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Foresolutions

  • Two-Way Radios

    Instant Communication Systems for Sites Where
    Coordination Matters

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Trusted by NHS, Eurotunnel, Crossrail, National Trust and more.

Handheld Two-Way Radios • Wide-Area Trunking (ECS) • Site Survey, Configuration & Deployment

We design, deploy, and support professional two-way radio and digital trunking systems for construction, healthcare estates, and multi-site operations across the UK.

From Motorola handheld radios to Caltta ECS wide-area infrastructure, we deliver complete communication systems



Solutions Designed for Real-World Environments

Our systems are deployed where clear communication directly impacts safety, efficiency and coordination.

Construction & Aggregates

Reliable site-wide communication across
quarries, infrastructure projects and heavy
machinery environments. Built for clarity in
high-noise conditions.

NHS Healthcare & Estates

Instant coordination for estates, portering,
security and facilities teams across
hospitals and healthcare campuses.

Government & Facilities
Management

Seamless communication for multi-site
estates, maintenance teams and contracted service providers.

Built for clear communication in demanding conditions

When teams are spread across large sites or working in high-noise environments, communication must be immediate and dependable.
Two-way radio systems provide instant group and one-to-one calling at the push of a button — reducing delays, improving coordination and supporting safer working practices.

Reduce delays across busy site teamsteams

Clear audio and noise cancelling in high-noise areas

Improve safety and incident response

Full-shift performance with long
battery life

Rugged devices built for harsh
conditions

Support from survey through
rollout

Motorola Solutions Systems

Professional Digital Radio Communications, Backed by a Global Leader

Foresolutions deploys Motorola MOTOTRBO systems - trusted
worldwide for secure, dependable communications in critical operations.

As a Motorola Solutions channel partner through the Empower programme, we design, configure, and support systems built around real site workflows.

Motorola is known for:

  • Exceptional audio clarity in high-noise environments
  • Rugged, IP-rated devices for harsh conditions
  • Secure digital performance and scalable infrastructure
  • Long-term reliability and accessory flexibility

Whether you need handheld radios for frontline teams or a complete multi-site digital network, we help you deploy Motorola systems with confidence.
Explore Motorola products

Caltta ECS Trunking & Digital Radio Systems

Scalable Wide-Area Communications for Complex Operations

Foresolutions supplies Caltta digital radio solutions as a reliable, costeffective
option for organisations upgrading to modern two-way communications.

When operations scale, Caltta ECS trunking delivers the infrastructure to connect more users, more sites, and more critical communications.

Caltta solutions support:

  • Affordable digital handheld and mobile radio systems
  • Clear, dependable communication for everyday operations
  • Wide-area ECS trunking for complex or multi-site deployments
  • Call priority, efficient channel management, and network scalability
  • Dispatch and control-room integration as systems grow

Whether upgrading from analogue or expanding beyond standalone radio systems, we help design and deploy Caltta ECS networks that match your operational requirements.

End-to-end delivery, from survey to ongoing support

Choosing the right radio system is only part of the solution. Our team supports you from the first site assessment through to configuration, rollout and long-term maintenance - ensuring reliable performance across your operation.

Site Surveys & Coverage
Planning

We assess your site layout, coverage requirements and operational workflows to recommend the right radio and infrastructure solution.

System Setup & 
​Configuration

Radios are programmed, tested and
optimised for your teams - including talk
groups, emergency features and sitespecific settings.

Ongoing Support &
Maintenance

Continued technical support, servicing and system management to keep communications running reliably across
every shift.

Supporting organisations across the UK with long-term communications partnerships.

Let’s Design the Right Communication System for Your
Operation

Every site is different. Coverage, noise levels, team structure and safety requirements all impact the right solution.
Our team will assess your environment, recommend the correct Motorola or Caltta system, and design a communications setup built around how your teams actually work.

Trusted by NHS, Cobalt, Crossrail and national infrastructure operators.

Book a site survey
Book a discovery call

Traditional Two-Way Radio vs Push To Talk Over Cellular (PTToC) - Which is best for me?

The two main options for your core communications are traditional two-way radio or newer 4G cellular radios, often referred to as either PTToC, PoC, LTE or push to talk. The main difference is that traditional two-way radio uses a closed network on UHF or VHF radio frequencies, using repeaters to provide coverage, whilst PTToC or PoC radio uses devices with a SIM card that uses your mobile network or a local WiFi network to provide connectivity. 

Coverage

Two-way radio can work point to point with themselves or for wider area networks will need their own repeater infrastruture. With PTToC the reach could be national and even international, but only if there is network or WiFi coverage.

Single Failure Point

Radio repeaters can fail, which then means the whole system is down. Possible failures on PTToC could be mobile coverage or problems with the WiFi network, but you are generally less likely to have a single point of failure.

Major Incidents

Radio networks generally stay working, mobile networks can get saturated or shut down by the emergency services, however if you have a WiFi signal this will act as a backup.

Apps

PTToC devices do come with the ability to use most Apps your workforce may need to access. This can still be done on a higher tech radio system, but the functionality works particulalrly well with PTToC.

Push-to-Talk-over-Cellular

Looking for wider coverage?

Push-to-talk over cellular (PTToC) uses mobile and Wi-Fi networks to extend push-to-talk communication beyond the limits of traditional radio, with added visibility and control.

Explore PTToC

Our Clients

What is a two-way radio?

A two-way radio is a portable radio that can both transmit and receive audio signals. It allows users to communicate with each other over a shared frequency, just likewalkie-talkie.

Are digital two-way radios better than analogue?

Digital two-way radios (such as DMR systems) provide clearer audio, improved battery life, enhanced security features, and support for advanced functions such as text messaging and telemetry. They are typically preferred for professional and enterprise deployments.

What industries use two-way radios?

Two-way radios are used in a variety of industries, including public safety, transportation, hospitality, construction, manufacturing, and retail. They are commonly used by security teams, event organisers, and emergency responders.

What is the difference between UHF and VHF two-way radios?

UHF (Ultra High Frequency) radios are better suited for indoor environments, construction sites, and built-up areas where signals must penetrate walls and structures. VHF (Very High Frequency) radios perform better in open outdoor environments such as rural areas or large open sites.

What is the difference between two-way radios and PoC radios?

Two-way radios and PoC radios both allow for instant communication between two or more individuals, but there are some key differences between them.


Two-way radios operate on radio frequencies and use a dedicated radio network or channel to communicate. They are commonly used in settings where reliable communication is critical, such as in emergency services, construction sites, and outdoor activities. Two-way radios require no monthly fees or internet connection, but their range is limited by the strength of their signal and the terrain.


On the other hand, PoC radios use cellular networks to transmit and receive voice communications. They work similarly to smartphones and allow users to communicate with each other over long distances without the need for a dedicated radio network. PoC radios are becoming increasingly popular in industries such as transportation, logistics, and security where widespread coverage is required. However, they require a monthly subscription to a cellular network provider, and their reliability can be affected by network coverage and internet connectivity issues.

Can two-way radios integrate with Push-to-Talk over Cellular (PoC)?

Yes. Through Radio over IP (RoIP) gateways, licensed two-way radio systems can integrate with PoC platforms, enabling hybrid communication between radio users and cellular users across multiple locations.

What are the benefits of using two-way radios over mobile phones?


Two-way radios offer a range of benefits over mobile phones, including durability and reliability, instant communication, group communication, cost-effectiveness, enhanced privacy, and no cellular network coverage required. They are ideal for use in harsh environments, emergency situations, remote work sites, and outdoor activities. They are also a great option for businesses, organisations, and individuals who need reliable communication but have limited budgets.


Overall, two-way radios provide a reliable and efficient means of communication that is often superior to mobile phones in certain situations and environments.

How Long Will My Two Way Radio Battery Last?


The lifespan of a two-way radio battery depends on several factors such as the battery capacity, usage patterns, and environmental conditions. In general, most two-way radio batteries will last anywhere from 8 to 24 hours on a single charge, with some high-capacity batteries lasting up to 36 hours.
 
Factors that can affect battery life include the frequency of use, the distance of communication, the power level of the radio, and the temperature of the environment. For example, if you use your radio frequently and at high power levels, your battery will drain faster than if you use it sparingly and at lower power levels. Similarly, if you use your radio in extremely cold or hot temperatures, this can also affect the battery life.
 
It is important to note that battery performance can degrade over time, so it is recommended to replace the battery every two to three years or sooner if you notice a significant decrease in battery life. To ensure maximum battery life, it is also important to follow the manufacturer's recommended charging instructions and to avoid overcharging or undercharging the battery.

How are two-way radios different from other communication devices?

Two-way radios are different from other communication devices, such as cell phones, because they are designed for one-to-many communication. They allow a single user to transmit a message to multiple users at once, making them ideal for group communication.

Do I need an Ofcom licence for two-way radios in the UK?

Yes, most professional two-way radios operating on UHF or VHF frequencies require an Ofcom licence in the UK. Licensed radios provide greater range, reduced interference, and secure communication compared to licence-free alternatives. We can advise on the correct licence type based on your operational environment.

How far can a licensed two-way radio transmit?

Transmission range depends on terrain, buildings, and whether a repeater system is installed. Direct radio-to-radio communication may range from 1–5 km in urban areas, while repeater systems can extend coverage significantly across large estates or multi-site operations.