The Anywaves Reflectarray Antenna is a custom-designed, flight-proven high-gain payload antenna for small satellites. Originally developed under a CNES programme and now in orbit as the world's first commercial reflectarray antenna on a small satellite, it delivers up to 40 dBi of gain from X-band to Ka-band using foldable flat panels that replicate the performance of a parabolic reflector. It is designed for missions where high gain, broadband performance, compact stowage and deployment reliability must be achieved simultaneously.
Its passive deployment mechanism — no motor, no electrical actuation — and locking interfaces ensure high mechanical reliability. Dual-circular polarization (simultaneous LHCP and RHCP) supports both communications and SAR payloads. Fractional bandwidth up to 15%. Stowed to 360 × 210 × 30 mm. Optional LNB. Acceptance tests included. All parameters defined jointly with the customer. ITAR Free.
Key Features:
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- TRL 9 — in orbit, world first on a small satellite
- Up to 40 dBi — parabolic reflector performance
- Dual-circular polarization — LHCP and RHCP simultaneously
- Passive deployment — no motor, no actuation
- Compact stowage: 360 × 210 × 30 mm
- ITAR Free — worldwide delivery
Included Services
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- Complete EIDP (End Item Data Package)
- In-Depth Engineering Support
- Further Testing Available On Demand
- Specific Requests Analysis With Experts
| Parameter | Value |
|---|---|
| Lead Time | 6 to 12 months (contact us for shorter lead time) |
| Frequency Band | X-band to Ka-band (scalable toward Q/V band) |
| Polarization | Dual-circular polarization (simultaneous LHCP and RHCP) |
| Realized gain | Up to 40 dBi (design target — optimised per project) |
| Fractional bandwidth | Up to 15% |
| Stowed dimensions | 360 × 210 × 30 mm (compact stowed volume for launch) |
| TRL | 9 |
| Type | Document Name | Action & Size |
|---|---|---|
| No public documentation available. Please inquire for details. | ||