BENEFITS OF SIMULATOR TRAINING
Better. Safer. Cheaper. Greener.

Astronauts, pilots, doctors, miners, and tank crews have long recognised simulation as the gold standard for training in the world’s most demanding operational environments. Today’s simulator technology delivers unparalleled realism, mitigating rising training costs, reducing carbon emissions, and overcoming the practical and safety limitations of traditional, live training.
CYBERDRIVE Full Mission Simulators are the perfect solution for organisations looking to dramatically increase ARFF and airside driver operational readiness while reducing the cost, risk, and environmental impact of training.
Better
Most realistic training experience

CYBERDRIVE simulators offer a new dimension in operational training, exposing trainee operators to the most realistic, comprehensive and challenging scenarios imaginable – high risk situations that are literally impossible to train for in any other way. Exercises are limited only by the instructors’ imagination and can be repeated cheaply and consistently until trainees have mastered every aspect of their demanding roles.
Photo-realistic virtual worlds capture every detail of your airport, allowing instructors to define season, time of day, visibility, weather conditions and incidents along with a myriad of other features to completely immerse trainees in the scenario and thereby achieve unparalleled training retention and skills transfer. The result is more experienced, confident, and skilled operators.
Safer
Safe and controlled. Fully Prepared.

Operating heavy equipment in busy airports and performing aircraft rescue and firefighting is a hazardous pursuit, no less so the training of operators to master this calling. CYBERDRIVE Simulators mitigate these risks completely, allowing trainee-operators to gather experience and develop skills in a completely safe and controlled environment. The most complex and demanding scenarios can be exercised, recreating the intense pressure of airport first response and snow removal operations without ever exposing trainees to the dangers of live training, or at least only doing so once they have achieved a high level of proficiency in the simulators.
Greener
Reduce fuel burn. Reduce pollution.

By significantly reducing training hours on real vehicles, CYBERDRIVE simulators lower fuel consumption and associated emissions. ARFF simulation also reduces the need for live fire exercises, cutting water usage, smoke pollution, consumables, and chemical discharge to help airports meet sustainability targets without compromising training quality.
Cheaper
Reduce training associated costs

Training on live equipment is expensive. Simulator-based training reduces fuel burn, tyre wear, consumable usage, and maintenance costs, while also accelerating time to proficiency. This ultimately lowers your overall training expenditure.
Reduce vehicle operating costs, maintenance costs, tyre wear and fuel burn.
Reduce consumables costs by reducing water and extinguishing agents used by ARFF vehicles.
Reduce airport disruption and downtime through fewer live training exercises and more efficient incident management.
Reduce live fire training costs associated with installing, maintaining and operating burn rigs.
Eliminate environmental clean-up costs due to incidents involving foam and dry chem discharge.


The complete training solution
Achieving Workforce Excellence

At the heart of our Workforce Excellence ecosystem lies our WX Training Management System (TMS), a powerful platform that unites all aspects of operator development, content delivery, performance monitoring, and training administration into a single, connected environment.
WX TMS ensures CYBERDRIVE training technologies such as Full Mission Simulators, E-learning, VR-Pre Trip Inspection Trainers are all seamlessly linked into a unified blended learning environment while at the same time providing airport trainers and managers insight into the human-performance trends affecting operational targets and safety issues.
обучение
Инспекция VR
симуляторы