PeteCress
Member
- Joined
- Jan 1, 2019
- Messages
- 5
This post is going to ramble a bit.
Since accepting the fact that I am going to need a cane for the rest of my days, I decided to embrace it and try to craft an aerobic workout routine around it.
Realistically, if I ever got into it with some young guy, the chances are 99% that he would take the cane from me, stick it where the sun never shines, and then beat me to death with it.
But, against that 1%, I've spent the past couple of years reading/watching everything I can find on canes as weapons - and spending 45 minutes every other day beating the crap out of a couple of boat bumpers in my back yard - keeping my heart rate between 85 and 95 percent of (220 - my Age):
I don't really have the expertise to back it up, but I have been calling BS on a lot of the cane self-defense videos I have seen: basically guys doing unrealistically-complex moves against slow-moving or stationary and compliant "Opponents".
Until I read Carl Levitian's reference to Tony Wolf's Falcon Defense Cane Basic System, the only game in town that made sense to me was Michael Janich's Martial Cane Concepts DVD - which I bought on Amazon early in the game.
In fact, Tony Wolf's video ,
as sensible as it looks, would have more impact on me if it were done with full-contact and full-speed. Also, the guy's jabs don't feel right because he has no focus and he's not pulling the cane back fast enough to prevent it being grabbed.... but I know nothing and that's just my impression.
All that being said, I have been obsessing about optimal cane weight/density/diameter.
From the Janich DVD, I take away the notion that I want to be jabbing to keep more than arm's-length (punching) distance between me and the Bad Guy, while trying to inflict a baton fracture on one of his shins (i.e. compromise his mobility sufficiently for me to retreat to a position of safety). ... Another contributor's observation about having seen a baseball bat broken on a guy's shin without putting him down doesn't exactly give me a warm fuzzy feeling about this strategy.... but that's the strategy I have been going with so far.
I'm thinking that, speed-wise, I want that cane moving fast enough for it to make a "Swish" sound. ... No particular reason besides seeing that Janich's strikes make that sound and they look to me like they would almost certainly put a major hurt on somebody's shin.
For me, that seems to be a cane that weighs somewhere between 300 and 500 grams. I work out on the boat bumpers with one that weighs 600 grams, but I can't swing it fast enough to make any sound..... although the mass is definately something to be reckoned with even at a slower speed.
But after speed and mass, we have contact area.
I have to think that, for a given mass, narrower is better.
My canes tend to be fat because I made half of them from broken windsurfing and SUP paddling gear... reasonably light, but fat:
Top-to-bottom, in grams, we're talking 600, 560, 500, 450, 430, 360, 350, 330.
In ounces, that's 21.2, 19.8, 17.6, 15.9, 12.7, 12.3, and 11.6.
But except for #'s 4, 5, &6 (which don't feel to me like they have the needed durability) they're all fat: i.e. the force at contact would be applied over a broader area.
The top two are 1 1/16" in diameter and things go downhill from there and I think the 330 (made from a section of broken SUP paddle) would almost certainly break if I wacked somebody on a shin hard enough to hurt. ... And, of course, the alu drugstore cane is going to pretzel immediately from anything besides a jab.
This brings us to Carl Levitian's 3/4" ironwood cane - which sounds to me like some sort of optimal compromise.
It also brings us to Carl's post on testing his cane on various dead animal parts.
In two years of searching, Carl's testing is the first non-BS information I have found vis-a-vis real-world damage.... Way to go Carl !
Carl, are you there?
If so, what is the weight of your 3/4" ironwood cane?
Since accepting the fact that I am going to need a cane for the rest of my days, I decided to embrace it and try to craft an aerobic workout routine around it.
Realistically, if I ever got into it with some young guy, the chances are 99% that he would take the cane from me, stick it where the sun never shines, and then beat me to death with it.
But, against that 1%, I've spent the past couple of years reading/watching everything I can find on canes as weapons - and spending 45 minutes every other day beating the crap out of a couple of boat bumpers in my back yard - keeping my heart rate between 85 and 95 percent of (220 - my Age):
I don't really have the expertise to back it up, but I have been calling BS on a lot of the cane self-defense videos I have seen: basically guys doing unrealistically-complex moves against slow-moving or stationary and compliant "Opponents".
Until I read Carl Levitian's reference to Tony Wolf's Falcon Defense Cane Basic System, the only game in town that made sense to me was Michael Janich's Martial Cane Concepts DVD - which I bought on Amazon early in the game.
In fact, Tony Wolf's video ,
as sensible as it looks, would have more impact on me if it were done with full-contact and full-speed. Also, the guy's jabs don't feel right because he has no focus and he's not pulling the cane back fast enough to prevent it being grabbed.... but I know nothing and that's just my impression.
All that being said, I have been obsessing about optimal cane weight/density/diameter.
From the Janich DVD, I take away the notion that I want to be jabbing to keep more than arm's-length (punching) distance between me and the Bad Guy, while trying to inflict a baton fracture on one of his shins (i.e. compromise his mobility sufficiently for me to retreat to a position of safety). ... Another contributor's observation about having seen a baseball bat broken on a guy's shin without putting him down doesn't exactly give me a warm fuzzy feeling about this strategy.... but that's the strategy I have been going with so far.
I'm thinking that, speed-wise, I want that cane moving fast enough for it to make a "Swish" sound. ... No particular reason besides seeing that Janich's strikes make that sound and they look to me like they would almost certainly put a major hurt on somebody's shin.
For me, that seems to be a cane that weighs somewhere between 300 and 500 grams. I work out on the boat bumpers with one that weighs 600 grams, but I can't swing it fast enough to make any sound..... although the mass is definately something to be reckoned with even at a slower speed.
But after speed and mass, we have contact area.
I have to think that, for a given mass, narrower is better.
My canes tend to be fat because I made half of them from broken windsurfing and SUP paddling gear... reasonably light, but fat:
Top-to-bottom, in grams, we're talking 600, 560, 500, 450, 430, 360, 350, 330.
In ounces, that's 21.2, 19.8, 17.6, 15.9, 12.7, 12.3, and 11.6.
But except for #'s 4, 5, &6 (which don't feel to me like they have the needed durability) they're all fat: i.e. the force at contact would be applied over a broader area.
The top two are 1 1/16" in diameter and things go downhill from there and I think the 330 (made from a section of broken SUP paddle) would almost certainly break if I wacked somebody on a shin hard enough to hurt. ... And, of course, the alu drugstore cane is going to pretzel immediately from anything besides a jab.
This brings us to Carl Levitian's 3/4" ironwood cane - which sounds to me like some sort of optimal compromise.
It also brings us to Carl's post on testing his cane on various dead animal parts.
In two years of searching, Carl's testing is the first non-BS information I have found vis-a-vis real-world damage.... Way to go Carl !
Carl, are you there?
If so, what is the weight of your 3/4" ironwood cane?
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