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Combine your existing GPS with Inertia +
The INERTIAL+ Navigation System is an extremely price competitive solution for improving measurements from a GPS receiver. Designed as a drop-in component the INERTIAL+ takes the serial NMEA data from your current GPS receiver, blends it with inertial sensors and outputs the improved data in the same NMEA format. Other input and output formats are supported.
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The INERTIAL+ Navigation System is an extremely price competitive solution for improving measurements from a GPS receiver. Designed as a drop-in component the INERTIAL+ takes the serial NMEA data from your current GPS receiver, blends it with inertial sensors and outputs the improved data in the same NMEA format. Other input and output formats are supported.
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RT2000/3000/4000 Family of GPS-aided Inertial Navigation
The RT family is an advanced, precision instrument for measuring vehicle, boat or aircraft motion.
Applications
- vehicle testing
- road and rail survey
- aerial survey
- Marine Applications
- Accurate Speed and Distance measurements
- Position, Velocity, Slip Angle, Roll, Pitch, Triaxial Acceleration and Angular Rates are all measured precisely by the system.
- Accuracy beyond GPS-only or INS-only systems is achieved
Advantages
- Measurements can be made at the vehicle's COG
- Measures accurate to 0.05 km/h
- Position accurate to 2 cm
- Real-time CAN bus, Serial, Ethernet, TTL and Analogue
- Low Latency (measurement to output is 3.9 ms)
- Powerful software provides test data in ASCII text
- Small, Compact, Lightweight
See some examples of the full range and applications at www.oxts.co.uk or contact us and tell us about your application
Microsat
GPS System
- A variety of standard braking and acceleration type and user defined tests with PC based software
- Highest accuracy of any GPS based system by real 20Hz update rate
- Speed range 0 to 1600 kph with 0.5% accuracy.
- Compact and easy to use with in built RAM.
Corrsys
Datron Sensors
Correvit is the traditional name known to Australian customers for the high accuracy, non contact speed measurement systems. Now in the arena of dynamic vehicle testing, CORRSYS-DATRON non-contact optical sensors have become the standard for measurement of vehicle handling and performance characteristics. Far surpassing the accuracy and reliability of the fifth wheel, CORRSYS-DATRON non-contact optical sensors are easier to set-up and easier to use. And because they do not make contact with road or track surfaces and have no moving parts, they resist damage and wear in even the most punishing testing applications.
In addition to their use in vehicle testing, CORRSYS-DATRON non-contact optical sensors also prove to be highly effective for the measurement and control of rail vehicle speed, aerospace testing, industrial process measurement and consumer product testing. They are also ideally suited to a multitude of other applications demanding exceptional accuracy and rugged reliability.
Correvit is the traditional name known to Australian customers for the high accuracy, non contact speed measurement systems. Now in the arena of dynamic vehicle testing, CORRSYS-DATRON non-contact optical sensors have become the standard for measurement of vehicle handling and performance characteristics. Far surpassing the accuracy and reliability of the fifth wheel, CORRSYS-DATRON non-contact optical sensors are easier to set-up and easier to use. And because they do not make contact with road or track surfaces and have no moving parts, they resist damage and wear in even the most punishing testing applications.
In addition to their use in vehicle testing, CORRSYS-DATRON non-contact optical sensors also prove to be highly effective for the measurement and control of rail vehicle speed, aerospace testing, industrial process measurement and consumer product testing. They are also ideally suited to a multitude of other applications demanding exceptional accuracy and rugged reliability.
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| 1. AXIS SENSORS | 2. AXIS SENSORS | 3. AXIS SENSORS |
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one sensor for measurement of
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OTHER SENSORS
HEIGHT SENSORS For the measurement of vehicle ride height
HEIGHT SENSORS For the measurement of vehicle ride height
MEASUREMENT
STEERING WHEEL
For measurement of
For measurement of
- Steering wheel torque, speed and angle data
- Contact Us for Details
OTHER SENSORS
For measurement of
For measurement of
- Fuel Flow
- Brake Pedal Force
- Wheel Rotation
- 3 axis wheel vectors
See some examples of the full range and applications at www.corrsys-datron.com
Need more - Contact Us
Radar Doppler Speed Sensor
The GME DRS1000 measures relative motion. This means the sensor or moving vehicle can be fixed. The sensor can measure speeds from 1.5kph to 480kph.
Contact Us for more information
The GME DRS1000 measures relative motion. This means the sensor or moving vehicle can be fixed. The sensor can measure speeds from 1.5kph to 480kph.
Contact Us for more information
ABD's in-vehicle robot systems are widely used in both cars and trucks and are designed to enable customers to carry out repeatable maneuvers on the test track. ABD manufactures steering, braking, throttle, and gear change robots that can be used individually or together depending upon customer requirements. Combine with an RTXXXX system for automatic path following or autonomous control.
See details and applications at Anthony Best Dynamics
See details and applications at Anthony Best Dynamics
KMT RPM8000 PRO
PLUG IN AND GO RPM SENSOR
- Simply plugs into cigarette lighter socket
- Simple and accurate calibration
- Independent of engine or vehicle type
- Analogue and digital output
Need information on other applications? You will find
more brochures and useful links if you click here or Contact
us about your requirements.
