FlightScope's Patented technology
Advanced Fusion Tracking
FlightScope's Patented Fusion Tracking is an innovative combination of 3D Doppler tracking and image processing.
How does the 3D Doppler Tracking Radar work?
Direction angles are sensed and then:
1a. Oscillator generates microwave signal
1b. Antenna radiates signal
2. Moving object interferes with signal, reflects some energy, and doppler shift occurs
3. Phased array antenna detects reflected signal and compares phase detected
With technology improving the world of sports in leaps and bounds, more accurate sports measurement systems have resulted in improvements not only for players, but for spectators too. The two main technological aspects of the FlightScope 3D motion tracking device are its radar technology (very similar to that which is used in the military), and its advanced industrial electronics. The patented phased array tracking technology that is used in all FlightScope radar units is the most advanced in the industry today.
The ball’s entire trajectory after it has been launched is tracked, which means you have exceptionally comprehensive ball measurement information instantly available, helping you to improve your golf swing.
FlightScope’s 3D motion tracking devices are not just about ball measurement; they can also help with your golf swing analysis by measuring the following:
FlightScope Mevo+
- 20 Data Parameters
- 12 E6 Connect Simulated Golf Courses
- Patented Fusion Tracking technology - unique combination of radar and camera
- Free practice, skills combines and PC software included
- Action video clips with data overlay
- Indoor and outdoor
Mevo
- 8 Accurate data parameters
- Free software, no subscriptions required
- Syncs with your phone to automatically record and clip swing videos with data overlay
- Fun games and challenges
- Suitable for both indoor and outdoor use