Regular GEO Routes Create Transport Layer
Impulse Space
Regular GEO routes would turn orbital transfer from a custom project into a scheduled transport layer, which is how a niche service becomes real infrastructure. Instead of buying extra propulsion, power, and radiation tolerance so a satellite can crawl from transfer orbit to GEO over months, operators could build lighter spacecraft that assume Helios will pick them up in LEO and finish the trip in under a day. That shifts design work, risk, and timing from each satellite maker to the transport provider.
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Caravan is set up like a space bus route. Customers buy standardized mass slots on shared missions, while Impulse procures the launch, flies Helios, and deploys each payload. That is the key step that lets a GEO mission be planned around a posted service instead of a one off transfer stack.
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There is evidence of demand for both scheduled and dedicated service. Infinite Orbits signed for at least three Caravan spacecraft beginning in 2027, while SES and Astranis chose dedicated Helios missions when they wanted more control over payload size and mission profile. That mix mirrors how air cargo markets mature, with both shared lanes and chartered flights.
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The closest comparables show why cadence matters. D Orbit has built a business around repeated last mile missions in LEO, while Firefly and Blue Origin are building larger transfer vehicles for higher energy orbits. The winner is not just the vehicle with the most thrust, but the one that can fill missions often enough that customers start designing around it by default.
If Helios flies on schedule in 2027 and early Caravan missions fill reliably, GEO payloads will start to look more like rideshare compatible cargo and less like self ferrying spacecraft. That would pull more small operators into GEO, make mission economics more predictable, and give Impulse a chance to become the default transport timetable for high energy orbits.