Sample Preview · orbitrisk

OrbitRisk — Launch Reliability Benchmark

A per-vehicle-family reliability benchmark for spaceflight. OrbitRisk rolls recent orbital launches up to vehicle families and scores success/failure with a deterministic, volume-aware Wilson confidence interval — so a 2-for-2 newcomer never outranks a 200-for-201 workhorse. Built from TheSpaceDevs Launch Library 2 on a rule-based core (no LLM), with raw pages cached for reproducible reruns.

Preview-only page. It shows the structure and capability of this dataset using a small, representative sample with the computed reliability scores redacted. The full scored dataset and exports are not downloadable here and are provided after licensing.

Coverage & headline numbers

The launch-reliability layer is live and demonstrable end-to-end. The on-orbit / cross-link layer (operator survival, family×operator grid) is built and tested but not yet populated — it is on the roadmap, not in this sample, and is flagged as such throughout.

300
Launches benchmarked
most recent orbital attempts
33
Vehicle families scored
normalized & deduped
97.0%
Overall raw launch success
partials half-weighted
2025-08 → 2026-06
Launch-date span
2025-08-22 to 2026-06-26
1
Live source
TheSpaceDevs Launch Library 2
98
Test functions
Wilson math, extractors, pipeline

Layer status: Launch reliability — live On-orbit survival & family×operator grid — roadmap

What’s in it SQLite (WAL) · vehicles hub + launches records

Two populated tables drive this sample: a vehicles hub (one row per normalized family) and a launches record table (one row per launch). Columns marked with a lock are the computed reliability outputs — the sellable analytics — and are redacted in the preview.

vehicles — family reliability hub

display_familyHuman-readable vehicle family (e.g. Falcon)
manufacturerBuilder (SpaceX, CASC, Rocket Lab…)
country_codeUSA / CHN / RUS / …
reusable1 if the family is reusable
launch_countLaunches observed
success_count / failure_count / partial_countOutcome tallies
first / last_launch_yearObserved launch-year span
launch_reliabilityWilson 95% lower bound on success
orbitrisk_scoreCombined 0–1 reliability score
quality_scoreRecord-completeness proxy

launches — per-launch records

nameLaunch designation & payload label
provider / provider_type / provider_countryLaunch service provider
vehicle_family / vehicle_configRocket family & configuration
status / is_success / is_partialOutcome from source status
net_date / launch_yearLaunch time
pad / orbitPad name, target orbit
cospar_launch_idCOSPAR bridge for the on-orbit cross-link (roadmap)
quality_scoreWeighted completeness

Teaser sample 8 of 33 families · computed Wilson & OrbitRisk scores redacted

Raw counts are shown to demonstrate coverage. The volume-aware Wilson lower bound and the combined OrbitRisk score — the part you license — are masked. The full leaderboard ranks all 33 families.

Vehicle-family reliability — preview (scores redacted)
Family Manufacturer Country Launches Success Failure Launch Wilson LB OrbitRisk score
FalconSpaceXUSA13913900.•••0.•••
Long MarchCASCCHN636210.•••0.•••
ElectronRocket LabUSA222200.•••0.•••
SoyuzProgress RSCRUS111100.•••0.•••
AtlasULAUSA6600.•••0.•••
Kinetica 1CAS SpaceCHN6600.•••0.•••
ArianeArianeGroupEU5500.•••0.•••
StarshipSpaceXUSA3300.•••0.•••

Sources & method

  • TheSpaceDevs Launch Library 2 — keyless launch log; cached, polite paging.
  • Scoring — Wilson score lower bound (95%, z = 1.96); partial = ½ success; low n widens the interval and lowers the score (automatic volume weighting).
  • Roadmap source — CelesTrak SATCAT, for the on-orbit survival & family×operator cross-link (built, tested, not yet populated).

Derived analytics, not underwriting advice. Not affiliated with TheSpaceDevs, CelesTrak, or any launch provider.

Request the full live sample

Get the complete scored leaderboard (all 33 families with Wilson lower bounds and OrbitRisk scores), the full launch table, and CSV / JSON / Excel exports.

✉  Request the full live sample

No dataset is downloadable from this page. Access is provided directly after a short email exchange.