I am very much a newbie to RC and quadricopters but I'm working with a group of fellow students on constructing an autonomous quad for a university project. We are currently performing our initial setup.
We do not have an RC transmitter and whilst we could beg/borrow one, we would like to know, first, how to go about calibrating the 4-in-1 ESCs without one. I have read online that it is possible to do this (although the commenter didn't say how) but that it is dangerous since for a first flight you would have no manual override in the event of mis-calibration(s) causing erratic behaviour, however we plan to tether the quad in test flights to overcome such an issue and then fine tune it with/without an RC transmitter (depending on whether we can get our hands on one without purchase).
So, what is the method for performing this calibration through the APM 2.6 in Mission Planner/APMPlanner 2?
One more question:
We would also like to know how to incorporate an Arduino code program into a weypoint Flight Plan in Mission Planner/APMPlanner 2.
A bit more background:
We have built up the frame (except for the landing gear, which will be Araldite-d on soon), mounted the motors, prop savers and props, and connected the electronics to the latest versions of Mission Planner and APMPlanner 2 on the laptop by USB cable, however we have not connected the electronics to the motors.
As soon as the quadricopter has left the ground there must be no further human intervention and it must autonomously carry out a mission to cross a generic flight zone and then enter a target area. It must have a payload release system and must deliver a water payload accurately over an imaginary fire in this target area and then return to launch. Throughout the flight it must be able to stay within a geofence (or if it does exit, it must swiftly and in a stable manner return to the geofenced area) and it must be able to cope with rain and gusts of wind up to 8m/s. Our permitted budget for the entire project is £250 and we are currently JUST on budget.
In terms of components, we have:
3DR (clone) APM 2.6
3DR uBlox LEA-6H GPS with compass
3DR Power Module
3DR (clone) Radio Wireless Telemetry
Turnigy 3S 20C 3300 mAh LiPo battery
Hobbywing 20A Skywalker 20Ax4 UBEC 4-in-1 Brushless ESC
4 Turnigy Aerodrive SK3 - 2830-1020kv Brushless Outrunner Motors
4 10x4.5 Black Rubber Propellers; 2 CW, 2 CCW
4 Prop Savers
'Thermal Knife' circuit as per Bovine Aerospace
Kilner strainer funnel
Custom, self-built aluminium frame
Coat hanger landing gear
3D printed anti-vibration mount as per Omnimac
3D printed GPS stalk mounts as per Omnimac
LED flasher unit
With regards to our second question, we would like the quad to automatically fly by waypoints to the target area, hover and release the water payload. This latter process is controlled by a piece of Arduino code written by Bovine Aerospace and made open to the public. It is this piece of code that we would like to incorporate into the Flight Plan in Mission Planner/APMPlanner 2.
We would be extremely grateful if the members of this community would help us out.
RT @chr1sa: Donkeycar 4.4 released with tons of new features, including path learning (useful with GPS outdoors), better Web and Lidar supp…
RT @NXP: We are already biting our nails in anticipation of the #NXPCupEMEA challenge! 😉 Did you know there are great cash prizes to be won…
RT @chr1sa: The next @DIYRobocars autonomous car race at @circuitlaunch will be on Sat, Dec 10. Thrills, spills and a Brazilian BBQ. Fun…
RT @arthiak_tc: Donkey car platform ... Still training uses behavioral cloning #TCXpo #diyrobocar @OttawaAVGroup https://t.co/PHBYwlFlnE
RT @emurmur77: Points for style. @donkeycar racing in @diyrobocars at @UCSDJacobs thanks @chr1sa for taking the video. https://t.co/Y2hMyj1…
RT @SmallpixelCar: Race @diyrobocars at @UCSDJacobs thanks @chr1sa for taking the video. https://t.co/kK686Hb9Ej
RT @PiWarsRobotics: Presenting: the Hacky Racers Robotic Racing Series in collaboration with #PiWars. Find out more and register your inter…
RT @Hacky_Racers: There will be three classes at this event: A4, A2, and Hacky Racer! A4 and A2 are based around UK paper sizing and existi…
RT @NeaveEng: Calling all UK based folks interested in @diyrobocars, @f1tenth, @donkey_car, and similar robot racing competitions! @hacky_r…