Conducting a department needs assessment for radio upgrades

A radio upgrade can look like a hardware purchase, but for a rural volunteer brigade it is an operational risk project. The strongest needs assessment begins with incident patterns, communications failures and community expectations rather than a supplier catalogue. It must establish where information fails to reach crews, which tasks the radios must support, and what continuity is needed when phones, vehicles or power are unavailable.

Australian conditions make that baseline especially important. A brigade outside Bendigo or Bathurst may cover long distances across regional roads and bushland, while crews around Melbourne or Sydney face congestion, high call volumes and interference in dense suburbs. Many departments still depend on mobile phones, group messaging apps and email for routine contact. Those habits are convenient, but they do not replace licensed radio communications during a multi-agency emergency.

Establish the baseline and current risks

Define the service area and the people relying on it: volunteers, paid support officers, neighbouring brigades, dispatch centres, hospitals and incident command. Review a representative year of incidents, including structure fires, road crashes, rescues and false alarms. Separate low-frequency rural coverage problems from urban reliability problems, and record the operational consequences of each failure, such as delayed arrival of a command message or an inability to acknowledge a dispatch.

Create an inventory of every radio, charger, repeater, antenna, battery and accessory, including equipment mounted in appliances and carried by volunteers. Pair this with a twelve-month log of missed calls, low battery reports, damaged connectors and unreadable transmissions. A short survey of crew members can reveal practices that records miss, such as charging one handset overnight or relying on a mobile phone to relay a dispatch that should have travelled by radio.

Map coverage and interoperability

Test coverage from the places people actually work: the station, incident scenes, fire trails, water points and hazardous routes. Drive tests should be repeated at different times, in wet weather and around the worst terrain, because vegetation and buildings can alter reception. Measure both portable and vehicle-mounted performance. Record dead zones, interference and battery performance rather than relying on a transmitter’s advertised range; the useful result is a map of where reliable communications begin and end.

Map each dispatch path, including who can talk to whom, what happens when a repeater fails and how crews from adjoining councils or agencies join an incident. Check whether the proposed system fits the state emergency network and any regional interoperability arrangements. Frequency, antenna and encryption decisions affect technical options, so they should be documented alongside staffing and training needs. A cheap radio that cannot connect to dispatch is not a complete solution.

Review people, procedures and compliance

Assess the people and procedures around the equipment. Volunteers need clear radio discipline, plain language, call prioritisation and a way to report a damaged unit after a callout. Training should cover the selected handset, incident command channels, emergency alerting and battery care, then be built into regular drill nights rather than delivered once at handover. Identify volunteers who can maintain local records, test infrastructure and support user training.

Check legal and administrative duties before procurement. ACMA administers radio licences under the Radio Communications Act 1992, and the department should confirm permitted frequencies, equipment rules and any conditions attached to its allocation. Work health and safety, duty of care, privacy and recording rules must be addressed under the applicable state or territory framework. The local market also matters: imported radios may need local programming, freight, spare parts and authorised repair, so build those ongoing costs into the evaluation rather than comparing purchase price alone.

Compare options and lifecycle costs

Compare several options against the same operational criteria. Depending on the existing network, that could mean upgraded analogue equipment, a staged digital migration, additional repeaters, vehicle docks or a mix of portable and mobile radios. Use life-cycle costs in Australian dollars: licences, programming, training, chargers, replacement batteries, annual testing, repairs, insurance and eventual disposal. A five-year calculation often changes the ranking once downtime and volunteer time are included.

Give each option a transparent score covering coverage, interoperability, battery life, usability, maintainability and resilience. Test shortlisted equipment during realistic scenarios and include users who work night shifts or carry radios in bulky protective clothing. State acceptance criteria in advance, such as completing a dispatch outside the current dead zone or maintaining a call during a simulated battery failure. Funding discussions can then include council budgets, state grants and community grants, with a fallback if one application is unsuccessful.

Validate findings and secure a decision

Present the findings as an operational case, not a shopping list. Include maps, incident examples, failure logs, lifecycle costs and the results of the user trials. Explain which problems each purchase will solve and which will remain, especially where coverage requires a new site rather than another handset. A concise risk register should name the owner of every action, from spectrum and site approvals to training and maintenance. Leaders can then approve the highest-value stage without committing the whole budget at once.

Start the next step with a small pilot: nominate a representative crew, document the baseline, trial the proposed radios and schedule a communications drill before the full decision. For a cross-jurisdictional comparison with an organisation that supports rural volunteer firefighters, contact ARVFA for information on rural service resources. Return the signed findings and pilot evidence to the committee, publish the budget and award the first stage with a named responsible officer and completion date.