Fidelio Telemetry
| Industry | Computer software |
|---|---|
| Founded | 2013 |
| Headquarters | Italy |
Key people |
G. Martelli (CEO),(Software Architect) G. Lockmer (CSO) C. Huang (CTO) |
| Products | Software |
Number of employees | 8 |
| Website | http://www.fideliotelemetry.com |
Fidelio Telemetry is a computer software company, located in Italy, to develop telemetry software for R/C Racing Car. Its products include "Fidelio Orchestra" and "Testbed". Fidelio Telemetry develops telemetry software for processing and plotting telemetry datas for R/C Car vehicles and RC racing setup.
History
The Fidelio Company was founded in 2013, and has been providing telemetry software.
In 2015 it claimed to have over 3000 customers.
Products
| Software | Year |
|---|---|
| Fidelio Basic | 2013 |
| Fidelio Orchestra | 2013 |
| Testbed 2016 Professional | 2015 |
| Testbed 2016 lite | 2015 |
| Testbed Professional 2017 | 2016 |
| Testbed lite 2017 | 2016 |
Telemtry in R/C Racing Car
The rise of radio controller with telemetry support in RC Car world joint the opportunities offered by computer calculation are bringing new challenges to maintaining effective tools and analyzing programs for critical data and situations. The telemetry system in R/C world are introduced since 2010. The radio trasmitter for R/C of last generation equipped with telemetry system can be store an enormus amount of data. The Fidelio software are able to display, processing and anlyze[1] information from the following sensors:
- Engine RPM
- Temperature
- Voltage
- Throttle
- Brake
- Steering
The calculation modules offers the capability to evaluate variables such as:
- Top speed
- Dynamic response of the car (weight transfer study)
- Ideal racing line
Optimal Racing Line & Camera Car support
In motorsport, the racing line or simply "the line" is the path taken by a driver through a corner or series of corners with the typical goal of minimizing lap times. The software supports:
- Camera Car monitor (linked to telemetry informations)
- A computation of optimal racing line for the track drawn.