STARBURST // F9-BW

StarBurst Gamma-Ray Orbit & Rideshare Planner

GO FOR RIDESHARE INTEGRATION
Delta-V Launch Margin
1.85 km/s
Nominal reserve for secondary stage
Orbital Period
95.6 min
7.59 km/s mean velocity
Sky Coverage Efficiency
94.2 %
Unocculted instantaneous sky access
Solar Beta Angle (β)
28.4 °
Stable power generation thermal regime

Real-Time Orbital Ground Track & Gamma-Ray Burst Field

D3.js dynamic projection of orbital swath, instantaneous scintillator scan cone, and simulated neutron star merger alerts

StarBurst Orbit
Detector Cone
Short GRB Event
StarBurst Mission Lifecycle Milestones

NASA Astrophysics Pioneers Selection

StarBurst conceived as SmallSat mission under NASA Explorers/APRA program

SpaceX Launch Contract Awarded

Selected Falcon 9 Bandwagon mid-inclination rideshare targeting SLC-40

Payload Integration & Sensor Calibration

Wide-field cesium iodide detectors integration at Kennedy Space Center

Target Launch NET 2028 (Cape Canaveral SLC-40)

Insertion to 550 km orbit at 45° inclination for real-time LIGO-Virgo-KAGRA coincidence

Gamma-Ray Detection Performance
Energy Bandwidth 30 keV – 25 MeV
Localization Accuracy < 5° within 2.5 seconds
Expected GRB Detections ~120 events / year
LIGO Coincidence Window ± 2.0 s (Neutron Star Chirp)

Export Mission Planning Report

Generates validated JSON telemetry schema for flight dynamics software

Telemetry report generated successfully
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