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Capability profile
Kepler's version 1.1 hosted-payload sheet lists up to 120 kg accommodation, at least 400 W orbit-average power subject to orbit conditions, 8 TB storage and a 2.2 Gbps optical relay configuration.
These describe the reviewed application scope, not confirmed deployments, released requirements or procurement eligibility.
Vendor accommodation specification; mission acceptance and launch depend on configuration.
Sales inquiry and mission feasibility review; the 2028 Tranche-2 roadmap is a separate spacecraft generation.
A technology readiness level is not established by the reviewed public sources.
No reviewed Mission area or released Defence need connection is currently published.
These records support this capability and its published Mission area and Defence need connections. A source count is not a count of independent confirmations.
Kepler Communications
Source type: official company product
Supports: Capability · defence applications
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · core features
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · technical tags
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · summary
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · core features
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · technical tags
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · technicaldomainslugs
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · capability type
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · core features
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · maturity
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · name
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · core features
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · defence applications
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · defence applications
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · technicaldomainslugs
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · technology readiness level
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · core features
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · technical tags
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Supports: Capability · slug
Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.
Source type: official company news
Supports: Capability · commercial availability
Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment. Kepler says Tranche 2 will extend its optical network with up to 100 Gbps data rates, on-orbit computing and integrated hosted payloads, supporting government and commercial missions including announced NorthStar and ESA programs.
Public sources cited · Facts and assessments kept separate · Human review
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