Our Services
RTK Corrections
Muya CORS provides Real-Time Kinematic (RTK) corrections and Post-Processing (PP) services utilizing a network of Continuously Operating Global Navigation Satellite Systems(GNSS) Reference Stations (CORSs). Our CORS tracks all available GNSS satellites including GPS, GLONASS, BEIDOU and Galileo. It also provides static data RINEX files thereby increasing redundancy in static observations and precision of positioning. The solutions of our CORS are based on the most current ITRF realization(ITRF2014). The CORS are also fixed with respect to Kenya datum.
We are providing GNSS base stations and therefore no need for RTK GNSS base station. This saves users on GNSS base receiver costs and time usually taken in setting it up! Users only require a GNSS Rover and register with us. On registration, users automatically receive individual logging details to receive RTK corrections including IPs, Port, user name and password.
On registration users simply Connect, Correct, and Measure 24/7.
The Following RTK corrections are available:
> Single CORS RTK corrections: from the nearest CORS to the User including Nearest RTCM 3.2, 3.1 and 2.3
> Networked CORS RTK corrections: averaged corrections from at least 3 nearest CORS including VRS 3.2, 3.1 and 2.3
The Following are the expected positioning accuracies:
> 1cm accuracy within 30km from the CORS
> 5cm accuracy within 50km from the CORS
> 10cm accuracy within 100km from the CORS
> 50cm accuracy within 400km from the CORS
> 1cm accuracy within VRS covered areas
We are providing GNSS base stations and therefore no need for RTK GNSS base station. This saves users on GNSS base receiver costs and time usually taken in setting it up! Users only require a GNSS Rover and register with us. On registration, users automatically receive individual logging details to receive RTK corrections including IPs, Port, user name and password.
On registration users simply Connect, Correct, and Measure 24/7.
The Following RTK corrections are available:
> Single CORS RTK corrections: from the nearest CORS to the User including Nearest RTCM 3.2, 3.1 and 2.3
> Networked CORS RTK corrections: averaged corrections from at least 3 nearest CORS including VRS 3.2, 3.1 and 2.3
The Following are the expected positioning accuracies:
> 1cm accuracy within 30km from the CORS
> 5cm accuracy within 50km from the CORS
> 10cm accuracy within 100km from the CORS
> 50cm accuracy within 400km from the CORS
> 1cm accuracy within VRS covered areas