I’ve been looking for good tools on displaying bandwidth monitoring on Linux for a while, and finally came across this good Bandwidth Monitoring article on the different tools avilable for Debian/Ubuntu.
Also, found a good capture filter to see the Http Get requests
sudo tshark ‘port 80 and tcp[((tcp[12:1] & 0xf0) >> 2):4] = 0x47455420’
UPDATE: I’ve found the above code to be buggy.
3S1P 2200mah
While trying to resize a filesystem, I found that umount failed with busy while fuser and lsof didnt display any files open, found a post the suggest the following
To create a ext4 fs with more Inodes (df -i) about double the standard.
List by uuid
Did some Speed runs with the Slash on the Bitumen, quite impressed.
UPDATE: Top Speed 97km/h
Stock 4000Mah Nimh, Std Pinion (13/54T), Center Slipper
Turnigy 5200Mah 2S LiPo, Std Pinion (13/54T), Center Slipper
Turnigy 3600Mah 3S LiPo, Std Pinion (13/54T), Center Slipper
Turnigy 5200Mah 2S LiPo, High Speed Pinion (18/54T)
Turnigy 3600Mah 3S LiPo, High Speed Pinion (18/54T)
Turnigy 5200Mah 2S LiPo, High Speed Pinion (18/50T), Center Diff
Turnigy 3600Mah x 2 @ 3S LiPo, High Speed Pinion (18/50T), Center Diff
Turnigy 3600Mah @ 3S LiPo, High Speed Pinion (22/50T), Center Diff
Nano-Tech 5000Mah @ 3S LiPo, 18T/50TÂ Center Diff, Castle 1410 & MMP Esc
Upgraded the E-Maxx to new Big Bore shocks, and Aluminium knuckles. Didnt quite work out as planned, sits way too low. I’ve got some Losi 4.1 rate light blue 2.5″ springs for the 4 corners (not all 8 shocks), will compare the 2 setups.
Got a new RC truck a few weeks ago, mainly for the kids to be able to drive when i’m driving my truck. However, I’ve been having more fun with it than they have. Great little truck for the BMX track, good in the gravel, can just throw it around. Super tough too, although i ahve broken the A-arms, but its not been treated gently.
Been researching different battery sizes, here’s what i found
