Flight Training Device
Mirage 2000

For Pilots & Engineers

, being in the field of Unmanned Systems, UAV Simulators and Civil Aviation, is now climbing further to design and manufacture replica cockpits and simulators for Military Aircrafts (using and implementing Open Source Information & Softwares available ).
We have experience of manufacturing Simulator Hardware of Boeing 737NG, Airbus A320 and Cessna 172 aircrafts.


Their use is associated with familiarization of beginner pilots with the aircraft, its handling, navigation and basic missions. They are used for the selection and training of pilot candidates, advanced flight training, training of all flight phases, assessing the implementation of specific air missions, and crew training and coordination within the scope of MCC and CRM training.

Flight simulators play a significant role both in pilot training and in sustaining pilot currency. The safety level of modern general, commercial, public and Military aviation depends largely on simulation technologies, used not only for training purposes, but also in air accident investigations, studies of aircraft design or air traffic simulation and on a better understanding of the interactions present in the pilot-aircraft-mission environment system.

Conclusions drawn from the analysis of various studies suggest that the role of flight simulators increases with the growing complexity of modern aircraft systems, which means that simulator training is now an integral part of the processes of pilot training and professional development, or conducting the research studies related to adapting aircraft design to human capabilities and limitations. Ever increasing degree of fidelity of representing the pilot natural work environment by the simulator makes flight simulators an invaluable tool.

Thanks to the high definition graphics that our simulators offer you, fly like never before. You will feel like you’re on a real plane, not a simulator. 

We are OEM of Flight Simulator panels i.e. we don`t assemble Simulator using panels from other comapnies, Our panels are Home-brewed and built keeping in mind the level of abuse the panels would have to tolerate in their life span.

Our Flight Simulation solutions would be most beneficial for Indian Customers as they would no longer have to be dependent on foreign companies for Product, Maintenance & Support.

Flight Traing Device


Dronobotics Flight Simulator-  Mirage 2000 India


Accurate Replica Of the M2000 Simulator with 70% funtional Inputs and Outputs


Highly detailed and accurate virtual and physical cockpit with switches, encoders, knobs, levers etc. 


* Instructor`s Station
* True Scale
* 180 Degree FOV


Robust and High Quality Material For Minimum Maintenance


+ Full scale replica of Cockpit Panels
+ Accurate panel markings
+ Caution light panel
+ High quality input devices
+ Replica of joystick, throttle, switches, knobs etc
+ 180 degree high quality visuals
+ Various missions and tasks
+ Accurate flight manoeuvres
+ Air to air refuel practice task
+ Minimum Maintenance
And much more…

Instructor`s Station (Optional)

+ Aircraft : Get an overview of all important aircraft data and control parts like gear, flaps etc.
+ Position : Move your aircraft on an approach, to a runway takeoff point, or any other location.
+ Map: Real-time moving map shows current aircraft position, taxiways, gates, airways etc.
+ Flight Plan: Plan your flights manually or select from the system flight plan.
+ Weather Conditions: Define detailed weather conditions, enable real-time weather and set season, time and simulation rate.
+ Pushback: Control the aircraft pushback operations and set any needed pushback direction.
+ Fuel / Load : Set the current fuel amount and change the payload of the aircraft.
+ Statistics : Keep all important graphs on one view including detailed approach graphs.
And Much More...

The Functions which Dronobotics Simulator Systems Can Provide

  • Demonstration function  - it relates to the enrichment of the theoretical training process with demonstrating the trainee the elements of specific procedures, methods and the uses of aircraft instruments, controls and systems.
  • Education function  - it relates to such elements as: developing/perfecting trainee’s skills and habits with regard to practical implementation of operations in the cockpit, the use of operational procedures, onboard emergency procedures, improving multi-crew cooperation, and the skills in the use of aviation phraseology, developing /perfecting training skills of flight instructors, etc.
  • Personality function - it is associated with the formation and development of the desired personality and professional traits of the pilot (trainee), preparing him for it, among others, for air mission execution under high workload and/or time deficit, and in new situations (onboard and in the mission environment) from the point of view of the current pilot (trainee) experience, etc.
  • Adaptive function   - it amounts to improving the pilot (trainee) "recurring“ actions on board the aircraft, including actions related to complex and emergency situations. Exercises performed within this function are particularly important with regard to the preparation for the execution of the mission which is new from the point of view of the pilot’s current experience.
  • Research function   - it is related to checking the behavior of the pilot (trainee) at different stages of the planned mission execution, taking into account the specific solutions relating to the design, ergonomics, and automation of a particular aircraft type. It also amounts to verifying the validity of theoretical assumptions related to the way of solving problems onboard the aircraft by the crew, for example, the validity of assumptions concerning the crew actions in the event of certain onboard emergencies.
  • Control-examination function  -it allows to carry out control/examination exercises in relation to the specific license or aviation ratings.
  • Selection function - it consists in eliminating permanently or temporarily from further aviation training those candidates who have no predispositions (competencies, knowledge, skills) to work as a pilot/perform specific flight tasks.