⬡   Standard Satellite Company   ⬡

STANDARD

47 Nodes
180° Coverage
24 / 7 Uplink
12 ms Latency

Connecting the World

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SAT constellation fleet in low Earth orbit
Render ∙ Constellation Fleet ∙ Low Earth Orbit
47-Node Global Network
47 Orbital Nodes
12ms Avg Latency
99.97% Network Uptime
40Gbps Peak Throughput
6 Frequency Bands
18 Ground Stations
Architecture

Three-Layer
Orbital Design

The Standard Satellite Co. constellation spans three distinct orbital shells, each optimized for a specific performance envelope. Low Earth nodes deliver sub-20ms latency for real-time applications. Medium Earth nodes provide regional backbone capacity. Geostationary anchors guarantee global reach.

Low Earth Orbit
550 km altitude  ·  34 nodes  ·  <12 ms latency  ·  high-cadence revisit
Medium Earth Orbit
2,000 km altitude  ·  10 nodes  ·  ~45 ms latency  ·  wide-area backbone
Geostationary Orbit
36,000 km altitude  ·  3 nodes  ·  ~600 ms latency  ·  continuous global anchor
Systems

Core Technology

Topology
Adaptive Mesh
Architecture
The constellation self-heals around orbital gaps, jamming events, and atmospheric disruptions in real time — rerouting all active traffic across surviving inter-satellite links in under 400 milliseconds. No single node failure can partition the network.
Encryption
Quantum-Key
Distribution
Each session is protected by photon-entanglement key pairs generated at the node level. QKD guarantees that any eavesdropping attempt physically disturbs the quantum state — making interception detectable and mathematically impossible to conceal.
Radio Frequency
Multi-Band
Transceiver
Simultaneous Ka-, Ku-, X-, and S-band operation enables seamless handoff across orbital layers and ground infrastructure. The adaptive beamformer maintains link throughput through rain fade, plasma irregularities, and ground-station congestion.
Propulsion
Precision
Station-Keeping
Xenon ion thrusters provide sub-10 m positional accuracy across all orbital shells. Onboard autonomous collision-avoidance maneuvers execute without ground-command latency, enabling tight formation flying and coordinated coverage geometry at scale.
SSC-7 satellite unit close-up render
SSC-7 Unit ∙ CG Render
STANDARD SATELLITE CO. HIGH-GAIN ANTENNA GOLD SOLAR ARRAY MAIN CHASSIS STAR TRACKER ION THRUSTERS OMNI ANTENNA
Hardware

SSC-7 Constellation
Unit

The SSC-7 platform is designed for longevity and replenishment cycling. Each unit is launch-agnostic and compatible with rideshare manifests across all major launch providers.

Orbital ShellsLEO 550 km · MEO 2,000 km · GEO 36,000 km
Dry Mass350 kg (constellation unit)
Solar Power8.4 kW (GaAs triple-junction)
Battery Backup400 Wh lithium-ion
Design Life7 years
Mission Duration12+ years with replacement cycling
PropulsionXenon Hall-effect ion thrusters
ΔV Budget~250 m/s (station-keeping + disposal)
Comms BandsKa / Ku / X / S simultaneous
Peak Throughput40 Gbps (per node)
EncryptionQKD + AES-256-GCM
Pointing Accuracy0.01° (attitude control)
Global Reach

Continuous Coverage
Across 180° Arc

Eighteen ground stations distributed across six continents anchor the network to terrestrial infrastructure. The constellation's orbital geometry ensures at minimum three simultaneous node contacts from any point on Earth at all times.

18
Ground Stations
≥3
Min Simultaneous Contacts
180°
Arc Coverage
99.97%
Signal Availability
Get Connected

STANDARD SATELLITE CO.

Uplink ready  ·  99.97% signal availability  ·  24 / 7 operations

connect@sat.contact