Military Tactical HF Ultra-light Manpack QMAC MX9000

Military Tactical Ultra-Light HF manpack Q-MAC MX9000 

Features:

• Light Weight - 4.5 Kg complete with battery
• Immersible, Vibration & Temperature rated to Mil-Std 810F
• 50 Watt PEP
• Auto Tuning 
• 255 Channels
• Low Current Consumption
• 4 Minute MTTR
• 6000 hours MTBF
• Low Cost
• Selective Call
• Frequency Hopping

The Q-MAC MX9000 Military Tactical HF Manpack is a state of the art communication device specifically designed for tactical military applications. The MX9000 Manpack weighs only 4.5Kg complete with Lithium Ion battery - truly the lightest HF Manpack in the world. The Q-MAC HF-90M utilised in the MX9000 is purpose rated to withstand complete immersion, vibration and temperature tests to Mil-Std 801F.
 
The Q-MAC HF-90M HF transceiver is an extremely compact and light weight unit, featuring only essential controls to ensure ease of operation. The HF-90M is available with a secure, jam-resistant ECCM Frequency Hopping option which can be field upgraded after the initial deployment.

Military users will appreciate the solid construction and ease of use of Q-MAC hf transceivers. The mechanical design of the HF-90M provides the fastest field service time of any transceiver with only 4 fasteners providing access to all modules. Emphasis in the design of the HF-90 has been placed on value engineering to ensure low cost of ownership over a long service life.

The HF-90M has been designed with the tactical military user in mind. Only essential controls are included on the front panel for normal operations. Advanced programming functionality is available in sub-menus. The HF-90M can be either field or PC programmed.

The transceiver has a quality, high specification design. It provides full frequency coverage from 2 - 30 MHz and has capacity for up to 255 programmed channels. The unit can operate at selected power levels up to 50 Watt, whilst achieving the lowest battery consumption compared to other military transceivers. The HF-90M is extremely reliable due to the advanced SMD manufacturing process used and overall mechanical design efficiency. In addition, the transceiver incorporates superior signal handling capability which ensures excellent reception even in the most crowded radio environments.