Well we did it. 9.4 miles with just under 2500 elevation gain, most of the hike between 6000 and 7000 feet above sea level. That qualifies as a strenuous hike.
We didn't want to do this amount of ascent in the heat of the day, so got up early so we could leave the trail head at 7:15. Good decision.
We left from the trail head to Hickman Bridge, and went about 1/4 mile and 200 feet up to where the trail split. That's where the hike really began.
About 50% of the hike was across long stretches of rock. A trail couldn't be created across these rocks, so the path was marked with cairns--hundreds of them on this hike whereas on a typical NW hike one might see one or two.
Sometimes we were walking along ledges close to the edge (but not too close--the park service has made the trail safe unless one is very foolish), and sometimes under towering cliffs. The next photo shows a ledge along which we walked--for this one we were on the second tier. Occasionally there were steep drop-offs, though, and one had to be very careful. The Navajo Sandstone we were hiking on provided great footing.
If we hadn't
actually done it, it would have seemed almost inconceivable that there
was a way of getting to this spot so far in the distance. Or that these
two bodies in their 60s could get there.
Here we are at Navaho Knobs, the top of Capital Reef, able to see miles in every direction. Really at the top of the world. We had lunch there. It tasted good.
Hike Report: Navaho Knobs, Capital Reef National Park, UT.
(Note that the elevation gain changes a bit when one disables the elevation correction. Note also that, as is typical with both my hiking and biking Garmins, elevation gain does not always equal elevation loss, even though we always start and stop in the same exact location; I basically take an average of all of these figures to arrive at what I believe to be the best estimate of elevation gain. I also use data from two different Garmin computer programs, which usually provide slightly different estimates (one Garmin uses Google Maps and the other uses barometric pressure to estimate elevation). The figure I arrive at is probably accurate to within 50 feet or so, which is pretty good. Also, usually it is within a few feet of elevation gains provided on the occasional trail map that reports elevation gains of hikes, which makes us feel confident in what we estimate when this information is not provided by trail maps.)