Driver ID Keypads: How Teltonika and Queclink Devices Improve Fleet Compliance

Driver identification is one of the most important — and most overlooked — elements of a well-run fleet operation. Knowing which driver is behind the wheel at any given moment is essential for compliance with UK working time regulations, accurate mileage allocation, insurance liability, and effective driver behaviour monitoring.

Driver ID keypads — small PIN-entry or RFID fob devices mounted in the cab — solve this problem elegantly. In this guide, we'll explain how driver identification works with Teltonika and Queclink GPS trackers, which keypads are compatible, and how to choose the right setup for your fleet.

What Is Driver Identification and Why Does It Matter?

Standard GPS tracking tells you where a vehicle is, how fast it travelled, and what route it took. But without driver identification, you only know the vehicle — not the person driving it. This creates problems for legal compliance (UK working time and EU drivers' hours rules require records linked to individuals), insurance attribution, business mileage verification, driver behaviour coaching, and detection of unauthorised vehicle use.

How Driver ID Keypads Work

A driver ID keypad is wired directly into the GPS tracker in the vehicle. When a driver starts a shift, they enter a PIN or present an RFID fob or NFC card. The tracker records this event alongside journey data and transmits it to the fleet management platform. Most keypads communicate via the 1-Wire or RS232/RS485 interface. Some also display confirmations and messages to the driver, providing a basic two-way communication channel.

Teltonika-Compatible Driver ID Keypads

Teltonika FMB and FMC series trackers support iButton (Dallas key) identification, RFID and NFC card readers, and serial-connected keypads. Popular options include PIN-entry keypads with RFID fob support, NFC identification panels, and multi-function driver notification terminals. Configuration is handled through Teltonika Configurator, where administrators define authorised driver IDs and set rules — such as immobilising the vehicle if no valid ID is presented within a set time window.

Queclink Driver ID Solutions

Queclink produces both GPS trackers and driver ID accessories. Their GV series trackers — including the GV600, GV75, and GV350 — natively support driver ID via RFID and iButton readers. Queclink uses the AT command protocol, widely supported by fleet management platforms, meaning driver ID data integrates cleanly into most telematics systems. For UK fleets already running Queclink hardware, adding driver ID is typically straightforward and low-cost.

Choosing Between Teltonika and Queclink for Driver ID

Both manufacturers offer excellent driver ID solutions. Key questions to ask: Does your fleet management platform support driver ID data from your chosen tracker? Do you need PIN entry, RFID, NFC, or iButton? Does the keypad need to display messages to drivers? Do you need immobilisation linked to driver authentication? If you're already running Teltonika hardware, extending it with keypads is the natural path. If you're starting fresh, Queclink's broad platform compatibility is an advantage.

Installation and Setup

Driver ID keypads are installed by a vehicle electronics technician. The keypad is wired to the tracker's accessory port, mounted visibly in the cab, and configured via the tracker's software. Driver IDs are pre-loaded and linked to individual driver profiles in your fleet management platform. Most installations take under an hour per vehicle.

Buy Driver ID Keypads and Compatible Trackers in the UK

Tracking Hardware UK stocks driver identification keypads and compatible GPS trackers from Teltonika and Queclink. Whether you're building a new driver ID system or expanding an existing fleet, our team can help you specify the right hardware. Contact us for advice or browse our full range of driver ID accessories and fleet tracking devices.

How Driver ID Keypads Work

Driver ID keypads connect to a GPS tracker via the 1-Wire bus, RS232 serial port, or Bluetooth depending on the tracker model. When a driver approaches the vehicle, they enter their unique PIN on the keypad. The tracker immediately records the driver ID alongside a timestamp and GPS coordinates, creating a tamper-resistant log of exactly who was driving, where, and when.

This data is transmitted to the fleet management platform in real time over the mobile network. Fleet managers can view driver activity reports, set alerts for unauthorised drivers, and pull complete driver history for any vehicle. Unlike Dallas keys or RFID cards, a PIN cannot be easily shared or lost — making keypad-based identification the most robust option for most UK fleets.

Teltonika-Compatible Driver ID Keypads

For Teltonika FMB and FMC series trackers, several keypads connect via the 1-Wire interface. The PR3DKEYTR is a popular choice — a compact backlit keypad that mounts neatly inside the cab and supports PIN entry plus an emergency alert button. Bluetooth keypads are also supported on FMC and FMB models with BLE capability, removing the need for wiring.

Teltonika's ecosystem also supports Dallas key (iButton) readers as a lower-cost alternative to keypads. While not technically a keypad, iButton readers are widely used in UK fleets for driver identification where PIN security is less of a priority. Both systems are configured through Teltonika Configurator and managed identically within fleet platforms.

Queclink-Compatible Driver ID Keypads

Queclink devices including the GV600MG, GV620MG, and GL520 support driver ID via RS232 serial connection or Bluetooth. Several third-party keypads are compatible, and driver events are transmitted in the same data stream as GPS updates. Configuration is handled through Queclink's device manager and is straightforward for experienced installers.

Dallas Key, RFID, and Keypad: What Is the Difference?

Dallas keys (iButtons) are physical electronic tokens that the driver touches to a reader. They are fast to use and inexpensive, but carry a security risk — tokens can be borrowed, shared, or left in the vehicle. RFID cards work similarly using contactless technology, offering slightly faster identification but with the same sharing vulnerabilities.

PIN keypads eliminate the physical token entirely. Each driver has a memorable code and without knowing it, a vehicle cannot be attributed to an unauthorised driver. For fleets where accountability is paramount — those operating under DVSA inspection or with insurance stipulations — keypads offer the strongest and most defensible audit trail.

UK Fleet Compliance and Driver ID

Under UK road transport regulations, operators of vehicles requiring an operator's licence must maintain accurate records of who is driving each vehicle. Driver ID systems provide automated, timestamped logs that satisfy this requirement without relying on manual paperwork — removing a common weak point in fleet compliance.

Many UK fleet insurance providers offer premium reductions for operators using driver ID systems, recognising that identified drivers present lower risk. Driver behaviour scores — speeding, harsh braking, idling — can be attributed to individual drivers rather than vehicles, enabling fairer performance management and targeted driver coaching programmes.