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/ Wireless Communications Blog

Cable Laying Ship Radio Communications Case Study

A cable-laying vessel supporting an offshore wind installation project experienced a complete breakdown in its handheld radio communications system just 24 hours before deployment. The vessel—chartered by a major UK energy producer—was scheduled to dock at the Port of Sunderland before continuing operations along the UK coast. Reliable communications were essential to coordinate offshore cable installation activities, where delays directly impact project timelines, safety, and cost.

/ Wireless Communications Blog

CEPT UHF Marine Onboard Communication Frequencies

List of CEPT marine onboard communication frequencies to be used for onboard internal (ship) communication. An example of a handheld radio which can use these frequencies…

/ Wireless Communications Blog

Event radio communications management

Listen carefully to customer event radio communications requirementsThe first step in planning to manage event radio communications is to listen carefully to the client’s specific needs.For…

/ Wireless Communications Blog

Handheld case replacement

If you have damaged the case of your Motorola, Tait, Kenwood, Entel or Vertex-Standard handheld two-way radio, then we can replace it using genuine manufacturers parts,…

/ Wireless Communications Blog

Should I buy secondhand radio equipment

We often are contacted by people who have, or are considering buying secondhand radio equipment from auction, and other websites. They often want us to reprogram…

/ Wireless Communications Blog

Reliable radio hire

Do you want reliable radio hire ? Of course you do, which is why we no longer hire out the aging Maxon SL55 handheld radios. Whilst…

/ Wireless Communications Blog

Schools Radio Audit 2026

Walk into almost any UK primary or secondary school and you will find two-way radios in use. Playground supervisors, site managers, reception staff, senior leadership — radio is the backbone of day-to-day school communications. It is fast, reliable, and doesn't depend on mobile signal. But here is the problem: most school radio systems were installed years ago, are running on unencrypted analogue frequencies, and have never been audited. Anyone within range with a basic scanner — available online for under £30 — can listen to every conversation on your site. That includes conversations about individual pupils. Welfare concerns. Behavioural incidents. Medical information. Information that under GDPR and your school's safeguarding policy should never be broadcast in the clear. This is not a theoretical risk. It is a structural vulnerability in the way most school radio systems are currently configured — and one that is straightforward to address once it is identified.