A friend brought a beater pair of Goode 95s by for a mount on the mill. The skis themselves are in great shape, but they’re on their third or fourth mount. Skis have six inserts/ski for tele, and we added eight inserts/ski for La Sportiva bindings. Skis have had other holes filled (or not) with JB Weld.

Skis are stiff, minimal camber. The contact points are quite close to the ends of the ski. Looks like a very traditional design, and may be less forgiving of technical error than some modern skis.  Torsional stiffness is excellent; I’d expect it to hold an edge well.

For these skis, after calibration and unbiasing, I measure 1256 ± 40 grams . Individually, they weighed in at 1279 and 1234 g.  While these skis are holey, I’d be surprised if all 45 grams of difference between the skis is due to their post-sale history. 45 grams is a lot – almost two ounces. But, without a pristine pair, we cannot be sure.

New skis would be somewhat lighter, perhaps 20-30 g. Each ski has 17g+  of inserts alone.

Got schooled by the kind and knowledgeable folks at Marmot Mountain on the ins and outs of skate poles. Considering my budget, the mid-grade Swix poles seemed to strike the right balance. These are the ones with the blue hatching. Definitely found the middle ground in stiffness in the Swix line, but seemingly stiffer than the full-carbon Yoko pole of the same size.

Poles weighed in at 261.6 and 263.3 g, so 262.5 ± 1.5 grams (with usual caveats about measuring errorbars off two points). Couldn’t find a Swix spec for the poles’ mass.

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The skate gear continues. As a review goes, I’m still calibrating myself as much as the skis for skate gear. No flaws, binding mount went smoothly, skis go fast.

If you’re looking at the photos, the 2000/2006 g calibration factor applies to this scale. One ski weighed in at 700 g, the other at 708 g. With the usual caveats (2 measurements is a poor way to sample a distribution),  this comes to 704±7 grams for each ski. I can’t find a spec from Fischer for the 192 cm ski.

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Skate gear is starting to cross the MeasuredMass scales. Once these bindings get some snow time, I’ll post a review. What did they say on the scale?

121.0 g and 121.3 g, respectively.  Two samples is too small to reliably estimate an uncertainty, but if I do, it’s 121.15±0.27 g.  Rossignol quotes 240 g/pr, so these might be less than 1% high, but without an uncertainty from Rossignol (depending on significant digits, that 240 could be 240±5), it’s impossible to tell.

Looking forward to getting some time on them!

I’d been thinking about a serious rescue beacon (PLB) for a long time, perhaps leaning toward the DeLorme InReach, when the ResQLink arrived under our tree. The two-way communication feature was very attractive, but the requirement of a (hardly rugged and heavy) smartphone and the substantial subscription fee kept me from buying in.

We decided not to let the perfect in the way of the good, and I’ve kept the ResQLink. The NOAA registration online was quick and easy.

It’s measuredmass.com though, and weight matters on a device like this. It’s really just dead weight; unless you’re almost dead, then it’s useful.  The box and website claim 4.6 ounces / 130 grams. What does it say on the scale?

143.8 grams (or 5.1 oz). That’s 11% high. Without more samples of the device, I can’t comment on product variation. The strap weighs 1.8 grams, so that isn’t the cause. For a product whose weight is an important feature, even 9% is a lot.

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