Tarantula Posted September 14, 2010 Report Share Posted September 14, 2010 Ran across this today, wondering if anyone knew anymore about it... Quote Link to comment Share on other sites More sharing options...
PhotoFlyer Posted September 14, 2010 Report Share Posted September 14, 2010 (edited) I don't know anything about that helicopter in particular, but all they did was put some vent tube on a window AC unit and shove the tubes in the windows. That's some great creative thinking if you ask me. Just have to be careful when inserting and removing the tubes so you don't break the windows. Edited September 14, 2010 by PhotoFlyer Quote Link to comment Share on other sites More sharing options...
RagMan Posted September 14, 2010 Report Share Posted September 14, 2010 Doesn't seem like anything more than the crew got tired of walking out to a hot aircraft to fly a call. Rig up a portable ac and run a couple lines into the windows, then just roll it away prior to takeoff. Smart idea actually. Quote Link to comment Share on other sites More sharing options...
JDHelicopterPilot Posted September 14, 2010 Report Share Posted September 14, 2010 In warm climates it is comon to see a portable AC unit with duct work going through the aircraft window. There are AC units made just for this application. The set up in the picture is a cheap way of doing it and they thought outside of the box for sure. It works for me. If we didn't cover the aircraft and hook up AC our seats could actualy melt. Quote Link to comment Share on other sites More sharing options...
SBuzzkill Posted September 14, 2010 Report Share Posted September 14, 2010 Wish we had those on the Jet Rangers down here in Alabama Quote Link to comment Share on other sites More sharing options...
AdminLB Posted September 14, 2010 Report Share Posted September 14, 2010 You should see the limitations on that sucker in the RFM. Something like..... Flight must not exceed 100' from AC power source.With AC unit installed and running, reduce airspeed by 30 knots due to increased drag.With AC unit installed and running, patient must be loaded from right side. There has got to be some more that I cannot remember......anyone else? Sorry....I could not resist Quote Link to comment Share on other sites More sharing options...
PhotoFlyer Posted September 14, 2010 Report Share Posted September 14, 2010 Lyn, Have you got any information about the STC for the solar/wind power adaptor kit? I heard that your max range is increased to almost 2000 feet with the kit installed. Quote Link to comment Share on other sites More sharing options...
fly911 Posted September 15, 2010 Report Share Posted September 15, 2010 PhotoFlyer, Good question. Weren't you wondering about the yellow "shoreline" plugged into the other side of the ship? Quote Link to comment Share on other sites More sharing options...
Goldy Posted September 17, 2010 Report Share Posted September 17, 2010 You should see the limitations on that sucker in the RFM. Something like..... Flight must not exceed 100' from AC power source.With AC unit installed and running, reduce airspeed by 30 knots due to increased drag.With AC unit installed and running, patient must be loaded from right side. There has got to be some more that I cannot remember......anyone else? Sorry....I could not resist Well, you would have to have a belly tank on the ship to run the condensate line into. You cannot allow anything dropping from the helicopter without taking all the pre-cautions. That...and...only left turns allowed in flight! All the right pedal in the world wouldnt overcome that drag! Quote Link to comment Share on other sites More sharing options...
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