Recent content by davidsinn

1 1 1 is slightly bigger than an XR2. 2 2 2 should fit an XR5 nicely. Sent from my HTC Incredible 2 using Tapatalk

What I meant is that the pad is there it's just set to a size that doesn't exist. I changed the scale to triple 2 and it works good. I'll tweak the rest later.

Ah. So I need to go in and edit all the .cfgs then? Surprising that it's wrong.

The other night I borked a re-entry and had to set down half a continent from the base I was aiming for. I decided to abort to San Marco but when I landed on the VTOL marker there was zero scenery there. The .cfg shows this BASE-V2.0 Name = San Marco Location = +40.21 -2.93 Size = 2000...

Wouldn't it be easier to just output the video to another device, record it there and then recapture it back on the computer?

Maybe when they cropped it they also shopped out the extra flame. I'm guessing it was just a lens flare or reflection anyway.

Thank you. I calculated for 50km. So 5.8N. How many kg will that support per cubic meter?

That sounds high to me but I'm not sure can some one check me please?

Ok so here's what I come up with: Venus g at surface 8.87 m/s2 Venus air 1.9516 kg/m3 at 101.325 kPa Earth Air 1.2934 kg/m3 at 101.325 kPa apparent mass of balloon -.6582 lifting force of approx 5.8 kg per cubic meter

You misspelled vertical.

I'm here. Been following along. I work 4 ten hour days so I don't have much time at the beginning of the week. I've been collecting data and working up a spreadsheet. I'm having to relearn HS chem as it's been 5 years since I graduated. I don't supposed I could talk any of you programmers into a...

I don't think it could. You would have to tell it.

I was inspired by the floating Venus base that is under development, to come up with my own. What I need to know is how to calculate the lifting force of N2/O2 mix by volume for the Earth range in the Venusian atmosphere. If possible I'd like a general formula so I can play around with different...

I've always wanted to screw around with a double planet. Two Earths or maybe Earth and Venus in a coupled orbit.

Something you need to be aware of in real aircraft is the main mounts on a tricycle geared aircraft are just aft of the CG. If you need excessive force to rotate the spacecraft your landing gear is too far aft. Someone commented about the timing of the VR call. That's the call for the pilot to...