N_Architect
Travel, See, Feel, Explore
Lately I've been paying quite a bit of attention to the weight of safety (DE and single edge) razors, mostly due to the fact that many 'modern' designs seem to exceed what the average user may feel is 'ideal'.
The map of safety razor construction has evolved radically over the last decade. The majority of modern designs is stainless steel made, and with this comes the added durability factor - but also the considerably increased weight. I thought that I have purchased and then quickly passed on many modern stainless steel razors, largely because their excess total weight (say above 95-100gr. for a three-piece set).
I was looking at the Feather WS-D2S over the weekend, and came across a 2016 YouTube video by a gent from Denmark (his name is Thomas) who was actually reviewing the WS-D1. At some point he made a comment that stroke me: "...while Feather introduced wood elements in this design, the weight of the head remained constant while the weight of the handle was reduced - this provides better handling for the user, as the weight distribution is even more improved..."
I then go over to check the weights, and indeed the WS-D2S is 68gr. while the AS-D2 is around 90gr. Taking into account that perhaps a 'widely accepted as convenient' combined weight for a three-piece set is ca. 75gr., it seems the design improvement Feather made was smart. How many of us are actually fed up with 105gr., 110gr. or more combined weights in modern stainless steel razors? I'm sure many find the heavyweights convenient exactly because the increased weight suits them. Having the razor lead you with its substantial weight is certainly a preference as well.
Then I sat down and continued to work on the relationship between the head weight and the handle weight in any two- or three-piece set. I've been keeping records of my heads and handles, and the conclusion I am reaching is that while the combined weight of a two- or three-piece set is important, the ratio between the head and the handle is equally important. Moreover, briefly combining data with experience, I tend to believe that a good and balanced head to handle weight ratio is in the vicinity of 0.45 to 0.60 or thereabouts.
I do have an Excel sheet where I do these things, and it is a pity that with so many safety razors (>200) that have been through my hands over the years I did not keep a record of head and handle weight parameters. May post some data later on, if the discussion picks up of course and folks are interested.
Regardless, the point I am trying to make is the following: take the Rockwell 6S for example, or the Blackland Razors Blackbird. I passed on my 6S mainly because of the weight factor, and I know few others who feel exactly the same. The Blackbird is a wonderful tool but it's also heavy. Almost all of these stainless steel monsters are, in actual fact. Wolfman Razors are equally terrific in their own respect, but with a handle weight of 90gr. I believe this does the least in assisting the user to have a well balanced razor in his hands.
So are we heading in the right direction? Shouldn't we be looking for solutions with lower weight and sill good weight distribution? There are such examples out there but they are expensive, mainly due to the cost of the material (Titanium)...
The map of safety razor construction has evolved radically over the last decade. The majority of modern designs is stainless steel made, and with this comes the added durability factor - but also the considerably increased weight. I thought that I have purchased and then quickly passed on many modern stainless steel razors, largely because their excess total weight (say above 95-100gr. for a three-piece set).
I was looking at the Feather WS-D2S over the weekend, and came across a 2016 YouTube video by a gent from Denmark (his name is Thomas) who was actually reviewing the WS-D1. At some point he made a comment that stroke me: "...while Feather introduced wood elements in this design, the weight of the head remained constant while the weight of the handle was reduced - this provides better handling for the user, as the weight distribution is even more improved..."
I then go over to check the weights, and indeed the WS-D2S is 68gr. while the AS-D2 is around 90gr. Taking into account that perhaps a 'widely accepted as convenient' combined weight for a three-piece set is ca. 75gr., it seems the design improvement Feather made was smart. How many of us are actually fed up with 105gr., 110gr. or more combined weights in modern stainless steel razors? I'm sure many find the heavyweights convenient exactly because the increased weight suits them. Having the razor lead you with its substantial weight is certainly a preference as well.
Then I sat down and continued to work on the relationship between the head weight and the handle weight in any two- or three-piece set. I've been keeping records of my heads and handles, and the conclusion I am reaching is that while the combined weight of a two- or three-piece set is important, the ratio between the head and the handle is equally important. Moreover, briefly combining data with experience, I tend to believe that a good and balanced head to handle weight ratio is in the vicinity of 0.45 to 0.60 or thereabouts.
I do have an Excel sheet where I do these things, and it is a pity that with so many safety razors (>200) that have been through my hands over the years I did not keep a record of head and handle weight parameters. May post some data later on, if the discussion picks up of course and folks are interested.
Regardless, the point I am trying to make is the following: take the Rockwell 6S for example, or the Blackland Razors Blackbird. I passed on my 6S mainly because of the weight factor, and I know few others who feel exactly the same. The Blackbird is a wonderful tool but it's also heavy. Almost all of these stainless steel monsters are, in actual fact. Wolfman Razors are equally terrific in their own respect, but with a handle weight of 90gr. I believe this does the least in assisting the user to have a well balanced razor in his hands.
So are we heading in the right direction? Shouldn't we be looking for solutions with lower weight and sill good weight distribution? There are such examples out there but they are expensive, mainly due to the cost of the material (Titanium)...