Confidence
Direct sources
Lua / PavlovSpyRot. B7.49%13.4 expected runs · 30 runs for 90% · ≈ 2.0 hJupiter / IoDefenseRot. B6.25%16.0 expected runs · 36 runs for 90% · ≈ 2.0 hMercury / LaresDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hVenus / TesseraDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hEarth / LithDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hMars / SpearDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hCeres / VarroDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hCeres / CastaDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hCeres / EgeriaDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hPhobos / DrunloDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hPhobos / GulliverDefenseRot. B7.69%13.0 expected runs · 29 runs for 90% · ≈ 2.2 hSaturn / HeleneDefenseRot. B6.25%16.0 expected runs · 36 runs for 90% · ≈ 2.3 hJupiter / AmaltheaSpyRot. B5.56%18.0 expected runs · 41 runs for 90% · ≈ 2.7 hSaturn / DioneSpyRot. B5.56%18.0 expected runs · 41 runs for 90% · ≈ 2.7 hSedna / CamenaeDefenseRot. B6.25%16.0 expected runs · 36 runs for 90% · ≈ 2.8 hEuropa / PaimonDefenseRot. B6.25%16.0 expected runs · 36 runs for 90% · ≈ 2.8 h
We assume ~2.5 min per relic opening (short fissure). Per-mission timings are labeled by source: derived from game mechanics or community-estimated.
Expected runs = 100/chance · Runs for confidence p = ⌈ln(1−p)/ln(1−chance)⌉ · In a squad of 4 opening the same relic, the chance your part shows among the reveals is 1−(1−chance)⁴.
Each run has a 22.92% chance. The curve is 1−(1−p)ⁿ: there is never a guarantee, only growing confidence.