ANDURAX FLEET · 2026

SPACEPLANES

"Two reusable vehicles. One mission - making return from space as routine as aviation."

Cadence·Cost·Precision
VEHICLE 01 · EXPERIMENTAL
ARES re-entry spaceplane front view
● TRACKING

ARES

Autonomous Reusable Experimentation Spaceplane

Reusable Spaceplane designed for microgravity experimentation, in-orbit missions, and in-space manufacturing.

This dual-use vehicle is designed to remain in orbit for extended durations and return payloads through controlled reentry and horizontal landing.

90+
Days in space
6+
Times Reusable
120 kg
Payload Capacity
2029
Launching
VEHICLE 02 · CREW & CARGO
SPARC crew & cargo spaceplane angled view
● TRACKING

SPARC

Spacecraft for Autonomous Recovery of Cargo / Crew

Crewed and cargo resupply spaceplane built for the next generation of orbital stations and microgravity labs.

Capable of returning at 1.5 G during reentry, recovering sensitive payloads, evacuating crew, and landing on any uneven surface.

200+
Days in space
10+
Times Reusable
5500 kg
Payload Capacity
7
Crew Capacity
2031
Launching

THE FORMULA

Built for cadence.
Engineered for precision.

CADENCE
Weekly
Cadence
+
ACCURACY
Precision
Landing
=

The recovery model finally matching the pace and precision that in-space manufacturing needs.