The IMU is mounted close to the center of the vehicle. The air pressure sensor is directly attached to the sensor board, while the three-axis digital compass is attached to the quadrotor’s landing ...

Successful MGUE Inc 1 prototype development is being leveraged into a full portfolio of weapons, ground and aviation/maritime M-code GPS receivers. Our first production M-code receiver, MPE-M, ...

Designed for GPS applications, the CW45A and CW46 GPS sensor modules integrate a CW25 GPS receiver, dc/dc converter, RS-232, RS-422, and USB interface options, and an active GPS antenna in small ...

GPS receivers communicate with satellites to compute three values: Latitude of the GPS receiver: Latitude refers to the device’s location north or south of the equator. Longitude of the GPS receiver: ...

Drop-in Defense Advanced GPS Receiver replacement features M-Code protection and full-color graphical user interface NavGuide™ is the GPS receiver designed with the user in mind. (Credit: BAE ...

Engineers at Rutgers University in New Jersey have combined ultrasonic sensors and GPS receivers to create a low-cost, efficient way to find the nearest available parking space.

As people travel, it’s second nature to utilize GPS. However, what happens when GPS is not an option? For the Army, the ...

A GPS receiver should be able to get signals from about 10 satellites at a ... "We're looking at how sensors will augment the overall GPS performance," by providing augmentation for tasks like ...

Today, the GPS receiver in a car is accurate to 10-15 meters. ... (also radar) sensors and 3D maps to understand precisely where they are and where the hazards are.

Sensors, radio transmitters and GPS modules all feature low power consumption. All it takes is a few milliwatts to run them. Energy from the environment ... or GPS receivers, ...

The vertical accuracy typically claimed for RTK GPS systems is 0.10 of a foot, or 1.2 inches, or 30.5 millimeters.) To implement Millimeter GPS on a typical jobsite, the user of a Topcon RTK GPS ...

Sandia National Laboratories is developing an avocado-sized vacuum chamber made out of titanium and sapphire that could one day use quantum mechanical sensors to provide GPS-grade navigation ...