Digital Twin Powered Operator Training
The DataMesh Simulator Platform offers flexible training solutions with 6DOF, 3DOF, and simplified non-movement versions. Using digital twins and immersive simulations, it enhances learning efficiency, reduces equipment wear, and minimizes risks for tower crane, forklift, rotary drilling rig, deep well casing drilling rig, excavator, and other equipment operator training.
Connect data, workflows, and field execution so teams can understand context, act faster, and keep work traceable.
Built on top of a 6-DOF motion platform, full physics, audio, and vibration simulation, DataMesh Simulator Platform can leverage the machine's original cab and real operating system interface with no experience trade-off.
Traditional heavy equipment training requires in-person trainers. Travel and lodging costs, trainer personnel costs, and foreign language barriers hurt training efficiency. With self-instructed courses and multi-language support, such costs can be driven down significantly.
Compared with traditional heavy machinery operator training that uses a real machine and brings the risk of accident, DataMesh Simulator Platform helps new operators grow their skills without safety concerns.
Supports construction and heavy equipment training scenarios such as tower cranes, forklifts, rotary drilling rigs, deep well casing drilling rigs, excavators, and equipment-specific custom programs.
Instead of consuming diesel or gas, the DataMesh Simulator Platform is powered by electricity. Not only using clean energy, but the cost can also be reduced significantly compared with traditional machine-based training methods.
Practical applications and proven success scenarios across industries.
SANY is one of the heavy machinery industry leaders. Overseas heavy machinery training and support poses a challenge due to lack of professional operator training. Based on the DataMesh Simulator Platform, 6-DOF Drill Rig Simulator training was delivered for multiple models.
Sunward adopted DataMesh Simulator to train operators on rotation drills and other complex machinery using immersive digital twin technology. The platform reduced training time while minimizing risks and costs by enabling virtual, step-by-step practice.
Simulator courses can be configured for tower crane, forklift, rotary drilling rig, deep well casing drilling rig, excavator, and other equipment roles, combining digital twin scenes, physical controls, and measurable assessments.
DataMesh Simulator Platform is deployed at customer sites including Beijing (China) and Changsha, Hunan (China), with additional locations across the Asia-Pacific region.
The DataMesh Simulator Platform offers flexible training solutions with 6DOF, 3DOF, and simplified non-movement versions. Using digital twins and immersive simulations, it enhances learning efficiency, reduces equipment wear, and minimizes risks for tower crane, forklift, rotary drilling rig, deep well casing drilling rig, excavator, and other equipment operator training.
Built on top of a 6-DOF motion platform, full physics, audio, and vibration simulation. Can leverage the machine's original cab and real operating system interface with no experience trade-off.
Traditional heavy equipment training requires in-person trainers. Travel costs, trainer costs, and language barriers hurt efficiency. With self-instructed courses and multi-language support, costs can be driven down significantly.
Non-movement desktop version for basic familiarization and cognitive training without motion hardware.
DataMesh Simulator supports construction and heavy equipment training scenarios including tower cranes, forklifts, rotary drilling rigs, deep well casing drilling rigs, excavators, and customer-specific equipment programs. The training experience is configured around the target machine, controls, task sequence, assessment criteria, and required hardware form factor.
DataMesh also publishes Operator Training: Heavy Equipment on Steam as a simplified public reference version of the Simulator experience. It is useful for seeing the training concept, interaction flow, and digital twin-based equipment practice in a lightweight form, but it should not be confused with the professional Simulator systems we deliver for enterprise and education customers with custom hardware, motion platforms, cabins, controls, content, and assessment requirements.
SANY is one of the heavy machinery industry leaders. Overseas heavy machinery training and support poses a challenge to further business growth due to the lack of professional operator training. Based on the DataMesh Simulator Platform, 6-DOF Drill Rig Simulator training was delivered for multiple models.
Sunward adopted DataMesh Simulator to train operators on rotation drills and other complex machinery using immersive digital twin technology. The platform reduced training time while minimizing risks and costs by enabling virtual, step-by-step practice.
Teams use this workflow to validate operational value through a focused pilot: better visibility, more consistent execution, cleaner records, faster handoffs, and clearer decision evidence. Exact impact depends on site scope, data readiness, workflow maturity, and rollout depth.
Due to its size and complexity, simulators are customized case by case. The first step is to create a digital twin of the real product. It can then be built in batch depending on requirements. Contact us to get a quote.
Yes. For non-branded simulators such as generic drilling rigs, tower cranes, forklifts, deep well casing drilling rigs, and excavators, you can directly purchase through DataMesh. For branded machinery simulators, you need to purchase through the original equipment maker who owns the IP of training content.
No. Simulator is a digital twin and physics simulation platform for operator training. Depending on the scenario, it can use motion platforms, cabins, physical controls, desktop stations, and visual systems, but it should not be described simply as VR.
Yes. DataMesh Simulator Platform is a modular system that can be designed and assembled in separate locations.
See how this product powers real-world use cases.