Pulse Space Wins $40M Space Force Contract for Satellite Laser Power Beaming
In-space power transfer collapses the resupply logistics chain that currently anchors satellite constellation design. If Pulse achieves 70%+ efficiency, operators can design smaller, lighter satellites with shorter fuel reserves—cutting launch costs and proliferating assets.
This cascades into constellation density competition: whoever masters power beaming first can field 40% more satellites per launch dollar, forcing rivals to either match the capability or accept operational disadvantage. The Space Force's $40M bet suggests they're betting on the former.
This contract signals the Space Force is moving satellite power beaming from concept to procurement—a capability that directly addresses the vulnerability of distributed constellations to fuel depletion and extends on-orbit lifetime without resupply missions.
Pulse Space now faces 18-24 month integration timelines to demonstrate laser coupling efficiency and targeting stability on operational platforms; failure on either metric kills the program's follow-on funding. Watch the company's Q4 2026 technical review: if coupling efficiency falls below 70%, the Space Force will likely pivot to competing vendors or defer the capability to FY28.
What is the actual power-transmission distance and efficiency target embedded in the contract statement of work? The article doesn't specify whether Pulse is targeting near-range (same constellation) or cross-constellation power relay, which determines whether this is a sustainment tool or a force-m...
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