680MHz to 1100MHz 3dbi Vehicular Omnidirectional Antenna, MJ-06M11G03A-NF

Model No: MJ-8697M03-NF

Made in Taiwan
Frequency Range: 680 MHz - 1100 MHz
Maximum Power: 500 Watts (CW)
Gain: 3 dBi
Dimension: Ø 140 x L311 mm
Compliance: MIL-STD-810G / IP67
📐 MECHANICAL DRAWING
Quantity:
INQUIRY

680-1100 MHz 500W High Power Vehicular Antenna

Model: MJ-06M11G03A-NF | 500W CW Power | LoRa/GSM/3G Optimized

The MJ-06M11G03A-NF is a heavy-duty Signal Management antenna designed for advanced vehicular applications. Covering the 680-1100 MHz range, it features optimized performance in the 860-970 MHz band, making it the ultimate solution for managing 2G, 3G, and LoRa frequencies. Despite its compact 311mm profile, this robust 2.2kg unit handles an immense 500 Watts of Continuous Wave (CW) power, ensuring absolute Signal Integrity in the field.
Technical Specifications

Electrical Performance

Frequency Range 680 MHz to 1100 MHz
Operational Center 860 MHz to 970 MHz (Optimized)
Maximum Power 500 Watts (Continuous Wave)
Gain 3 dBi
Beamwidth H: 360° / V: 58°
V.S.W.R ≤ 2.5 : 1
Connector N-Female

Mechanical & Environmental

Dimensions Ø 140 x 311 mm (Compact Profile)
Net Weight 2.2 kg (Heavy Duty Construction)
Waterproof Rating IP67 Sealed Housing
Compliance MIL-STD-810G, CE, FCC, RoHS
Temperature Range -40°C to +120°C
Finish Tactical Black and Green

Key Tactical Features

500W High Power

Engineered for extreme Signal Management and Electronic Protection, capable of handling 500W CW in a compact tactical package.

LoRa/GSM/3G Optimization

Specific tuning for the 860-970 MHz band ensures maximum efficiency for LoRaWAN and secure Signal Security communication links.

Heavy-Duty Build

Weighing 2.2kg with a solid core, it offers exceptional thermal mass and structural integrity during high-power Tactical Use.

MIL-STD-810G Certified

Withstands 5G vibration and salt spray, ensuring mission readiness for armored vehicles and professional Signal Defense operations.

Get a Quote / Customization

Contact us for custom vehicle mounting patterns or specific frequency tuning for your communication project.

✉️ Contact FT-RF Team
Contact us