This article is to document a major milestone for the p-DRP-0057 project.
It is time to move our design from breadboard to circuit board.
The concept of p-DRP-0057 project is to allow telemetry of various sensors as well as remote control signals captured. For those who missed previous article, please check here.
Greetings.
Carry on from our September p-DRP-0057 project blog, the scratch built transmitter unit holds various electronic components including Xbee, sensors and signal status LEDs. We will talk about the installation onto our model here.
This is what what we imagine the installation will look like, with LED see through from model windshield. The two LEDs show (i) Status of wireless data communications and (ii) Overall monitoring status.
Hello Readers
Our p-DRP-0057 project is going on stronger than before, we hope to get a working unit running and tested before Winter. It is entirely doable but the leaves are falling fast and we need to work harder!
Hello Readers
Seen enough sneak peak of our p-DRP-0057 Windows program from our Twitter account? Maybe it is time for us to give a public introduction.
Another look of our p-DRP-0057 development. Old school @windows #programming with #VS2015 It is getting there! pic.twitter.com/nqubsBoV6I
— Binary Taskforce (@BinaryTaskforce) August 26, 2015
p-DRP-0057 is a telemetry and monitoring system for remote control model, a scaled down derivative embedded software development from our core business project on telemetry. (Hey, there is always time for play!!!) The system features a micro-controller driven telemetry and sensing module installed on the model, the module relays data captured (includes RC signal to servos and various on-board sensors.) to a Windows console running Windows 7, 8, 8.1 and 10.
