 74
25/07 68
25/08 142
25/09 137
25/10 75
25/11 63
25/12 62
26/01 86
26/02 147
26/03 103
26/04 139
26/05 119
26/06 120
26/07 167
Density map:
Few shipsMany ships — one scale for every map
(max ≈ –)
Each colored cell is ≈11 × 11 km of sea; the color shows how many ships
are typically inside that cell (blue = rare traffic, yellow = regular, red = shipping-lane
dense). Outlined rectangles are the launch corridors. Cells straddling a corridor's edge
count only the traffic inside it — so a border cell can legitimately show less on a
site whose corridor covers just a sliver of that cell.
SSLV launch complex India
Lat/Lon
8.3851, 78.0080
Launch azimuths
180°
Scenario
Corridor
Mean ships
P95
Peak day
Days
No Fault
52 × 3 km
0.1
0.2
1 (2026-06-26)
699
With Fault
2,500 × 150 km
118.1
193.9
375 (2025-06-17)
699
No Fault
— on average 0.1 ships in the corridor
· busy days reach 0.2 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 1 ships)
24/09 0
24/10 0
24/11 0
24/12 0
25/01 0
25/02 0
25/03 0
25/04 0
25/05 0
25/06 0
25/07 0
25/08 0
25/09 0
25/10 0
25/11 0
25/12 0
26/01 0
26/02 0
26/03 0
26/04 0
26/05 0
26/06 0
26/07 0
With Fault
— on average 118.1 ships in the corridor
· busy days reach 193.9 (P95) · 699 days window
Day by day, 2024-09-01 →
2026-07-31 (highest day ≈ 375 ships)
24/09 121
24/10 103
24/11 127
24/12 107
25/01 106
25/02 104
25/03 104
25/04 93
25/05 96
25/06 160
25/07 177
25/08 146
25/09 130
25/10 153
25/11 116
25/12 95
26/01 89
26/02 99
26/03 163
26/04 100
26/05 66
26/06 116
26/07 141
Density map:
Few shipsMany ships — one scale for every map
(max ≈ –)
Each colored cell is ≈11 × 11 km of sea; the color shows how many ships
are typically inside that cell (blue = rare traffic, yellow = regular, red = shipping-lane
dense). Outlined rectangles are the launch corridors. Cells straddling a corridor's edge
count only the traffic inside it — so a border cell can legitimately show less on a
site whose corridor covers just a sliver of that cell.
🔬 Caveats & methodology — what we have and what we don't
✅ What we have
2 years of history (2024-09-01 →
2026-07-31), every site, both corridors.
Open-ocean coverage — satellite AIS sees the whole 2,500 km With-Fault
corridor, not just near the coast.
Daily resolution — trends, seasonality, and worst-day numbers, with no
sampling uncertainty (it's an integral of all AIS positions, not snapshots).
Flag-state mix — whose ships use these waters.
Density down to ≈11 km cells for the maps.
❌ What we don't have
Individual ships — every number here counts only ships
inside the corridors; what we can't see is which ships they are or
which way each is heading. That direction detail matters for fast aircraft (the air
report's "corridor conflict" metric) but barely for ships — at ~25–45 km/h, no ship
can clear a 150 km-wide corridor within a launch window anyway, so being inside IS
the exposure.
Instant counts — "mean simultaneous vessels" is a daily average, not
"how many ships right now".
Non-AIS vessels — small craft without transmitters are invisible;
counts are a floor, not a ceiling, especially off India's fishing coast.
The current month — the source trails live by ~4 days, so only complete
months are included (August 2026 joins when it closes).
How the numbers are made
Source: Global Fishing Watch "AIS vessel presence" (satellite +
terrestrial AIS, one position per vessel per hour). For each site, scenario, and month we
request the total vessel-hours inside the exact launch-corridor polygons — overlapping
corridors of a site are merged into one shape first, so a ship is never counted twice, and a
day the source returns no row for is a genuine zero-ship day and is averaged in as such.
Dividing a day's vessel-hours by 24 gives the mean number of ships simultaneously inside the
corridor. All density maps and the 3D globe share one absolute color scale (anchored
by the busiest cell in the survey), so the same water is always the same color. Density
maps sum vessel-hours per ≈0.1° grid cell over the whole window (fetched in ≤12-month chunks —
an API limit) and normalize by the window length; each map embeds up to 4,000
busiest cells. Raw responses are cached in-repo, so regenerating this report makes zero API
calls. Per-vessel alternatives (paid) were scoped and deferred — see
docs/MARITIME-EXECUTION-PLAN.md.
🧪 Validation — busy-water and empty-water control runs
Window 2024-09-01 →
2026-07-31. Busy-water control — Port of Shanghai. The identical pipeline (same corridor geometry, source, window, and math) run over a control corridor across the Yangtze estuary approach to the busiest port waters on Earth: its 52 × 3 km nominal corridor averaged 23 ships present (P95 42, over 699 days) — 1.4× our busiest candidate (Manuel Belgrano, 16.6); its 2,500 km corridor across the East China Sea shipping lanes averaged 5,356 ships — 6.7× our busiest candidate (Kulasekarapattinam Spaceport, 800.0). The pipeline registers known-dense waters at the expected magnitude.
Empty-water control — Point Nemo, South Pacific. The same pipeline over the oceanic pole of inaccessibility (the stretch of ocean farthest from any land, ~2,700 km, and far from every shipping lane) averaged <0.01 ships in the 52 × 3 km corridor and 0.27 ships across the entire 2,500 × 150 km corridor. Crucially, the feed still detected the occasional lone vessel there on 346 of 699 days — proof the area is monitored (satellite AIS is global), so the near-zero average means empty water, not a blind spot. Together the controls bracket every candidate reading: fully lit at Shanghai, silent at Point Nemo, candidates in between. Control sites are excluded from every ranking and comparison above.
