Launch Missions Built Around Your Payload
AERIX has supported orbital, suborbital, and test missions for government agencies, satellite operators, and research teams.
Satellite launch vehicles sized for reliable insertion into low Earth orbit, with payload fairings and staging tuned to each customer's orbit.
Suborbital and orbital flights for scientific instruments, with integration support from design review through final pre-launch checks.
Instrumented test launches that validate propulsion, structures, and flight software before any customer vehicle is committed to orbit.
Multi-satellite deployments for commercial operators, with dispenser systems and sequenced releases to place each spacecraft accurately.
Trajectory analysis, load and thermal modeling, and safety documentation prepared for government agencies and research institutions.
Have a Mission Outside These Profiles?
Our engineering team scopes custom vehicles and launch schedules for payloads that need a non-standard orbit or timeline.
- Tailored launch vehicle design
- Dedicated mission engineering lead
- Full certification documentation
Flight-Proven Hardware
Mission gallery from assembly to launch
See our rocket engines, vehicle structures, and test campaigns across government, commercial, and research missions.
Cape Launch Complex
Orbital Insertion Stage
Launch vehicle standing on pad at dusk with exhaust venting
Orbital Insertion Stage
Cape Launch Complex
Cleanroom Bay 3
Payload Bay Integration
Technicians mounting a satellite into a composite payload fairing
Payload Bay Integration
Cleanroom Bay 3
Propulsion Facility
Cryogenic Tank Assembly
Welded aluminium-lithium cryogenic tank section under inspection
Cryogenic Tank Assembly
Propulsion Facility
Test Stand Alpha
Thrust Frame Elevation
Steel thrust structure elevation with mounted engine gimbal
Thrust Frame Elevation
Test Stand Alpha
Test Stand Bravo
Engine Hot-Fire Test
Liquid rocket engine during a sustained hot-fire test with visible shock diamonds
Engine Hot-Fire Test
Test Stand Bravo
Propulsion Facility
Turbopump Assembly Bay
Precision turbopump impeller being balanced on a calibrated rig
Turbopump Assembly Bay
Propulsion Facility
Cape Launch Complex
Ascent Vehicle Rollout
Launch vehicle transported to pad on a crawler under floodlights
Ascent Vehicle Rollout
Cape Launch Complex
Mission Control Annex
Avionics Control Suite
Engineers reviewing telemetry on a multi-screen avionics console
Avionics Control Suite
Mission Control Annex
Environmental Lab
Vacuum Chamber Testing
Satellite subsystem inside a large stainless vacuum test chamber
Vacuum Chamber Testing
Environmental Lab
Materials Plant
Composite Layup Line
Carbon-fibre composite plies laid into a fairing mould
Composite Layup Line
Materials Plant
Test Stand Alpha
Nozzle Extension Detail
Close view of a regeneratively cooled nozzle extension
Nozzle Extension Detail
Test Stand Alpha
Cleanroom Bay 1
Cleanroom Fairing Mate
Two fairing halves joined in a sterile cleanroom environment
Cleanroom Fairing Mate
Cleanroom Bay 1
Structures Lab
Structural Test Article
Lightweight lattice structure loaded in a load-testing frame
Structural Test Article
Structures Lab
Assembly Hangar
Stage Adapter Lift
Overhead crane lifting a stage adapter into vertical integration
Stage Adapter Lift
Assembly Hangar
Assembly Hangar
Vehicle Skin Panels
Titanium skin panels fitted along the upper stage airframe
Vehicle Skin Panels
Assembly Hangar
Assembly Hangar
Fin Assembly Elevation
Stabilising fins attached to the lower vehicle section
Fin Assembly Elevation
Assembly Hangar
Mission Control Annex
Mission Briefing Room
Team reviewing launch timeline around a central display table
Mission Briefing Room
Mission Control Annex
Launch Complex Yard
Ground Support Equipment
Umbilical tower and ground support equipment staged beside the pad
Ground Support Equipment
Launch Complex Yard
Assembly Hangar
Thermal Protection Install
Technicians bonding ablative thermal protection tiles to the heat shield
Thermal Protection Install
Assembly Hangar
Integration Bay
Harness Routing Detail
Wiring harness routed along an internal structural bulkhead
Harness Routing Detail
Integration Bay
Mission Control Annex
Flight Software Review
Software engineers validating flight code on a hardware-in-the-loop rig
Flight Software Review
Mission Control Annex
Built for Reliable Launches
AERIX designs and builds launch vehicles from concept to flight. Our engineers combine advanced propulsion, lightweight structures, and disciplined testing to deliver rockets that perform as specified.
Safety-Led Engineering
Every vehicle is reviewed against strict flight safety standards before, during, and after integration.
Proven Propulsion Systems
Engines and structures are hot-fire and vacuum tested to confirm performance before any launch.
TEST STATUS
Hot-Fire Verified