Stack Smart, Launch Fast
Electron
1x Satellite
Problem: Payload Interfaces are Limited
Many rideshare missions, particularly the Transporter series often experience underutilised mass capacity due to volume constraints rather than mass.
Electron
3x Stacked Satellites
Solution: Stacked Satellites
We stack your multi satellite mission using a multi-tiered deployment system capable of launching entire constellations in one mission.
Horizon One's "Stacker" Technology
Using our ground-breaking bolt-on technology we enable faster constellation deployment.
Our stacking technology is launcher agnostic, can be directly bolted to existing Commercial Satellites and CubeSats
OPTIMISED LAUNCH DESIGN
Falcon 9 Case Study
- Standard Interfaces = 25 slots (12x XL, 12x Half, 1x Top)
- Stacked Interfaces = 75 slots (36x XL, 36x Half, 3xTop)
For 100kg satellites, stacking three-high expands to 75 payload interfaces
For 40kg satellites, stacking seven-high expands to 175 payload interfaces.
APPLICATIONS
Ideal for mega-constellations, including national communication networks, state security, and resilient VLEO mesh layers.
Our technology supports companies aiming to reduce satellite mass and volume, optimising launch density while significantly lowering deployment costs for advanced orbital layers.
STACKER SPECIFICATIONS
Preload: 35kN
Mass: 1kg
Dimensions: 125x100x100mm
Material: Aluminium construction
Payload capacity: 10-300kg (4x Stackers)
Mounting: 6x M6 screws
Deployment: Spring pushers
Power: 10watts for 60 seconds
Add-ons: Solar Cells, Optical Coatings