01
In-cab operator display
An easy-to-use, tablet-like touchscreen that works with gloves and is readable in sunlight.
INDUSTRY · HEAVY MACHINERY CONTROL
ATLASHeavy machinery control software
From machine data to operator decisions, a clear control screen.
ATLAS brings sensor data, operating states and operator commands together on the cab display of excavators and heavy machinery. The control interface is adapted to the machine's hardware and workflow. Machine communications, operator guidance and data tracking are handled within the same software structure.
ExcavatorsHeavy machineryCAN / J1939
Download brochure PDF · Turkish
WHAT IT DOES
In the field, time and safety
depend on what the operator can see.
Controlling dig depth and slope often depends on an additional person taking measurements on site; mistakes mean re-digging and lost time.
When working near underground lines, buildings or power lines, the smallest mistake can cause serious damage. The machine's operating hours, fuel consumption and faults are also often not tracked regularly.
ATLAS shows the operator the target grade and the bucket's current position, warns when defined limits are approached and records the machine's operating data. It is designed so that it can be retrofitted to existing machines.
KEY FEATURES
Six core capabilities
for more efficient and safer digging.
02
Dig guidance
Live display of bucket position against target depth and slope; a structure upgradable from 2D to 3D.
03
Virtual limits
Height, depth, swing and no-go zone limits; audible and visual warnings on approach.
04
Payload weighing
Weighing of each bucket load, prevention of overloading and loading records.
05
Machine data and fleet tracking
Recording of operating hours, fuel, location and fault codes and their transfer to the center.
06
Remote support
Fault diagnosis and software updates can be carried out remotely.
USE CASES
Where ATLAS
is used
Road and infrastructure construction
Working to target grade when digging channels, trenches and slopes.
Pipeline and cable laying
Safe digging with virtual limits near underground lines.
Mining and quarrying
Tracking truck loading with payload weighing and preventing overloading.
Mixed machine fleets
Collecting data from machines of different brands in a single system.
TECHNICAL APPROACH
Technical scope and integration.
Hardware selection, functions and integration scope are determined by the operating environment. Let’s evaluate the right configuration for your project together.
| Display | 7–10 inch touchscreen cab display; vibration- and dust-resistant housing (IP65 target). |
|---|---|
| Sensors | Boom, arm, bucket and body tilt sensors, swing sensor; GNSS receiver for 3D, optional laser receiver. |
| Machine communications | Communication with machine electronics over CAN bus and SAE J1939; CANopen sensor support. |
| Design data | Import of project surfaces and alignments in LandXML and DXF formats. |
| Fleet data | Data sharing in ISO 15143-3 (AEMP 2.0) format is targeted. |
| Safety approach | ISO 13849 and ISO 25119 functional safety standards are used as references for automatic and limiting functions. |
ATLASIs it right for your project?
Request information ↗Is it right for your project?
Let’s evaluate it together.
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