We provide a full spectrum of access to space services and hardware.
A–Deck Adapter System
- ALS solution for Pico, Nano, Micro and Mini Hosted and Secondary Space Craft on EELVs
- TRL–8 with ALS designed and qualified components to meet multiple launch vehicle flight and ground requirements
- 1000 kg rated capacity
A–Deck Adapter Integrated Flight System
- Integrating A-Deck, APSU sequencer and satellite dispenser systems into an independent system
- Provides larger than ESPA Grande size or multiple independent payloads on one system
Auxiliary Payload Support Unit (APSU)
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ALS designed and patented launch sequencer (U.S. Patent No. 8,608,114)
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TRL-9 with capability to sequence 48 independent events
ALS’s Aquila Multi–Manifest Integrated Flight Systems Products
5–Port ESPA Grande Adapter for ESPA Grande Class Payloads
6–Port ESPA Adapter for ESPA Class Satellites with A–Deck Adapter
6–Port ESPA Adapter for ESPA Class Satellites with internal payload capability
6–Port ESPA Adapter for ESPA Grande & CubeSat Class Payloads
6–Port Adapter for CubeSat Missions
Several MSVs,Cubesats to 400kg MSVsDual/Multi–Payload
Radial Separation Bands and Hardpoint Separation System Options
1.5-Meter Diameter Usable Volume
A–Deck Adapter Small Dual Manifest System with 6–Port CubeSat Low Profile Adapter
A–Deck Adapter Small Dual Manifest System
2.5-Meter Diameter Usable Volume
2.5m A–Deck Adapter Small Dual Manifest System
Radial Separation Bands and Hardpoint Separation System Options
Digital Twinning
in the launch domain
- Use of digital twining to achieve faster space vehicle to launch vehicle configurations
- Proving validity to space vehicle flight readiness
- Allow later hardware changes during the launch flow
Example of digital twinning to validate non–contact with the launch vehicle during the release of a small space vehicle with unconstrained deployable solar panel.
ALS builds adaptive structures to safely house satellites for launch
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