SMC 2000 UAV Kit

Description

Our Company 

Synerex supplies receivers and related solutions for MBC's Broadcast RTK service that enables centimeter-class ultra-precision location information services. We will do our best to reach out to our customers with RTK GPS solution, which is the root of the 4th Industrial Revolution.

We would like to continuously research and develop IMU and INS applicable to precision agriculture and self-driving cars to localize them.

Also, we are widely distributing ultra-low delay video transmission technology that can be applied to construction machinery and autonomous driving, so please pay a lot of attention.

Synerex Inc. will always do its best to our customers.

Our Product SMC 2000 UAV Kit

L1/L2 broadcast RTK data reception function

• LTE basic support
• PPS output support
• RTK Accuracy: 10mm+1ppm CEP
• RTK Fix Time: 10 ~ 60sec
• Power input: DC 5V/2A
• Dimensions: 95 x 75 x 15 mm (W x D x H)
• Weight: 130g
• Operating temperature: -40℃ ~ 85℃

An RTK (Real-Time Kinematic) kit is a high-precision positioning system commonly used in drones and other equipment that require accurate geolocation. RTK technology enhances the accuracy of GPS data by using a reference station (often referred to as a base station) that provides real-time correction data to a mobile receiver, such as one on a drone. This setup significantly reduces positioning errors and can achieve accuracy down to the centimeter level, compared to the typical meter-level accuracy of standard GPS.

Components of an RTK Kit

An RTK kit generally consists of:

1. Base Station: A stationary receiver placed at a known location. It continuously receives GPS signals and calculates errors, which it then transmits to the rover.

2. Rover (Drone Receiver): This is installed on the drone and receives both GPS signals and correction data from the base station.

3. Communication Link: Usually a radio or cellular link that transmits correction data from the base station to the rover in real-time.

 How RTK is Used in Drones

1. Precision Mapping and Surveying: RTK-equipped drones can capture highly accurate geospatial data, which is essential for mapping, land surveying, and construction. The centimeter-level accuracy helps in creating detailed maps and 3D models.

2. Agriculture: Farmers use RTK-equipped drones for precision agriculture, enabling them to monitor crop health, manage irrigation systems, and even plant seeds with great accuracy.

3. Inspection and Monitoring: RTK allows drones to navigate closely and accurately along infrastructure like power lines, pipelines, and bridges, providing detailed inspections with minimal errors.

4. Autonomous Flight Operations: RTK improves the accuracy of autonomous flight paths and navigation, essential for applications like delivery drones and other autonomous operations where precise location is crucial.

 Advantages of Using an RTK Kit in Drones

- High Accuracy: Achieves centimeter-level precision, essential for professional applications.

- Real-Time Corrections: Provides immediate accuracy improvements, making it suitable for dynamic environments.

- Reduced Post-Processing: With real-time data corrections, RTK minimizes or eliminates the need for extensive post-processing of positioning data.

RTK kits have become essential in various drone applications where precision is a priority, enabling drones to perform tasks that require high accuracy and reliability.