BROOM: ORBITAL DEBRIS MITIGATION
Challenge
Over 27,000 pieces of orbital debris threaten active spacecraft and the ISS. Current removal concepts are prohibitively expensive and limited in scope.
Approach
Designed BROOM (Ballistic Recovery of Orbital Objects and Materials) — a multi-target debris capture system with optimized orbital transfer sequences and a novel capture mechanism.
Outcome
2nd Place National. Featured in Forbes. Judges called the analyses 'jaw-dropping, on par with projects a national laboratory might submit.'
Duration
12 months
Tools
Overview
BROOM (Ballistic Recovery of Orbital Objects and Materials) is a comprehensive orbital debris mitigation concept that earned 2nd Place at the national level. The project was featured in Forbes and praised by judges as having analyses “on par with projects a national laboratory might submit.”
Mission Architecture
The BROOM concept addresses the growing crisis of orbital debris through a multi-phase mission approach:
- Target Selection — Prioritized high-risk debris objects using collision probability analysis and orbital density mapping
- Transfer Optimization — Computed fuel-optimal transfer sequences to service multiple debris targets per mission
- Capture & De-orbit — Designed a novel mechanism for secure debris capture followed by controlled atmospheric re-entry
Technical Highlights
- Novel debris capture mechanism design
- Comprehensive mission architecture with multi-target servicing capability
- Orbital mechanics analysis for debris targeting and transfer optimization
- Cost-benefit analysis for various debris removal scenarios
- Full systems-level trade studies and risk assessment
Recognition
“Jaw-dropping, with analyses on par with projects a national laboratory might submit.” — Competition Judges
Featured in Forbes and recognized at the national level for technical rigor and innovation in space sustainability.