Difference between revisions of "UAV"
Line 1: | Line 1: | ||
{{project infobox | {{project infobox | ||
− | |image = | + | |image = IMG-20150216-WA0000.jpg |
− | |caption = | + | |caption = Chevron UAV having a bath after landing in some water. It still worked though, it was a tough bastard. |
|status = Ongoing | |status = Ongoing |
Revision as of 08:22, 4 May 2015
UAV | |
---|---|
| |
Status | Ongoing |
Description | |
An unmanned aerial fixed-wing aircraft to be used as a platform for things. | |
Members | |
Manager | James Parkin George Walton |
Introduction
Currently we have a conventional foam airframe and a correx flying wing. We also have an MQ-9 Reaper airframe, but it is too heavy to fly.
Chevron UAV
After a short interlude (I was in hospital for a bit) the 1.5x black Chevron UAV had some good flights. Below is a montage of some of them;
And here is one of a flight over my home town of Henfield;
Sadly this UAV is no longer with us (a bluetooth cable came loose while in flight and it crashed straight down into the ground under full power, went half a foot into the earth, quite impressive actually). But it lives on in our hearts and minds and most of the parts were recoverable.
Flying Wing
Wingspan: 90cm
Weight: 700g
Battery: 2200mAh
The flying wing is based on a Mugi Evo design, and is flown by an android phone (HTC One S). The phone uses its onboard sensors (accelerometer, gyro, and magnetometer) to determine the orientation of the aircraft, and controls the angle of the two elevons and the throttle over bluetooth via an arduino + bluetooth module.
Currently working on using the phone's GPS to fly to predetermined waypoints.
2x Flying Wing
A double-size Mugi Evo is in early stages of construction (1.6m wingspan) which could carry a payload such as a go-pro or other instruments. If you're interested in working on this or using the other airframes in a project please contact George or James.
Things that need to be done;
- Finish the airframe and test it using a conventional radio controller
- Re-trim the flaps and re-tune the control loops, using the smaller plane as a starting point