Zoom the image with the mouse
C-COM
C-COM FLY-101-LEO Tracker
Request a quote at Contact@orbitalconnect.com or +1.888.218.9394
Introducing the new C-COM iNetVu®FLY-101 LEO Tracker
A fast, rugged and intelligent transportable LEO/MEO terminal - built for the Next Generation Multi-Orbit communications.
The iNetVu® FLY-101-LEO Tracker is a high-performance, fully motorized flyaway antenna designed for rapid auto-acquisition and continuous tracking of LEO and MEO satellites. Powered by C-COM’s 7715 controller and a custom high-precision Elevation-Over-Azimuth positioner. This rugged high-speed antenna system incorporates heavy-duty precision-machined gearing and robust servomotors to ensure reliable 24/7 operation in harsh environments. The FLY-101-LEO Tracker features a lightweight 7-segment 100 cm carbon-fiber reflector, enabling easy transport, fast setup, and tool-free deployment in under 10 minutes.
Why Choose the FLY-101 LEO Tracker?
- One-Person Setup in less than 10 Minutes:
Featuring a lightweight, 7-segment, 100 cm carbon-fiber reflector, the entire system can be fully deployed by a single person in under 10 minutes—completely tool-free!
- One-Button Auto-Pointing:
Powered by C-COM’s 7715 Controller and high-precision gearing, it locks onto your target satellite within one minute.
- Two Case Solution:
The complete system packs down efficiently into two, highly transportable cases for maximum tactical mobility.
- Continuous LEO/MEO Connectivity:
Pair it with a second system to ensure seamless, uninterrupted network connectivity as LEO/MEO satellites pass overhead.
- Multi-Band Versatility & Rugged Design:
Operates reliably in Ku, Ka, or X band. Built with an IP66-rated chassis, it operates flawlessly in extreme temperatures (-20ºC to 60ºC) and survives high wind conditions.
- Designed for Mission-Critical Applications
The FLY-101 LEO Tracker is ideal for:
- Emergency Response
- Disaster Recovery
- Public Safety
- Defense & Government
- Broadcast & Media
- Mobile Command Centers
- Remote Enterprise Networks
- Temporary Communications Infrastructure
Key Highlights
- Fully motorized LEO/MEO tracking
- Auto-acquisition in approximately one minute
- Setup in under 10 minutes
- Lightweight carbon-fiber reflector
- Tool-free deployment
- Two-case portability
- Ku, Ka and X-band support
- Remote monitoring and control
- Rugged IP66 design
- One-year standard warranty
| TECHNICAL SPECIFICATIONS | ||
| Mechanical | ||
| Reflector | 100 cm segmented carbon fibre | |
| Number of Petals | 7 | |
| Platform Geometry | Elevation over Azimuth | |
| Antenna Optics | Centre Feed | |
| Deployment Sensors | GPS antenna Compass ± 5º Tilt sensor ± 0.1º |
|
| Azimuth | 360º Continuous | |
| Elevation | 5º - 170º | |
| Polarization | ± 90º or LHCP/RHCP | |
| Elevation Deploy Speed | Variable 11º/sec typ. up to 40º/sec | |
| Azimuth Deploy Speed | Variable 11º/sec typ. up to 40º/sec | |
| Peaking Speed | Variable ± 0.1º | |
| Environmental | ||
| Wind loading | ||
| Operational | ||
| With Ballast/Anchors | 45 km/h (28.1 mph) | |
| Optional: With Ballast/Anchors | 50 km/h (31 mph) | |
| Survival | ||
| With Ballast/Anchors | 72 km/h (45 mph) | |
| Temperature | ||
| Operational | -20º to 60º C (-4º to 140º F) | |
| Survival | -30º to 70º C (-22º to 158º F) | |
| IP Protection | IP66 | |
| Humidity | 0-100% (non-condensing) | |
| Case | ||
| Tripod & Feed Case: 107X62.5X19cm (42.2”LX24.6” W X7.5”H); 28.2 Kg (62Lbs) | ||
| AZ/EL Case: 110X54X44cm (43.3”LX 21.3”W X17.3”H); 37.4Kg (82Lbs) | ||
| Empty Cases Weight | AZ/EL Case: 16.8 Kg (36.5Lbs) Tripod & Feed Case: 14.6 Kg (32Lbs) |
|
| Electrical | ||
| DC Input: 24VDC @ 6A (RMS) AC/DC Adapter: Universal AC Input (100-277VAC) / 24VDC |
||
| Network Interface | RJ45 Connector and WiFi (2.4GHz) | |
| Control Cables: Standard 5m (16ft), Optional up to 60m (200ft) (4) | ||
| Ku-Band (Linear) | ||
| Transmit Power | 1 to 200 watt | |
| 2 Port Xpol | ||
| Receive | Transmit | |
| Feed Frequency (GHz) | 10.70- 12.75 | 13.75 - 14.50 |
| Optional Low Ku | 10.70- 11.70 (2) | 12.75 - 14.50 |
| Feed Interface | WR75 | WR75 (3) |
| Midband Gain (dBi) ± 0.2 dB | 40.10 | 41.40 |
| Sidelobe Envelope Co-Pol (dBi) | ||
| 100λ/D°<Θ<7º | 35-25 Log Θ | |
| 7º<Θ<9.2º | 13.9 | |
| 9.2º<Θ<48º | 38-25 Log Θ | |
| 48º<Θ <180° | -4 Typical | |
| Cross-Polarization on Axis | >35 dB | |
| Within 1dB Beamwidth | >30 dB | |
| Tx/Rx Isolation | 40 dB | 85 dB |
| VSWR | 1.3:1 | 1.3:1 |
| Ka-Band (Circular) | ||
| Transmit Power | 1 to 200 watt | |
| Receive | Transmit | |
| Operating Frequency (GHz) | 17.7 - 21.2(2) | 27.3 - 31.0 |
| Midband Gain (dBi) ± 0.2dB | 44.50 | 47.60 |
| Polarization X-POL | LHCP/RHCP Manual | |
| Feed Interface | WR-42 | WR-28 |
| VSWR | <1.5:1 | <1.25:1 |
| Isolation (dB) | >55 | >55 |
| X-Band (Circular) | ||
| Transmit Power | 1 to 80 watt | |
| Receive | Transmit | |
| Operating Frequency (GHz) | 7.25 - 7.75 (2) | 7.90 - 8.40 |
| Midband Gain (dBi) ± 0.2dB | 36.40 | 37.00 |
| Polarization X-POL | LHCP/RHCP Manual | |
| Sidelobe Compliant with | DSCS Req. | |
| Feed Interface | WR-112 | WR-112 |
| VSWR | <1.25:1 | <1.25:1 |
| Isolation (dB) | >23 | >23 |
| Shipping Weights & Dimensions* | ||
| Shipping Weight: TBD | ||
| * The shipping weights/dims can vary for particular shipments depending on actual system configuration, quantity, packaging materials and special requirements Notes: (1) Weight indicated includes 4W BUC, LNB and 5m(16ft) Cables (2) LNB PLL Type required with stability better than ± 10 KHz (3) Maximum BUC dims supported: 14 cm x 9.8 cm x 4.2 cm (5.5”x 3.9”x 1.7”); 1 Kg (2.2 lbs) Larger BUCs must use quick disconnect flex waveguide (4) Optional cables may require a second case |
||
5 customers are viewing this product
Details
Introducing the new C-COM iNetVu®FLY-101 LEO Tracker
A fast, rugged and intelligent transportable LEO/MEO terminal - built for the Next Generation Multi-Orbit communications.
The iNetVu® FLY-101-LEO Tracker is a high-performance, fully motorized flyaway antenna designed for rapid auto-acquisition and continuous tracking of LEO and MEO satellites. Powered by C-COM’s 7715 controller and a custom high-precision Elevation-Over-Azimuth positioner. This rugged high-speed antenna system incorporates heavy-duty precision-machined gearing and robust servomotors to ensure reliable 24/7 operation in harsh environments. The FLY-101-LEO Tracker features a lightweight 7-segment 100 cm carbon-fiber reflector, enabling easy transport, fast setup, and tool-free deployment in under 10 minutes.
Why Choose the FLY-101 LEO Tracker?
- One-Person Setup in less than 10 Minutes:
Featuring a lightweight, 7-segment, 100 cm carbon-fiber reflector, the entire system can be fully deployed by a single person in under 10 minutes—completely tool-free!
- One-Button Auto-Pointing:
Powered by C-COM’s 7715 Controller and high-precision gearing, it locks onto your target satellite within one minute.
- Two Case Solution:
The complete system packs down efficiently into two, highly transportable cases for maximum tactical mobility.
- Continuous LEO/MEO Connectivity:
Pair it with a second system to ensure seamless, uninterrupted network connectivity as LEO/MEO satellites pass overhead.
- Multi-Band Versatility & Rugged Design:
Operates reliably in Ku, Ka, or X band. Built with an IP66-rated chassis, it operates flawlessly in extreme temperatures (-20ºC to 60ºC) and survives high wind conditions.
- Designed for Mission-Critical Applications
The FLY-101 LEO Tracker is ideal for:
- Emergency Response
- Disaster Recovery
- Public Safety
- Defense & Government
- Broadcast & Media
- Mobile Command Centers
- Remote Enterprise Networks
- Temporary Communications Infrastructure
Key Highlights
- Fully motorized LEO/MEO tracking
- Auto-acquisition in approximately one minute
- Setup in under 10 minutes
- Lightweight carbon-fiber reflector
- Tool-free deployment
- Two-case portability
- Ku, Ka and X-band support
- Remote monitoring and control
- Rugged IP66 design
- One-year standard warranty
| TECHNICAL SPECIFICATIONS | ||
| Mechanical | ||
| Reflector | 100 cm segmented carbon fibre | |
| Number of Petals | 7 | |
| Platform Geometry | Elevation over Azimuth | |
| Antenna Optics | Centre Feed | |
| Deployment Sensors | GPS antenna Compass ± 5º Tilt sensor ± 0.1º |
|
| Azimuth | 360º Continuous | |
| Elevation | 5º - 170º | |
| Polarization | ± 90º or LHCP/RHCP | |
| Elevation Deploy Speed | Variable 11º/sec typ. up to 40º/sec | |
| Azimuth Deploy Speed | Variable 11º/sec typ. up to 40º/sec | |
| Peaking Speed | Variable ± 0.1º | |
| Environmental | ||
| Wind loading | ||
| Operational | ||
| With Ballast/Anchors | 45 km/h (28.1 mph) | |
| Optional: With Ballast/Anchors | 50 km/h (31 mph) | |
| Survival | ||
| With Ballast/Anchors | 72 km/h (45 mph) | |
| Temperature | ||
| Operational | -20º to 60º C (-4º to 140º F) | |
| Survival | -30º to 70º C (-22º to 158º F) | |
| IP Protection | IP66 | |
| Humidity | 0-100% (non-condensing) | |
| Case | ||
| Tripod & Feed Case: 107X62.5X19cm (42.2”LX24.6” W X7.5”H); 28.2 Kg (62Lbs) | ||
| AZ/EL Case: 110X54X44cm (43.3”LX 21.3”W X17.3”H); 37.4Kg (82Lbs) | ||
| Empty Cases Weight | AZ/EL Case: 16.8 Kg (36.5Lbs) Tripod & Feed Case: 14.6 Kg (32Lbs) |
|
| Electrical | ||
| DC Input: 24VDC @ 6A (RMS) AC/DC Adapter: Universal AC Input (100-277VAC) / 24VDC |
||
| Network Interface | RJ45 Connector and WiFi (2.4GHz) | |
| Control Cables: Standard 5m (16ft), Optional up to 60m (200ft) (4) | ||
| Ku-Band (Linear) | ||
| Transmit Power | 1 to 200 watt | |
| 2 Port Xpol | ||
| Receive | Transmit | |
| Feed Frequency (GHz) | 10.70- 12.75 | 13.75 - 14.50 |
| Optional Low Ku | 10.70- 11.70 (2) | 12.75 - 14.50 |
| Feed Interface | WR75 | WR75 (3) |
| Midband Gain (dBi) ± 0.2 dB | 40.10 | 41.40 |
| Sidelobe Envelope Co-Pol (dBi) | ||
| 100λ/D°<Θ<7º | 35-25 Log Θ | |
| 7º<Θ<9.2º | 13.9 | |
| 9.2º<Θ<48º | 38-25 Log Θ | |
| 48º<Θ <180° | -4 Typical | |
| Cross-Polarization on Axis | >35 dB | |
| Within 1dB Beamwidth | >30 dB | |
| Tx/Rx Isolation | 40 dB | 85 dB |
| VSWR | 1.3:1 | 1.3:1 |
| Ka-Band (Circular) | ||
| Transmit Power | 1 to 200 watt | |
| Receive | Transmit | |
| Operating Frequency (GHz) | 17.7 - 21.2(2) | 27.3 - 31.0 |
| Midband Gain (dBi) ± 0.2dB | 44.50 | 47.60 |
| Polarization X-POL | LHCP/RHCP Manual | |
| Feed Interface | WR-42 | WR-28 |
| VSWR | <1.5:1 | <1.25:1 |
| Isolation (dB) | >55 | >55 |
| X-Band (Circular) | ||
| Transmit Power | 1 to 80 watt | |
| Receive | Transmit | |
| Operating Frequency (GHz) | 7.25 - 7.75 (2) | 7.90 - 8.40 |
| Midband Gain (dBi) ± 0.2dB | 36.40 | 37.00 |
| Polarization X-POL | LHCP/RHCP Manual | |
| Sidelobe Compliant with | DSCS Req. | |
| Feed Interface | WR-112 | WR-112 |
| VSWR | <1.25:1 | <1.25:1 |
| Isolation (dB) | >23 | >23 |
| Shipping Weights & Dimensions* | ||
| Shipping Weight: TBD | ||
| * The shipping weights/dims can vary for particular shipments depending on actual system configuration, quantity, packaging materials and special requirements Notes: (1) Weight indicated includes 4W BUC, LNB and 5m(16ft) Cables (2) LNB PLL Type required with stability better than ± 10 KHz (3) Maximum BUC dims supported: 14 cm x 9.8 cm x 4.2 cm (5.5”x 3.9”x 1.7”); 1 Kg (2.2 lbs) Larger BUCs must use quick disconnect flex waveguide (4) Optional cables may require a second case |
||
Download
| Download Name | |
| C-COM FLY-101-LEO Tracker Datasheet | |
Related Products
