The SAR antenna would point north but the spacecraft was capable of rotating 180o about its yaw axis in order to obtain full coverage of the Antarctic.

So for direct light, it takes only one bounce, for off axis light it might take two, and for extreme off axis, it might take three.

So it's a little bit off the axis of the geographic north pole and the south pole.

Six miles off course.

So you don't only know that he's going off course, you know how.

And that four dimensional space consists of X, Y, Z and then the yaw angle.

It is based on a system of coupled differential equations for the populations of 80,000 bins in mass, semi major axis and eccentricity.

It will have a three axis stabilized bus with two panels of solar arrays and batteries.

I can reflect it in the line through X, or the line through Y, or the line through Z.

Axes

Axis

And this is the same thing, money down there, and health, you know?

You prioritize the one guy who seems to be going a little off course.

We figured she must have gone off course, went out over the ocean, went down there.

Axis 1

Axis 2

X Axis

Y Axis

x Axis

y Axis

X Axis

Y Axis

Z Axis

Axes

New Axis

Now I have money on that axis, and I have the possibility of children to survive there.

Techsat I spacecraft had been developed by the Technion Institute. It was light (50 kg), inexpensive, with low power consumption (10 W) and three axis stabilized.

Transport

x rotation

x rotation

y rotation

y rotation

z rotation

z rotation

X axis Range

Y axis Range

Axis line width

Axis line color

visible axes

Show axes

Axis width

Axes labels

Axes Division

Show axes on the scene

Units along X axis