The invention of automobiles has come a long way, and soon it will be a common sight to see driverless cars moving along with you, which a few years before would create a ruckus on the road, with people confused about the ghost car. It’s marvelous how far we have come. A few decades ago, a radio in a vehicle was the only source of entertainment, and people were in awe of the communication and access to different frequencies. Now, we have come so far that today’s vehicles are equipped with a wide range of advanced features and technologies, making the vehicles safer, more efficient, and comfortable for all passengers and the driver. What makes the vehicle not just a machine with an engine but a technologically advanced entity is the Ground Vehicle Processor, mostly utilized in military vehicles.
According to the research report by Markntel Advisors titled “Global Ground Vehicle Processor Market: Forecast (2022-27),” the demand for ground vehicles is rising with several countries modernizing, leading to the requirement of their military vehicles like infantry vehicles and armored fighting vehicles, etc. This is leading to further research and development in ground vehicle processors to enhance engine application, vehicle handling, security, and protection with new radio and communication devices, and more. Even more interesting insight is that there is even more focus on the development and integration of Unmanned Ground Vehicles (UGC), as they provide enhanced mobility to the ground forces without risking the lives of the operators.
What Exactly Is Ground Vehicle Processor?
It is a type of computer processor designed for ground vehicles to control many different functions within the vehicle, such as engine management, transmission control, and other tasks and processes related to vehicle operations. They are typically designed to have tough qualities, such as being rugged and durable, so that they stand in harsh operating conditions, which military vehicles and other ground vehicles often encounter. The processors are designed in such a way as to resist shock and vibration and be resistant to moisture, dust, and other environmental conditions.
Today, modern vehicles, and specifically military vehicles, are designed with greater technological advancement, filled with numerous digital features. The main brain behind all these features is the ground vehicle processor. It controls, administers, observes, and takes care of various functions of the vehicle, acting as the brain behind the wheels.
The Major Functions of the Processor
Ground vehicle processors control various transmissions and automatic transmissions and are responsible for shifting gears and controlling other aspects of the transmissions. They add more safety to the vehicle, with advanced and technologically upgraded safety features like anti-lock brakes, traction control, and stability control. Through safety controls, the processors ensure the reliable operation of the vehicles. It adds to the driver’s assistance by processing data from sensors and cameras to suggest the best next route or move for the vehicle. They are also responsible for controlling and monitoring various aspects of the engine, such as fuel injection, timing of ignition, emission control, and more.
Application and Improvements in Military
Military vehicles are equipped with the most advanced features and technologies designed to extend their life in a challenging environment. Ground vehicle processors keep all these features together by providing real-time processing, management, storage, and analysis of data received from numerous sensors in the vehicle. It also helps with communication with other vehicles and other convoys, and when needed, using this data to help the driver or controller make better decisions. It majorly helps in navigating through harsh conditions and reducing human errors as much as possible. Furthermore, with the growing addition of autonomous vehicles in the military, enabling vehicles to be operated from a distance, saving military resources, the processor plays an important role in the vehicle’s response and is facing further advancement to move forward with heavy military vehicles.
To Sum It Up!
Ground vehicle processors are continuously advancing technologically to enhance their ability to process and store large amounts of data in real-time. The evolution of modern vehicles, including driver-assist systems, adaptive cruise control, and other advanced safety features, plays a crucial role in ensuring the vehicle operates up to modern standards. Furthermore, the future may bring even more advanced hardware and software additions to the automotive industry. Finally, with the growing electrification of vehicles, including military vehicles, ground vehicle processors are poised to become the central nervous system of the vehicle.
