StopFire is a Сomplete Mixed Reality Simulator for 100% safe, effective and realistic firefighting training
Created by firefighters for firefighters
Get full presentationCreated by firefighters for firefighters
Get full presentation
100% safe for health and ecology
Train on any real object for maximum training results
Physical response depend on situation
We created mixed reality training system that is fully immersive and allows to model any fire situation on any object
Software
The software is based on the application of real mathematical models, which include the parameters of the flame propagation and termination of burning depending on the trainee actions.
AR glasses are installed in the fire helmet, which enable the user to see the surrounding reality as it is and complement it with virtual components, creating a mixed reality (MR).
In MR, the processes of flame propagation, smoke and water pressure from the fire barrel look very realistic, which creates the effect of maximum presence.
A real firefighter’s suit is equipped with heating elements that simulate temperature changes when approaching the source of ignition in MR and create realistic sensations from heating
The control module includes a laptop with a unique MR control program installed, simulator interface elements and a pneumatic system.
The pneumatic system pumps air into the fire hose and creates an imitation of a change in water pressure in the fire hose depending on the switching of water supply modes from the fire barrel.
The fire hose has a length of 10 meters for the free movement of the cadet around the room
The fire barrel has 3 switches
Realtime fire model
Realistic environment interaction
Smoke and heat volume model
Biometric monitoring
1 to 3 trainee per session
Burning material setup
Temperature map with heating
Water flow imitating system
The ability to conduct training and simulate a fire at any facility using MR technology
It takes only 20 minutes to prepare the simulator for use
AR-glasses, thermoelements in a firefighter's suit and imitation of pressure in a fire hose create sensations as close to reality as possible
The flames of a fire and acrid smoke can only be observed in augmented reality glasses. The trainees are safe without burns, without inhaling acrid smoke and without any harm to their health.
Training in MR with the StopFire simulator is an intermediate step between theory and practice. Reduce stress levels before going to the training ground to extinguish a real flame.
With each training session, it increases the confidence and experience of cadets by changing the training conditions: the location of the fire, the combustibility of materials, the speed of fire propagation.
Training takes place in MR without the use of open fire, water and other fire extinguishing means. Your property will be safe.
The ability to conduct training and simulate a fire at any facility using MR technology
1 trainee per session
1 year subscription
1 trainee per session
2 year subscription
1 trainee per session
3 year subscription
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
The unique software models virtual components in MR as realistically as possible and synchronizes them with the operation of the interface elements.
