Space

Drop from Space

From orbit to objective. Changing Point A to space.

Precision orbital drop systems
delivering payload anywhere on Earth.

THE GAP

Logistics Stops at the Atmosphere

When a runway is denied, a port is contested, or the need is measured in hours, terrestrial resupply fails. Airlift needs permission and proximity. Sealift needs time. Nothing reaches a remote or defended point from above, on demand, on a track an adversary can't close.

THE VEHICLE

Thor, A Modular Reentry Vehicle

Thor carries a payload from orbit to a designated point on the surface. Pre-positioned on orbit, called down on demand. One airframe, three payload classes, configured to the mission.

Earth seen from orbit
CONFIGURATIONS

One Airframe. Three Classes.

50 kg

01 / 03

Time-critical small cargo: ammunition, batteries, comms, blood.

100 kg

02 / 03

Standard resupply and medical loads.

200 kg

03 / 03

Heavy or mixed manifests and equipment.

Control mode

Grid-fin ballistic

Simplest and steepest. Lowest cost per drop.

Lifting body

Cross-range and gentle entry. For contested access, sensitive cargo, and recoverable test flight.

Stage

  1. Pre-position

    On Tessera

  2. Parking orbit

    Await tasking

  3. Target select

    Within pass

  4. Payload verify

    Mass + thermal

  5. Standby

    Go / no-go

MISSIONS

What Thor Delivers

A reentry vehicle descending through the atmosphere

Emergency SOF resupply

Sustainment to denied areas without an aircraft overhead.

A crystal grown without gravity-driven convection

Critical medical cargo

Time-sensitive supplies where airlift can't reach.

Contested logistics (EABO)

Sustainment across dispersed maritime positions.

Earth seen from orbit

Naval resupply

Open-ocean and ship-to-shore delivery without a port.

Spacecraft in orbit above Earth

Hypersonic testbed

The lifting-body variant as a recoverable hypersonic flight platform.

PRECISION

A Point, Not a Zone

Cross-range maneuvering and terminal guidance place the payload where it's needed, not somewhere near it. The lifting-body variant trades entry energy for accuracy and a survivable payload environment, the difference between reaching the objective and landing on it.

The point is the product. We engineered the path to land on it.

SPECIFICATIONS
Payload classes
50 / 100 / 200 kg
Cross-range
[PLACEHOLDER]
Landing accuracy (CEP)
[PLACEHOLDER]
Payload environment (peak g / thermal)
[PLACEHOLDER]
Task-to-surface time
[PLACEHOLDER]
Cadence
100 kg · Class 100
1–3 days

Bring Us a Mission

Define a payload, a point, and a window. We'll design the drop.