When your mission demands unwavering reliability at millions of kilometers, Hebei Mota's X-Band TT&C Antenna delivers enterprise-grade performance for deep-space exploration and manned spaceflight operations. Operating within the 7.145-8.5 GHz frequency range, our professional X-band system features ultra-high gain exceeding 35 dB/K G/T ratio and ultra-low noise design that ensures stable reception of weak deep-space signals.
With micron-level tracking accuracy and ultra-narrow beam technology, you'll maintain continuous telemetry links even during slow orbital maneuvers. Our heavy-duty antenna achieves IP68 protection rating and withstands extreme outdoor environments from -150°C to +120°C, making it ideal for national-level ground stations supporting critical aerospace missions.
You need every photon when communicating with distant spacecraft. Our product solves the fundamental challenge of deep-space communication through ultra-high gain design that captures weak signals reliably.
The system ensures stable return of high-speed scientific data from interplanetary missions. Your ground station will maintain robust links where conventional systems lose lock.
Deep-space satellites move slowly but demand continuous tracking. Our micron-level servo accuracy fits this unique requirement perfectly.
You won't experience link interruption during critical maneuvers. The heavy-duty high-precision servo delivers tracking performance that matches the slow orbital dynamics of exploration satellites, ensuring your telemetry stream remains unbroken throughout mission phases.
Ground clutter and external interference threaten long-distance TT&C links. Our ultra-narrow beam design effectively isolates these unwanted signals.
You'll achieve pure measurement and control performance across millions of kilometers. The focused beam pattern accurately separates your spacecraft signal from terrestrial interference, maintaining signal integrity for command execution and health monitoring.
Your ground station faces harsh realities: temperature extremes, high winds, and continuous operation. We've engineered our antenna with heavy-duty reinforcement and full environmental protection.
The IP68-rated construction withstands the extreme outdoor conditions typical of national deep-space facilities. You get extended service life with minimal maintenance requirements, even in demanding climates.
| Parameter | Specification |
|---|---|
| Frequency Range | 7.145 GHz – 8.5 GHz (X-band) |
| G/T Ratio | >35 dB/K (for 35m aperture class) |
| Aperture | 13m, 11m, 9m, 7.3m, 6.2m, 5.4m, 4.5m, 3.3m, 2.4m |
| VSWR | <1.25:1 |
| Tracking Accuracy | Micron-level precision |
| Axial Ratio | <0.5 dB (circular polarization purity) |
| Operating Temperature | -150°C to +120°C |
| Protection Rating | IP68 (full outdoor protection) |
| Beam Width | Ultra-narrow (deep-space optimized) |
| Compliance Standards | National deep-space TT&C standards, CCSDS compatible |
| Structure | Heavy-duty reinforced, wind-resistant design |
| Materials | Low-expansion composites, space-grade alloys |
| Application | Manned spaceflight, deep-space exploration satellites |
Your interplanetary probes require ground systems that can maintain signal lock across vast distances. Our X-Band TT&C Antenna provides the high EIRP and focused beam necessary for missions to Mars, Jupiter, and beyond.
The shorter wavelength of X-band allows more efficient power concentration. You'll achieve reliable command and telemetry links where mission success depends on every bit received.
Human spaceflight demands absolute reliability in communication systems. Our antenna fully complies with national deep-space TT&C standards and integrates directly with manned spaceflight measurement and control systems.
You gain the assurance that crew safety communications maintain uninterrupted connectivity. The system's robust design ensures mission-critical telemetry flows continuously during all flight phases.
Large-aperture ground stations form the backbone of space exploration infrastructure. Our solution adapts to the extreme requirements of national-level facilities with proven durability and long-term stability.
You'll operate continuously in harsh outdoor environments without performance degradation. The system's compatibility with existing TT&C infrastructure simplifies integration into your ground segment architecture.


Hebei Mota Electronics holds GJB 9001C military product quality management certification. Every antenna undergoes rigorous multi-stage verification before delivery.
You receive equipment manufactured to the same standards as defense systems. Our ISO-certified processes ensure consistent quality across production batches.
Our center group incorporates overseas-returned PhDs and senior engineers from state-level inquire about organizing. We persistently improve to address your advancing mission requirements.
You advantage from cutting-edge innovation created through broad ability in adj. communications and estimation control frameworks. Our solid mental property portfolio ensures your speculation in exclusive solutions.
Since 2017, we've earned acknowledgment as a National High-Tech Undertaking and National Science and Innovation SME. Our military-civil integration venture status reflects trusted execution in basic applications.
You accomplice with a company committed to national mechanical progression. Our qualifications illustrate capability to provide on requesting aviation projects.

Q: What makes X-band prevalent to S-band for deep-space TT&C applications?
A: X-band frequencies permit littler recieving wire gaps to accomplish identical pick up, decreasing ground station impression and taken a toll. The higher recurrence gives more extensive transmission capacity for expanded information rates and way better insusceptibility to ionospheric shine. For deep-space missions, the shorter wavelength empowers more tightly bar centering, making strides connect edge over millions of kilometers.
Q: How does your recieving wire keep up following precision amid moderate disciple maneuvers?
A: Our heavy-duty high-precision servo framework conveys micron-level situating exactness coordinated to deep-space lackey elements. The control calculations compensate for moderate orbital changes in real-time, keeping up pillar center on target all through maneuvers. You involvement no flag misfortune amid following transitions.
Q: Can your framework coordinated with existing ground station infrastructure?
A: Yes. Our item completely complies with national deep-space estimation and control benchmarks and CCSDS conventions for universal interoperability. The framework interfacing with standard IF and baseband hardware. We give comprehensive integration bolster to guarantee consistent operation inside your facility.
Q: What natural testing approves the IP68 assurance rating?
A: Each recieving wire experiences warm vacuum testing at 10^-6 Torr, irregular vibration testing recreating dispatch loads, and expanded warm cycling from -150°C to +120°C. We confirm no execution float or basic corruption after natural introduction. The IP68 rating guarantees security against clean entrance and ceaseless water immersion.
Q: How do you guarantee flag quality in high-interference environments?
A: Our ultra-narrow pillar plan gives remarkable spatial sifting, dismissing off-axis obstructions sources. The radio wire accomplishes moo VSWR (
Ready to enhance your ground station capabilities with X-Band TT&C Antenna?
Reach out today: hebei_mota@163.com
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