After months of rigorous testing, we are pleased to announce that our Pixhawk autopilot is now in production and ready to ship.
Designed by the PX4 open-hardware project and manufactured by 3D Robotics, Pixhawk delivers industry-leading performance and flexibility for controlling any autonomous vehicle.
Our new Pixhawk represents a significant improvement over our standard APMs, offering enhanced reliability, robust power, a broad range of USB power options and a second sensor port – for a dual IMU system. The second sensor chip not only provides redundancy, but enables the combination of different sensor inputs.
This release follows months of beta-testing by the IRIS-Developer community. Based on their feedback, we improved the noise immunity of the power supplies and added the MPU 6000 to supplement the LSM303D accelerometer.
We are grateful to the community for their valuable feedback.
Comments
I deleted the post, don't want to nag, but no, he is not a beta tester or developer He has very little experience setting these things up and operating them. He is sending me the one he just received overnight. I am building aircraft for a project on board the USS Yorktown in Charleston. He is my contact there. Being a long time member and strong advocate of the Ardupilot project it was a bit frustrating that a customer who placed his order well after me has already gotten his.
Release program, who got early ones and other beta testers and developers. Was your customer one of those?
+1
Good question, Helmut. Without these addons its pretty hard to mount the PIXHAW hidden. Bet we are not the only ones, who need em.
Hello,
When is the external LED and USB socket available?
thank you and greetings, Helmut
Thank you all for the replies
The pixhawk hardware is fine, but they found that, in switching to using the SD card vs flash, the SD card's data could become corrupted on power down. Poorer quality SD cards made it a lot worse. This is kinda a bother, since the logs and parameters are stored there, so subsequent power ups and flights would be at risk.
3DR immediately suspended shipments, sourced better SD cards (no doubt the supply chain had to eat the cards they had) and have been working with the developers on a half dozen methods of reducing this risk of corruption.
The issue is the same as that faced by most modern computers, what happens if you are writing data as someone pulls the power? Only the underlying OS here, nuttx, as I understand it, does not presently have file system repair tools. Compounded by the existing logging, which is pretty much constantly writing a dozen or more items to logs every second.... And no consistent way for the user to tell the board that it is about to lose power, and you will get some file system inconsistency.
I suspect that there will likely be a surge of pixhawk shipments as this issues is addressed, since I would guess that pixhawk production is continuing in parallel.
So it might not be as long as you estimate based on past performance, since it's not (presently/strictly) production speeds that are holding up shipments. All this derived from the Dev list, I speak with no other authority.