View allAll Photos Tagged rotor
I'm supposed to be working on my mountain bike but got mesmerized by the shiny new parts and the concentric patterns and had to take a picture :) I've removed every bolt and component from the frame and cleaned, lubed and re-installed them. All I have left to do is replace the tires, brake pads and rotors! on this bike...
- www.kevin-palmer.com - - www.kevin-palmer.com - The winds were whipping snow across the high country of the Cloud Peak Wilderness. Blowing snow was rotating and circulating through this bowl which I think makes it a rotor wind.
It appears a lot of effort has been made to spruce up this old ride.
I remember being able to go up the steps to watch people spinning around inside.
You can still do it now but, I guess to cover the cost of the fancy housing, signage and flags, you now have to pay the same price as you would to actually go on the ride.
What's the point?
I needed a compact, easy to integrate coaxial technique for a project I'm working on..
This is a Frankenstein combination of the techniques showcased in this helpful thread in the LEGO Techniques group. Hope it isn't too confusing to reverse engineer..
Copyright © 2021 by Craig Paup. All rights reserved.
Any use, printed or digital, in whole or edited, requires my written permission.
St Giles' Fair, Oxford
Lomo sprocket rocket
Fuji Superia 200
Home processed in Rollei digibase C41 kit
Polish Navy Mi-14PS 5137 looks smart at the major museum in Deblin, but is sadly lacking its main rotor head and blades. No doubt, replacements are available but its a case of priorities I imagine.
Deblin, Poland
23rd August 2018
20180823 2I8A 8667 5137
The five bladed rotors sit around (but are not directly connected to) a vertical axle. They are somewhat flexible and don't keep their angle perfectly but they're fairly solid, and the fact that they aren't fixed to the axle means that they start and slow down gradually, rather than at once when I turn the motor on and off, resulting in less stress on the motor.
They fold so as to collectively take up as little space as possible. I was worried that the spin of the rotors would dislodge the rotor blades from their open position, but this doesn't seem to be a problem.
A simple solution for a 5 bladed rotor system for helicopters. The five plates are obviously the base of individual rotor blades, spaced at 72 degree intervals from each other. The lifebuoy spins freely around the smaller technic gear while resting on the larger gear. The dish is then used as a cover for the rotor assembly and keeps them from spinning up and off the mast, put too much pressure on it and it acts as a rotor brake though. The whole assembly allows for a little bit of rotor droop or flex upwards before the parts begin to catch on each other.
Germany's smallest production helicopter, in service for the entire war, used mainly as reconnaissance on board naval vessels. Notice there is no tail rotor, but twin opposing ones on top.
This was built for the Helicopter category of the 2010 Lego Military Contest.
reference Fl282:
It isn't pretty, but it is compact. Ideal for storage on aircraft carriers, assault ships and my Lego display case!
legoformer Rotor
video review & transformation:
www.youtube.com/watch?v=AonxDGwr6xQ
(jump to 2.35 for transformation only)
Name: Rotor Star
Designer: Jose Meeusen
Units: 8
Paper: 5*5 cm
Final size: 7-8 cm
Joint: no glue
Tutorial: on @origamimaniacs IGTV (11.12.2021)
US Navy Sikorsky CH-53 Sea Stallions BuAerNo's.161542/HC542 and 161538/HC538 from HC-4 in company with a couple of
SH-3G's also from the US Navy and a Westland built Royal Navy Sea King all lined up at RNAS Lee-on-Solent during the D-Day 50th Anniversary commemorations along the Solent back in June of 1994
Scanned Kodak 35mm Transparency
"Go ahead and try it kid, I won't hurt you... much."
Rotor is a hulking Villain with huge propellers on his back, a loose cannon that is only kept in check by his parter in crime, Xplode.
Thank Bruh_0nicles for the propeller design.
The BAT-Rotor is the ideal choice for tight urban pacification missions.
Larger, but slower than the BAT-Wing, faster than the Bat-chopper, the BAT-Rotor is Batman's most heavily armoured aircraft and allows Batman to infiltrate and exfiltrate with ease.
Armed with Rubber Bullets (I swear), Bat-Gas and Bat-Nets the BAT-Rotor acts as a weapons platform either to punch a hole in heavy resistance or to back up Batman in autonomous flight mode.
The Tilt Rotors rotates roughly 60 degrees. 15 back, 45 forward.
Built for FBTB Wings of Justice contest.
The BAT-Rotor is the ideal choice for tight urban pacification missions.
Larger, but slower than the BAT-Wing, faster than the Bat-chopper, the BAT-Rotor is Batman's most heavily armoured aircraft and allows Batman to infiltrate and exfiltrate with ease.
Armed with Rubber Bullets (I swear), Bat-Gas and Bat-Nets the BAT-Rotor acts as a weapons platform either to punch a hole in heavy resistance or to back up Batman in autonomous flight mode.
The Tilt Rotors rotates roughly 60 degrees. 15 back, 45 forward.
Built for FBTB Wings of Justice contest.