Skip to content
Space LogistiX — original SLX logoSPACE LOGISTIXINTERPLANETARY LOGISTICS SYSTEM
SPACE LOGISTIX / Return cargo / CONCEPT

From experiment to laboratory.

A return plan covers recovery vehicle integration, sample preservation and post-landing acceptance. Container configuration depends on thermal conditions, shock and safety requirements.

Applications. From requirements to workflow.

Select a scenario to explore physical and digital infrastructure roles. This is the ILS development scope, without a claim of operational service availability.

CONCEPT / PLANNED CAPABILITY

Sample and component recovery

Logistics challenge

Cargo must retain identity and conditions during return vehicle handover, recovery and laboratory delivery.

Example cargo

Experiment results, samples and components for post-mission analysis.

Indicative SLX BOX selection

MICRO for samples and components; STANDARD for consolidated sets. Selection considers the approved return vehicle space.

Environment and integration

Return loads, recovery time, contamination risk and storage requirements.

ILS workflow

Recovery plan → return manifest → vehicle handover → operator recovery → ground transport → laboratory acceptance.

Role of SLX CONTROL

Chain of custody, experiment association, recovery events and opening records.

Limitations and qualification

SLX BOX is neither a return capsule nor a heat shield. An independently approved vehicle and recovery plan are required.

Indicative selection: external dimensions are known. Internal geometry, tare, payload capacity and fixtures require documentation and qualification.

INDICATIVE SELECTION

SLX BOX STANDARD

The recommendation indicates a typical application scale, not engineering compatibility. Dimensions, mass, environment, fixtures and recipient requirements may change the model selection.

Explore model ↗

Concept in development. Parameters, interfaces and applications require documentation, testing and mission-specific approval.

Discuss requirements ↗