Leonard and Trevor writing initial project documents
Leonard and Trevor discussing important topics
Trevor demonstrating proper typing technique
Chris, Alex, and Stephen discussing the merits of different alloys
Dylan, Alex, Stephen, Dr. Michael Shafer, and Trevor discussing the current progress
Alex, Dr. Michael Shafer, Stephen, Dylan, and Willem readying a presentation
Leonard speaking about the telemetry requirements and current plans
Chris, Alex, and Stephen searching for appropriate frame designs
Leonard, Trevor, and Reejay reviewing the operation of the Forestry department's current radio equipment
Dr. Carol Chambers answering Trevor's questions
Lucas and Reejay rehearsing an upcoming presentation
Using manual triangulation from the highest point in the area
Alex, Willem, and Trevor analyzing the recently-arrived components
Programming of the initial controller, a PlayStation 3 Controller
Testing GPIO operations
Willem, Luke, Trevor, Alex, Stephen, Leonard, and Reejay in a meeting
Building of the protoype antenna
Reejay analyzing the effects of the motor's electromagnetic field on the receiver
Stephen and Trevor assembling the prototype
Trevor wiring power to the Raspberry Pi
The prototype's rough wiring for a brief test
Moments before the first flight test
"I am the antenna."
Readying the computer for an early data recording test
Double checking the correct port is in use
Inefficiently recording with an iPhone
Visiting an environmental lab to borrow equipment
Laying out components to be weighed
Using a very, very expensive scale to get accurate mass measurements
Strapping the drone to a machine shop table for an information test
Preparing weights to hold the surprisingly powerful drone from getting lost
The drone is weighted with a heavy tether and weighted with books to simulate the antenna
The first test with the new frame
Meeting late at night to avoid wind
Displaying the detachability of certain components
Configuring flight controller parameters