QuMax for RUTX50/M51
Product Code: WI-AX50M
- Passive PoE support
- Outdoor antenna works in any weather...
Product Description
QuMax for RUTX50 is a high-performance directional antenna designed for use in a variety of wireless communication applications. This all-in-one product consists of multi-band 5G, WiFi and GPS antennas integrated in an IP67 enclosure. It offers 7.5 dBi gain and wide beam width, which makes it suitable for use in both urban and rural environments.
Combining QuMax with RUTX50 inside the antenna housing gives you a complete outdoor solution with multiple use scenarios such as public transportation, energy, mining IoT and more.
A lightning protector may want to be considered on the Ethernet cable leading from this antenna in order to protect the internal circuit of the building/vehicle in the extremely unlikely event that the antenna itself is directly struck by lightning.
Technical Specification
Width
30mm
Depth
65mm
Height
22mm
Weight
4.4kg
11/07/2026
11/07/2026
prompt service and very helpful on line aerial selection by inputting post code Prices seemed reasonable
19/06/2026
Slow communication, website said delivery in few days but item was out of stock and this was not communicated until I emailed after a week of nothing.
08/06/2026
Communication with staff was fantastic, product quality was outstanding, price was good, and delivery was excellent. I will recommend it to anyone.
02/06/2026
Another fantastic experience. Easy to order, excellent quality & exceptionally fast delivery.
Google Company Reviews
10/08/2026
04/08/2026
03/08/2026
All received no issues
30/07/2026
Very courteous and helpful in dealing with my order error. A decent antenna delivered very quickly and I now have fm radio with a full strength signal.
25/07/2026
I had a bit of a struggle with their online ordering, I managed to raise an order as "collection" rather than delivery by courier. However Blake's went out of their way to fix the problem. Otherwise their on-line service produces a good transaction trail.

Many thsnks