Radio Integral · professional radio communications since 1986.
Industry solution

Communication between loading bays, warehouse teams, vehicles and dispatch.

In logistics, short operational information continuously moves between multiple points. Radio communication delivers a message to the right group without interrupting work for phone calls, while metal buildings, racking, noise and vehicles require careful RF and operational planning.

Logistics and transport
Key pointWarehouse and loading bays

Receiving, dispatch, loading and dock teams are assigned clear operating groups to reduce waiting and repeated calls.

Key pointVehicles

Mobile radios, power arrangements and antennas are selected for the vehicle fleet and actual operating area.

Key pointDispatcher

The dispatcher must monitor key groups and quickly route information between warehouse staff, drivers and field points.

Key pointSite and coverage

Yards, buildings, parking and remote points are assessed as one RF environment; a repeater point is introduced where required.

A metal building changes how a radio network behaves.

Racking, structural steel, cold rooms, separated sectors and many simultaneous users create a very different RF problem from open terrain. In practice, communication roles and the movement paths of people and vehicles are defined first.

For teams working hands-on or in noisy areas, suitable audio accessories are essential. Charging and spare batteries are organised by shift; vehicle radios require correct antennas and power; a repeater is introduced only when actual coverage conditions justify it.

Communication groups follow responsibilities, not a list of devices.

A radio plan is not based solely on the number of radios. Roles, responsibilities and critical messages determine how many groups are needed, who monitors multiple groups and where direct escalation is important.

Warehouse

Handheld radios for receiving, order picking and goods movement.

Loading bays

Coordination of loading, unloading and vehicle arrivals.

Dispatcher

Priority control and communication across several operating groups.

Vehicles

Mobile or handheld radios depending on the operating method.

Yard / gate

Entry/exit, access control and vehicle guidance.

Maintenance

Technical interventions in the building and on equipment.

Terminals are the endpoints of the network.

The device, programming configuration, RF layer and functional test form one integrated professional radio system.

User

device, audio and carrying method

Radio plan

channels, groups, priorities and scan

RF layer

antenna, location and coverage

Test

critical zones and functional verification

What we verify before the team takes over the system.

Critical locations, antennas, cables, repeater requirements and the expected operating method.

Channels, groups, zones, scan lists, calls and functions according to the equipment and operating procedure.

Accessories for noisy or discreet operation, batteries, chargers and backup logistics.

Verification in the actual working zones and any required adjustments before the project or shift begins.

Connecting a warehouse, vehicles and a dispatch centre?

Send a site sketch, number of users and vehicles, noise zones and shift operating pattern.

From requirements to operation

Four checkpoints before system handover.

The approach is consistent across industries: requirement, RF conditions, configuration and verification under real operating conditions.

Roles and zones

Who must be able to hear whom, and where communication must be available.

RF conditions

Facility, terrain, obstacles, antennas and infrastructure requirements.

Configuration

Channels, groups, accessories, batteries, charging and backup logistics.

Test

Functional verification before operational use begins.