Build Bigger

Scale changes what’s possible. Bigger satellites deliver more power to payloads, mass on orbit, and resilience at lower cost. Bigger isn’t excess, it’s access.

The frontier runs on hardware

Factory

80% of each satellite is built in-house. Vertical integration drives reliability, accelerates production, and enables continuous innovation

Engineers working inside the K2 Space manufacturing facility, assembling satellite components behind large glass panels

Launch

By stacking 10 Mega Class satellites per launch vehicle, we maximize power to orbit (200kW / launch).

Orbit

Engineered to reach every orbit and withstand even the harshest radiation environments.

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K2 Space is building
the biggest satellites on orbit

Two satellites flying in formation above Earth

Payload Mass

200 KG

Power

2KW

Payload Mass

3000 KG

Power

20KW

Satellite Power

The Mega Class platform delivers 10x the power of other constellation class satellites (20kW vs. 2kW), unlocking industry-leading payload performance.

Resilient Design

Radiation-tolerant architectures, redundant avionics, and high-Δv propulsion means our satellites are built for resilience and longevity across every orbit.

Scale Ready

A design optimized for mass production combined with a fully vertically integrated hardware stack.

Learn more →

Our satellites are built to thrive where others can’t

LEO

MEO

GEO

Temperature

545Fº

Deeper orbits are where

coverage and comms become

Distance from earth

564.545.000 km

Deeper orbits are where

coverage and comms become

Low Earth Orbit is well suited for missions that rely on proximity to Earth. With K2’s high-power platforms and advanced propulsion systems, LEO becomes a powerful domain for sensing and for applications where ultra-low latency still matters.

Medium Earth Orbit is the sweet spot. MEO provides global reach while maintaining strong network performance. K2’s MEO systems unlock efficient, resilient, and scalable constellations, without the complexity of operating hundreds of LEO spacecrafts.

Temperature

545Fº

Deeper orbits are where

coverage and comms become

Distance from earth

564.545.000 km

Deeper orbits are where

coverage and comms become

Geostationary orbit anchors the world’s most trusted broadcast and communications. Our GEO satellites deliver high power, long life, and continuous regional coverage, extending K2 capability all the way to 36,000 km.

Temperature

545Fº

Deeper orbits are where

coverage and comms become

Distance from earth

564.545.000 km

Deeper orbits are where

coverage and comms become

LEO

MEO

GEO

Temperature

545Fº

Deeper orbits are where

coverage and comms become

Distance from earth

564.545.000 km

Deeper orbits are where

coverage and comms become

Medium Earth Orbit is the sweet spot. With dramatically fewer satellites, MEO provides true global reach while maintaining strong network performance. K2’s MEO systems unlock efficient, resilient, and scalable constellations, without the complexity of operating hundreds or thousands of LEO spacecraft

Temperature

545Fº

Deeper orbits are where

coverage and comms become

Distance from earth

564.545.000 km

Deeper orbits are where

coverage and comms become

Geostationary orbit anchors the world’s most trusted broadcast and communications . Our GEO satellites deliver high power, long life, and continuous regional coverage, extending K2 capability all the way to 36,000 km.

Temperature

545Fº

Deeper orbits are where

coverage and comms become

Distance from earth

564.545.000 km

Deeper orbits are where

coverage and comms become

Temperature

545Fº

Deeper orbits are where

coverage and comms become