Satellites,
evolved.

Scalable, rapidly deployable satellites.
Precision. Agility. Power. All in one platform.

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LAT 37.77 N // LON 122.41 W // SAN FRANCISCO, CA

X:0000 Y:0000 ALT:550KM Hummingbird satellite in low Earth orbit
[01] DEPLOYABLE PANEL ARRAY
[02] MSAC HINGE ACTUATOR
[03] PAYLOAD BAY
[04] LEO TRAJECTORY

┌───────── SYSTEM FAULTS ─────────┐

[ DIAGNOSTICS // 01 ]

The satellite industry is struggling.

Three constraints break every mission.

ERR_01 — DEPLOY

Slow, costly deployment

Conventional satellites take years to design, build and integrate. Schedule slips and ballooning costs keep payloads grounded.

ERR_02 — CONTROL

Reaction wheels shake & wear out

Spinning wheels and bearings introduce jitter that blurs imagery and breaks optical links — then they degrade in orbit.

ERR_03 — SCALE

Power vs. agility tradeoff

More solar power means bigger, heavier structures — and slower maneuvers. The classic spacecraft compromise.

[ RESOLUTION // 02 ]

Satellites, evolved.

Rapid Deployment · Next-Gen Control (MSAC) · Flip the Trade.

FEATURE 01 Hummingbird scaling from a small to a large panel configuration

[ FEATURE 01 ]

Rapid Deployment

From order to orbit, faster. The modular Hummingbird bus deploys in 2 / 4 / 6 / 8 panel sizes, so the same platform scales to the mission instead of starting from scratch.

+SCALE ▸

FEATURE 02 MSAC actuator embedded in a deployable solar panel hinge

[ FEATURE 02 ]

Next-Gen Control — MSAC

Multifunctional Structures for Attitude Control embed actuators directly in the hinges of the deployable panels for 3-axis control and active jitter cancellation. No wheels that shake. No bearings to wear out. Virtually no added mass.

POINTING 0.08″ arcsec · JWST-class

FEATURE 03 Detail of the Hummingbird deployable panel array

[ FEATURE 03 ]

Flip the Trade

More panels = more control. Because attitude control lives in the panel hinges, adding power adds agility. We break the classic power-vs-agility tradeoff.

POWER ▲ & CONTROL ▲

[ PRODUCT // 03 ]

One Platform. Endless Missions.

Pick a configuration — the spec sheet recomputes live.

CONFIG: HB-08 // PANELS: 8

Hummingbird configuration render

ARRAY: [████████] 8/8

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STATUS: ✓ FLIGHT-READY Configure with us ▸

[ MISSIONS // 04 ]

One platform. Endless missions.

M-01 // IMAGING

Better Imagery

Kill jitter and flutter at the source. Razor-sharp Earth observation with pointing stability approaching JWST levels.

M-02 // COMMS

Faster Internet

Optical and laser comms with agile, precise re-pointing — high-bandwidth links that hold lock.

M-03 // DEFENSE

Space Superiority

Rapid maneuvers and responsive attitude control for the contested domain.

M-04 // SUSTAIN

Sustainability

Longer life, less mass, no wearing parts — a cleaner, more durable footprint in LEO.

[ CREW // 05 ]

Built by operators.

CREW_01

Patrick Haddox

CHIEF EXECUTIVE OFFICER

CREW_02

Vedant

CHIEF TECHNOLOGY OFFICER · MSAC INVENTOR

CREW_03

Dawn Haken

VICE PRESIDENT

[ BACKED BY // 06 ]

Trusted to fly.

PROGRAM // ACCELERATOR

TECHSTARS LA // '0

PARTNER // AGENCY

PARTNER // NASA

GOV // SPACEWERX

US SPACE FORCE

LEAD INVESTOR // SEED

SPACE VENTURES

SEED // ~$16.5M // LEAD: BALERION SPACE VENTURES // TECHSTARS LA 2024

[ UPLINK // 07 ]

Precision. Agility. Power.
All in one platform.

Let's configure the right Hummingbird for your mission.

Book a Call

LAT 37.77 N // LON 122.41 W // SAN FRANCISCO, CA