SCOUT
In-House Antenna Development
Engineered for rapid deployment, SCOUT ships flat-packed to any location on earth and is fully operational within a day. From the moment it's live, it reports back to the HIVE, earning its place, connecting through space.
Why SCOUT?
When a customer buys a SCOUT, they're not buying a single antenna, they're buying entry into the HIVE network.
Flat-Pack Construction
Modular sheet-metal design ships flat and assembles without specialist crews. Full operational readiness within a day of arrival.
30% More Affordable
Panelised construction cuts production cost significantly while maintaining full S- and X-band performance. High margin by design.
Supply Chain Ownership
Many components designed and controlled in-house, enabling rapid iteration, part adaptation, and complete independence from third-party suppliers.
SCOUT × HIVE Network Effect
Each SCOUT sold is a new revenue stream, a new point of global coverage, and a new participant in the colony, all funded entirely by the customer.
Deploy and Forget
Fully automated TLE and Program Track with optional Autotrack. Minimal backlash via high-precision gears. Hysteresis loss <0.5 arcmin.
Redundant Backup
Backed up by redundant network solutions such as FENIX FORGE for indestructible multi-orbit connectivity.
Technical Specifications
| Reflector Diameter | 2.4m / 3.7m |
| Bands | S-Band: RX and TX, X-Band: RX |
| Polarisation | S-Band: LHCP/RHCP Switchable, X-Band: LHCP/RHCP Simultaneously |
| S-Band RX Frequency | 2025–2120 MHz |
| S-Band TX Frequency | 2200–2300 MHz |
| X-Band RX Frequency | 8025–8400 MHz |
| Backlash | 0.5 arcsec |
| Azimuth Range | 400° |
| Elevation Range | 0–180° |
| Azimuth Slew Rate | 8°/sec |
| Elevation Slew Rate | 5°/sec |
| Hysteresis Loss | <0.5 arcmin (0.0083°) |
| Operating Temperature | -40°C to +50°C |
| Tracking Mode | TLE and Program Track (optional Autotrack) |
| Shipping Configuration | Flat-pack, palletised |
| Pedestal Type | Az/El/Tilt |