Space Technology to Conquer Everest

Roland Piquepaille writes "These days, the European Space Agency (ESA) is busy sharing its space technologies. Last week, in "Space technology hits the slopes," it said that the ski maker Rossignol hopes to beat the world speed skiing record of 250 km/h by using skis stabilized by a mechanism developed for ESA's Rosetta spacecraft. And today, the ESA announced that a satellite-based Health Monitoring Kit developed by the Canadian company March Networks and co-funded by ESA, will help climbers to escalate Everest. Of course, this kind of technology can be applied at lower altitudes. This overview contains other details and references about the March Networks Health Monitoring Kit."

Comments

I swear when I read the title it read:

[SB5]

Space Technology to Conquer Everquest.

I don't play EQ, so I don't know how the association could have been made. I saw the first line and the mention of the ESA and wondered what the hell did they want to do with EQ. Then I reread the headline.

Re:What if he crashes?

[commanderfoxtrot]

I have skied at over 140kph (that's circa 90mph) down red runs (in the 3 Vallees) in the past. That's measured using a GPS, so add a few mph to take account of the angle.

Believe me, you really don't want to fall over! I am an instructor, and felt confident even at those speeds, but the biggest danger is as the article says: the vibration. With modern parabolic/carving skis, the slightest angle on the ski will result in it trying to turn away; if this is not what you want, it could be curtains. Those small vibrations you feel skiing at a "normal" 30mph are multiplied dramatically at 90mph. It's not a thing I would recommend to any skier who is not an expert.

Re crashing, I would hope that one would simply slide a long way; so long as you don't catch an edge falling and start tumbling, you should hopefully be OK. A motorcycle rider will probably correct me here :-) but bear in mind that you're more likely to slide on snow than on asphalt.

Great for autopsies

[NMerriam]

So it records vital signs on a bluetooth enabled PDA, which can later be used to transmit the data when they get back to the satellite system. That's great -- if there is an emergency, all they have to do is find the bodies, hope that they used the kit during the emergency to gather data, bring back the PDAs, and they'll know exactly what killed the climbers!

Forgive my sarcasm, we did this in 1998 and 1999 (Everest Extreme"), except we were sending the data in real time over 900mhz radio to the doctor at base camp and via sat back to the hospital in the USA. And it was gathered 24/7 because they were wearing the monitors, not some box of medical tools to be used briefly. That way, if someone was having trouble, we could actually tell what was wrong and where to find the climber (GPS is handy that way).

The things that kill on Everest are getting lost/falling off in bad weather and hypothermia (dehydration is actually the biggest medical problem, but it doesn't usually kill).