Here's a video from one of our recent tests of our GTQ-Cormorant: a submarine and quadrotor hybrid.
We use an air pump/solenoid system to move air between the clear, water-tight pressure hull and an external air bladder for depth…Continue
University of Glasgow MAST Lab entry to the iMechE Unmanned Aerial Systems Grand Challenge 2014/2015.
The Unmanned Aircraft Systems Challenge (UAS Challenge) bridges the gap between…Continue
Every drone is uses a GPS ranging from position hold to way point navigation. But the performance of current GPS system has massive scope of improvement. Imagine a drone which can hold its position so well that its performance is comparable to a motion capture system's position hold and likewise for the way point navigation.
I have implemented a monocular visual odometry on Nvidia's JetsonTK1. Using this implementation, GPS can be replaced with this camera…Continue
Here is a short video of what we have been working on this year...
Galaxy GBS 10 Mulicopter
UAV Parachute Ballistic Rescue System
Development tests …
This is only the 4th or 5th flight since installing my new carbon fiber props from Hobby King and I have to say, between that and my DIY wire rope "jello killer" camera mount, the video is looking pretty good. Especially considering I don't have a gimbal.
Anyway, I was…Continue
Added by Crady von Pawlak on May 15, 2014 at 8:00am — No Comments
This is yet another version of a 3D printed quadrotor, pointed to be one of the workhorses of my research... The main characteristic of this frame is that instead of using nut and bolts to join the arms and the base together, like in TEGO v2, I'm…Continue
I have a long history of being involved with R/C planes and helicopters and moving into drones is a natural extension of that. However, until recently I had little exposure to quad copters and I had the opportunity to see them fly at a drone meet. I got interested in them and decided to build my own…Continue
Hi, drone developers. I am a master student at department of Aeronautics and Astronautics, University of…Continue
NavStik users are now using NavStik to build a variety of autonomous systems. Its extremely small size and light weight (4 grams), coupled with a powerful Cortex M4…Continue
I'm very grateful to be in community that supports a laser-equipped Fab Lab. Lately I've been designing and fabricating custom components for my unmanned aircraft, especially components that are easily integrated into existing systems.
Above is a photo of one of my latest creations: a solution that houses a five or six-cell LiPo, an APM 2.5 autopilot…Continue
By Evan Ackerman
Conventional quadrotors are what’s called underactuated robots, which means that they can move in more ways than they have independent control over. For example, they can happily yaw around to any angle you want while otherwise stationary, but if you ask them to pitch or roll, they can’t do it without also changing their position: if you…Continue
First I would like to thanks to all the people that commented, see, and shared my work. I'm really happy you enjoyed it.
Now the important part. I've been very busy on the firmware and the flight software. The board is still the same :D. T he system is doing very well and the attitude autopilot is working great. Here is a video of the last…Continue
Added by Alan Kharsansky on May 3, 2013 at 1:00pm — No Comments
In this video the application of a Visual-Inertial (Camera & IMU) localization algorithm on a Parrot AR.DRONE quadrotor, for enabling real-time GPS-denied autonomous navigation, is presented.
A sensor package for data logging, consisting of a Beaglebone computer, an…Continue
Some FPV from the summer. Testing out OP CC3D on a QAV500.Continue
I completed my first build recently, having made a quadrotor. I built it from scratch, no kits involved, using Wii bits for the IMU and a LPC2103 for the brains running my own code. Weighing in at around 2.4kg it's not the lightest quadrotor around, but its motors are more than powerful enough. I've yet to…Continue
I thought some of you might be interested in this:
Control of Mobile Robots
Magnus Egerstedt (Georgia Tech)
About the Course
This course investigates how to make mobile…
Finally my x550 and APM2 quadcopter is complete! And I have successfully flown!.
Right now I seem to have a bit of yaw problem, as well as a trim/balance issue. Since the frame is not quite flat it can be hard to tell exactly what should be level, and when I yaw in a different direction, it seems to always return to original. I think I need to…Continue
[EDITOR'S NOTE: This topic has been posted in a previous blog. Here's the link http://diydrones.com/profiles/blogs/walking-quadrotor-aerial-vehicle]
This is one of the toys I have designed lately as a part of my graduate project.
Added by Arash Kalantari on June 4, 2012 at 3:30pm — No Comments
Hello all, I have been a member of this community and active in the UAS industry for some time. I am currently teaching a 2 credit sophomore level mechanical engineering design class at a 4 year university where the students typically make devices to compete in the American Society of Mechanical Engineers (ASME)…Continue