NAVIGATION IN GPS-DENIED ENVIRONMENTS FOR DEFENSE APPLICATIONS

 
  INERTIAL NAVIGATION SYSTEMS 
FOR GPS-DENIED DEFENSE APPLICATIONSWelcome to ANELLO Inertial Navigation Systems for Defense where we bring together cutting-edge technology and unwavering commitment to security. In a time where precision, accuracy and gaining the edge are of utmost importance ANELLO shines as a beacon of innovation. We offer state of the art inertial navigation systems that are meticulously crafted to meet the requirements of defense operations in GPS-denied environments across land, air, and sea. 
 Our goal is to empower forces and defense agencies with advanced capabilities that provide confidence in navigating complex and challenging GPS-denied environments. Come join us on a journey into the realm of ANELLO’S Inertial Navigation Systems for Defense where we're reshaping the future of navigation and situational awareness for safety.

APPLICATIONS

FREQUENTLY ASKED QUESTIONS

  
  Aircraft Navigation
Missile Guidance  
Ground Vehicles 
Unmanned Aerial Vehicles (UAVs) 
Artillery Systems 
Space and Satellite operations 
Precision Guided Munitions (PGMs) 
Intelligence Surveillance Reconnaissance  (ISR) 
Maritime 
Unmanned Surface Vehicles (USV) 
Unmanned Underwater Vehicles (UUV) 
Dismounted Soldiers 

Inertial Navigation plays a role in defense by tracking the position orientation and movement of military vehicles, aircraft and naval vessels especially in situations where GPS signals are unavailable or disrupted.
One of the advantages of navigation in defense is its ability to operate autonomously without depending on external signals. This makes it highly resilient when faced with GPS signal jamming or unavailability.
Inertial Navigation finds use across a range of defense platforms such as fighter jets, tanks, submarines, drones and missile systems. It provides these platforms with reliable navigation capabilities.
By offering real-time accuracy and precise data, Inertial Navigation Systems significantly enhance the precision of operations. They enable targeting, effective coordination, and reliable navigation within complex and dynamic environments.
Inertial Navigation Systems are specifically designed to operate under extreme conditions including high vibrations, rapid accelerations and severe temperature variations. They ensure performance, in demanding defense scenarios.