Best Tablet Mounts for Electronic Work Diary (EWD) Systems in Australia
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Time to read 5 min
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Time to read 5 min
As Electronic Work Diary (EWD) systems continue to replace traditional paper logbooks across Australia's transport industry, fleet operators and truck drivers are increasingly relying on tablets and rugged mobile devices inside their vehicles.
But choosing the right tablet is only part of the equation.
Without a secure and reliable mounting system, EWD devices can become difficult to use, unsafe while driving, and vulnerable to vibration damage on long-haul routes.
That’s why many Australian transport operators are turning to rugged RAM® Mount systems from Mounts Australia to support their EWD tablet deployments.
This guide covers:
what EWD systems are
why proper tablet mounting matters
the best RAM® Mount setups for trucks and fleets
what to look for in an EWD tablet mount
common mounting mistakes to avoid
An Electronic Work Diary (EWD) is a digital alternative to the traditional paper-based National Driver Work Diary used by heavy vehicle drivers in Australia.
EWD systems help drivers and transport companies record:
driving hours
work time
rest breaks
fatigue management records
These systems are regulated by the National Heavy Vehicle Regulator (NHVR) and are commonly used by:
freight operators
logistics fleets
mining transport companies
long-haul truck drivers
interstate transport operators
Most EWD platforms operate on:
iPads
Samsung tablets
rugged Android devices
enterprise mobility tablets
Because these devices are used continuously throughout the workday, secure in-vehicle mounting becomes essential.
Many fleets underestimate the importance of mounting hardware when deploying EWD tablets.
A consumer-grade mount may work temporarily, but transport environments create challenges such as:
constant vibration
rough road conditions
extreme temperatures
repeated driver interaction
charging cable strain
large tablet weight
A poor mounting setup can lead to:
unsafe driver distraction
unstable screens
broken mounts
blocked visibility
damaged charging ports
device downtime
This is why rugged mounting systems are critical for professional fleet deployments.
RAM® Mounts are widely used across industrial, transport and heavy vehicle industries because they are designed for harsh working environments and highly adjustable in-vehicle setups.
Not all tablet mounts are suitable for transport fleets.
Here are the key features fleet managers and drivers should prioritise.
Heavy vehicles generate constant vibration, especially on rural and mining routes.
A mount should securely hold the device without excessive movement or screen shake.
Heavy-duty RAM® Mount arms and bases are designed specifically for rugged environments and industrial mobility applications.
Drivers need to safely view their EWD system without obstructing visibility.
A good mounting system should allow:
height adjustment
tilt adjustment
portrait and landscape orientation
repositioning for different drivers
This flexibility is one reason RAM® systems are popular in commercial fleets.
EWD tablets are often used continuously throughout shifts.
A mount must securely retain the tablet even on rough roads or off-road worksites.
Professional fleets should avoid low-cost mounts that rely on weak plastic clips or lightweight suction systems.
Many transport companies now deploy rugged enterprise tablets such as:
Samsung Galaxy Tab Active series
Zebra rugged tablets
Getac tablets
These devices are typically thicker than consumer tablets and may require industrial-grade holders.
Continuous EWD usage can quickly drain battery life.
A proper setup should allow:
constant charging access
cable management
docking compatibility
easy tablet removal when needed
Below are some of the most popular RAM® Mount configurations suitable for Electronic Work Diary deployments.
One of the most versatile EWD setups is the:
This setup includes:
a heavy-duty base
adjustable long arm
universal tablet cradle
Why it works well for EWD systems:
suitable for larger tablets
highly adjustable positioning
rugged enough for fleet environments
ideal for truck cabins and service vehicles
This type of complete mounting system is popular because fleets can deploy a standardised setup across multiple vehicles.
For larger vehicles and extreme vibration environments, many fleets use:
This industrial-grade arm is designed for:
mining vehicles
heavy machinery
off-road environments
large tablet deployments
The larger D-size system provides increased stability for rugged applications.
Some operators use smaller devices for telematics and EWD-related applications.
A popular option is:
This setup is commonly used in:
delivery vehicles
service fleets
utility vehicles
mobile technician vehicles
Several tablets are commonly deployed for Electronic Work Diary platforms in Australia.
Popular for:
rugged durability
glove-friendly use
removable batteries
enterprise deployments
Frequently used in:
transport
warehousing
mining
field service
Often chosen for:
ease of use
app compatibility
large screens
Common in:
smaller transport operators
delivery fleets
owner-driver setups
Typically used in:
mining
logistics
warehouse operations
harsh industrial environments
These enterprise-grade devices often require heavy-duty mounting systems with reinforced support.
As fleets grow, inconsistent mounting setups can create operational issues.
Standardised mounting systems help fleets:
simplify installation
reduce training time
improve driver familiarity
streamline maintenance
reduce replacement costs
Many fleet operators now deploy consistent RAM® Mount configurations across:
trucks
utes
service vehicles
forklifts
warehouse equipment
This improves reliability and simplifies scaling.
Low-cost mounts often fail under constant fleet use.
Commercial vehicles require industrial-grade systems designed for vibration and long-term deployment.
Tablet placement should never interfere with safe vehicle operation.
Mount positioning should prioritise:
safe visibility
driver ergonomics
accessibility
Loose charging cables can:
disconnect during driving
damage charging ports
create cabin clutter
Fleet-ready installations should include proper cable routing.
Larger tablets require stronger arms and mounting bases.
Heavy devices mounted on lightweight consumer mounts often experience excessive movement and instability.
RAM® Mounts have become widely used across transport and industrial industries because they offer:
rugged construction
modular mounting systems
adjustable positioning
wide device compatibility
proven reliability in harsh conditions
Unlike consumer-focused mounting brands, RAM® systems are commonly used in:
transport fleets
mining vehicles
warehouses
forklifts
field service operations
emergency services
This makes them well suited for EWD deployments and enterprise mobility setups.
As Electronic Work Diary systems become increasingly common across Australia's transport industry, reliable in-vehicle tablet mounting is becoming essential for both drivers and fleet operators.
The right mounting setup can improve:
usability
safety
device reliability
operational efficiency
For transport companies deploying rugged tablets across fleets, industrial-grade RAM® Mount systems provide a flexible and scalable solution designed for demanding Australian conditions.
Explore rugged tablet mounting solutions at:
Mounts Australia RAM Tablet Mounts Collection
or browse heavy-duty mounting systems for fleet and industrial deployments at:
No. The NHVR approves Electronic Work Diary software systems, not mounting hardware. However, RAM® Mounts are commonly used to support EWD tablet deployments in heavy vehicles.
Heavy-duty adjustable mounting systems such as RAM® tablet mounts are commonly used because they offer vibration resistance, adjustable positioning and rugged durability.
Mounting rules can vary depending on vehicle type and state regulations. Drivers should ensure tablet placement does not obstruct visibility or create unsafe distractions.
Common EWD devices include:
Samsung Galaxy Tab Active
Apple iPad
Zebra rugged tablets
Getac rugged tablets
Rugged mounts are designed to withstand:
vibration
rough roads
heavy usage
industrial working conditions
making them more suitable for commercial fleet deployments.