Orbital Missions as a Service.

Orbital Missions as a Service.

Orbital Missions as a Service.

Get to orbit in months, not years - without the cost or overhead of building, buying or sharing a satellite.

Get to orbit in months, not years - without the cost or overhead of building, buying or sharing a satellite.

Get to orbit in months, not years - without the cost or overhead of building, buying or sharing a satellite.

Beyond satellites and hosted payloads.

Pay for the mission, not the hardware.

Our reusable fleet makes space a service, not a sunk cost.

Faster missions

Shorter timelines mean you can test, learn, and relaunch quickly — adapting missions as fast as your objectives change.

Lower cost

Reusability spreads costs across flights and avoids hardware waste - lowering both mission cost and orbital debris.

Pay only for what you use

Fly for weeks or years, paying only for what you need. Mission-based pricing keeps costs aligned with your goals.

Full control in orbit

Choose your orbit, retask on demand, and return hardware if needed. Full control without owning a satellite.

The missions our platform unlocks.

Whether you need weeks of testing or years of operations, our spacecraft adapt to your mission objectives.

Rapid Observation.

Rapid Observation.


Deploy sensing payloads on orbit quickly. High maneuverability enables responsive surveillance, space awareness and close inspection of orbital assets.

R&D + Manufacturing.

Run biotech, pharma or materials experiments for exactly as long as you need - then return results and relaunch quickly for rapid iteration.

Technology Validation.

Validate sensors, avionics, or payloads in orbit with a dedicated, maneuverable spacecraft. Launch quickly, test in the right orbit and optionally return hardware for deeper analysis.

Agile Constellations.

Smaller defence and sensing constellations shouldn't rely on decade-old satellites. Refresh payloads every few years, lower lifecycle costs, and keep fleets current without adding debris.

The power of a full spacecraft, sized to your mission.

150kg

Payload Capacity

Payload Capacity

1km/s*

Delta V (*Hybrid)

Delta V (*Hybrid)

1kw

Power.

Power

How we compare.

Other options mean comrpomise or cost. Enso gives you agile missions without the burden

Enso

Enso

Hosted Payloads

Hosted Payloads

DIY

DIY

Pricing model

Pricing model

Pay per mission duration

Pay per mission duration

Fixed fee, no flexibility

Fixed fee, no flexibility

Full CapEx + OpEx + insurance

Full CapEx + OpEx + insurance

Mission Duration Fit

Mission Duration Fit

Flexible (weeks, months or years)

Flexible (weeks, months or years)

Fixed bus lifetime, not sized to mission

Fixed bus lifetime, not sized to mission

Overbuilt for short missions

Overbuilt for short missions

Payload Control

Payload Control

Full control over your payload

Full control over your payload

Shared power, comms, and orbit

Shared power, comms, and orbit

Full control, but costly

Full control, but costly

Orbit Agility

Orbit Agility

High delta-v, maneuvable, taskable

High delta-v, maneuvable, taskable

Fixed orbit and constraints

Fixed orbit and constraints

Agility only with $$$ and propulsion margins

Agility only with $$$ and propulsion margins

Return Capability

Return Capability

Optional return

Optional return

No return

No return

Possible, but costly

Possible, but costly

Time to Orbit

Time to Orbit

<6 months to orbit

<6 months to orbit

~18 months typical

~18 months typical

~18 months typical

~18 months typical

Iteration Cadence

Iteration Cadence

Relaunch quickly, multiple missions per year

Relaunch quickly, multiple missions per year

Years between cycles

Years between cycles

Slow, redesign each time

Slow, redesign each time

Capital Risk

Capital Risk

Low upfront, pay-as-you-go

Low upfront, pay-as-you-go

Medium - fixed cost regardless of outcome

Medium - fixed cost regardless of outcome

High - millions locked in upfront

High - millions locked in upfront

Scalability

Scalability

Fleet supports many missions and customers

Fleet supports many missions and customers

Limited by host capacity

Limited by host capacity

One-off builds, slow to scale

One-off builds, slow to scale

Operations Overhead

Operations Overhead

Ops included - focus only on your payload

Ops included - focus only on your payload

Shared ops, limited autonomy

Shared ops, limited autonomy

Full ops burden (mission control, licensing, insurance)

Full ops burden (mission control, licensing, insurance)

Sustainability

Sustainability

Reusable spacecraft, minimal debris

Reusable spacecraft, minimal debris

Full satellite disposal after use

Full satellite disposal after use

Full satellite disposal after use

Full satellite disposal after use

Launching Q2 2027.

Fly with us.

Launching Q2 2027.

Fly with us.

LinkedIn

X

Contact