Tag Archives: video

Community, Events, Release, Research, Videos

Paparazzi UAV Videos 2004-2010

A few days ago ENAC UAV Lab uploaded their Paparazzi UAV video collection from 2004-2010. If you are interested in some Open-Source UAV history you should take a look at them.

It is exciting to see how many things Paparazzi UAV could already do 5 to 10 years ago, as well as how far things have improved and evolved since then.

One of the highlights is a multi UAV flight at IMAV2006. This is 9 years ago. It is great to see how relaxed the safety pilots are. 🙂

Another highlight is the Paparazzi UAV Ground Control Station (GCS). It definitely has many of the elements of how the GCS looks today but it definitely changed and improved over the years.

Facebooktwittergoogle_plusredditFacebooktwittergoogle_plusreddit
Facebooktwittergoogle_plusrssyoutubeFacebooktwittergoogle_plusrssyoutube
Hardware

Aspirin IMU Release

11 Comments

Aspirin IMU on Booz Compatible Carrier BoardToday we are pleased to announce the public release of our next generation IMU, Aspirin! After a lengthy research, development, and testing period we are now happy with the hardware and the software drivers for this unique IMU. It is incredibly small and light, three digital sensors packed onto a single 19x14mm PCB. The footprint allows you to integrate it into your own designs too. We are also making it available via a carrier board for drop in use on Lisa/L.

Besides its small size Aspirin is cheaper then the Booz IMU you already know. The use of all digital sensors reduces size, cost and complexity while simplifying calibration.

Aspirin provides 9 degrees of measurement (DOM): 3 axis linear acceleration, 3 axis angular velocity, and 3 axis magnetic field measurement.

It consists of:

  • 3 axis accelerometer (ADXL345)
  • 3 axis gyroscope (IMU-3000)
  • 3 axis magnetometer (HMC5843)

This IMU is ready for the next generation Lisa/M autopilot that we wrote about before. The module fits directly on Lisa/M without the need of a carrier board.

We did not add an MCU on the board to save space, reduce cost, and improve latency behavior when connected to an autopilot. You have direct access to the sensor busses.

Aspirin uses the latest generation of Invensense 3 axis MEMS gyroscopes. IMU-3000’s advantage over other sensors (such as ITG-3200 found in similar IMU designs) is its selectable range. Selectable range allows the user to obtain maximum resolution and optimum performance, depending on vehicle dynamics and desired flight mode. No longer will it be necessary to limit vehicle dynamics to 300º/s, as Aspirin’s gyroscopes have a range of up to 2000º/s.

Here a small video of a Quad with Lisa/L autopilot with Aspirin IMU running Paparazzi rotorcraft firmware, for some additional entertainment. Have fun! 🙂

Cheers your Paparazzi team.

Facebooktwittergoogle_plusredditFacebooktwittergoogle_plusreddit
Facebooktwittergoogle_plusrssyoutubeFacebooktwittergoogle_plusrssyoutube