Gender
Male
About
Location
Lawrence, KS
About Me:
I am an aerospace engineer with a focus on unmanned aircraft system design, flight controls, modeling, and simulation. I was the chief designer for the Meridian UAS (http://www.ae.engr.ku.edu/), a 1,200 lbs UAS designed to measure ice thickness in Antarctica and Greenland. I have spent two seasons in Antarctica and one in Greenland operating UAS. I am a cofounder of Pulse Aerospace, a company focused on unmanned aircraft system products and services.
Please tell us a bit about your UAV interest
I am interested in UAV design, flight dynamics, controller design, modeling, and simulation.
Hometown:
Lawrence, KS
Activity Feed
"Pete,
Thanks for the response. That's what I thought. Just wanted to make sure. Real time calibration of the mag can definitely be useful. People always find ways to mess up a mag calibration.
Customer: "Look I installed a new hatch closure…"
Thanks for the response. That's what I thought. Just wanted to make sure. Real time calibration of the mag can definitely be useful. People always find ways to mess up a mag calibration.
Customer: "Look I installed a new hatch closure…"
"Bill,
Your point about the strength of the magnetic field being stronger vertically than laterally can definitely be a pain. I've spent a few seasons in Antarctica flying UAVs (http://meridianuas.blogspot.com/) and all I can say is strange things…"
Your point about the strength of the magnetic field being stronger vertically than laterally can definitely be a pain. I've spent a few seasons in Antarctica flying UAVs (http://meridianuas.blogspot.com/) and all I can say is strange things…"
"Hi andrew and William,
The order of operations actually does matter here. There's a really good explanation on page 16-17 of Airplane Flight Dynamics and Automatic Flight Controls by Jan Roskam. Basically when multiplying non-diagonal matrices, you…"
The order of operations actually does matter here. There's a really good explanation on page 16-17 of Airplane Flight Dynamics and Automatic Flight Controls by Jan Roskam. Basically when multiplying non-diagonal matrices, you…"
