MMA Space

Space solar arrays. Customizable power solutions for every mission and orbit.

FlexArray. Low-cost, large aperture solar power for constellation platforms.

  • Thin-film membrane architecture
  • Cell-agnostic design
  • High-volume production ready
  • Capable of generating tens of kilowatts
  • Low profile stowed volume enabling more satellites per launch
  • TRL9 with scheduled 2027 mission
MMA Space FlexArray image.

Compare our solar array tech. Find the right configuration for your mission.

FlexArray
Power RangeOne kW to tens of kW
Form FactorFlexible membrane
OrbitsLEO, MEO, GEO
ConfigurationDeployable
ProductionHigh-volume

Engineered for orbit. High-performance across every mission.

  • Environments

    Purpose-built for Deep Space, CisLunar, GEO, MEO, LEO and VLEO. The mission domains where performance margins are tightest and reliability is non-negotiable.

  • Agility

    Stronger, stiffer, and lighter than alternatives. Designed to perform where operations are most demanding and the stakes are highest.

  • Quality

    High-performance, high-reliability hardware held to the most rigorous standards in the industry. Because your mission can't afford anything less.

  • Velocity

    From requirements to flight-ready hardware, MMA's vertically integrated team delivers custom solutions at a pace that keeps your program on schedule.

Download the solar array product lineup. Full specifications and performance data across all solar array configurations.

Solar arrays in orbit. Flight proven across government, commercial, and deep space missions since 2017.

  • 2022

    Lunar Flashlight

    Falcon 9 rideshare to the Moon. Exploring ice deposits in permanently shadowed polar craters.

  • NEAScout

    Launched on SLS. Robotic reconnaissance mission deploying MMA's solar sail to fly by a near-Earth asteroid.

  • BioSentinel

    Launched in November of 2022 on SLS, this mission demonstrates a biosensor to detect, measure, and correlate the impact of space radiation to living organisms over long durations beyond Low Earth Orbit.

  • LunaH-Map

    Launched in November of 2022, this mission from ASU's School of Earth and Space Exploration searches for hydrogen deposits on the Moon's south pole.

  • EQUULEUS

    Launched on SLS in November of 2022, EQUULEUS measures the distribution of plasma that surrounds the Earth's plasmasphere to help scientists understand the radiation environment in that region.

  • 2021

    DoD HaWK

    Launched in August 2021, this enhanced HaWK is on a DoD mission.

  • DoD HaWK

    Launched in July of 2021, this enhanced HaWK is on a DoD mission.

  • DoD HaWK

    Launched in June of 2021, this enhanced HaWK is on a DoD mission.

  • 2019

    SPARC-1

    Launched in May of 2019, the Space Plug-and-play Architecture Research Cubesat mission is a joint program between the US and Sweden to explore the potential of modular, miniature avionics for useful military applications.

  • 2018

    JPL MarCO

    First interplanetary CubeSat mission powered by MMA HaWK Solar Arrays, relaying real-time data during Mars InSight's descent and landing.

  • Commercial HaWK

    Launched in May 2018, this HaWK is powering data relays to satellites using laser communication downlinks for higher data transfer rates.

  • 2017

    ASTERIA

    MMA's HaWK Solar Array powering a CubeSat technology demonstration conducting precision astrophysical measurements, winning the 2018 SmallSat Mission of the Year.

  • SHARC

    MMA’s HaWK Solar Array launched in April of 2017 with the SHARC mission. It will help to accelerate the satellite’s de-orbit at end-of-life to mitigate orbital debris.

See all missions

More tech. See other flight-proven solutions from our team.

  • Space Antennas

    MMA's deployable antenna systems offer significant advantages in compaction, simplicity, scalability, and cost across a wide range of frequencies and mission types.

    See more

  • Deployable Structures

    MMA’s membrane deployable and other, nondeployable space antenna architectures offer significant advantages in compaction, simplicity, scalability and cost.

    See more

Your mission starts here. Reach out and let's find the right solution for your program.

Contact us