DVD, HD DVD & Blu-ray 2.1-1

Against Ropes

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What happened to foot stomps in MMA?

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I don't watch as much MMA as I would like, but for a time, whenever I would watch UFC or WEC, foot stomps were a fairly common occurrence (especially if a fighter got his opponent in the clinch up against the cage/ropes). Now, I can't remember the last time I saw them being used. So have they been outlawed? I kind of always thought they were a little cheap, but nonetheless. What happened to them?

They aren't used a lot, mostly only by fighters who've tied up their opponent against the fence, but can't take them down. Chris Leben frequently uses them in his matches.

"Unified MMA Rules outlawed both foot stomps, and the Maurice Smith hand over mouth technique amongst many others. But the UFC decides which rules they pick and choose, and the UFC chose to keep foot stomps, and outlaw the Mo Smith. so they're still there"

This is ridiculous. The UFC can't allow a technique that's banned under the Unified Rules. They can disallow a move that the UR permits (like Strikeforce and the IFL did with elbows), but they couldn't, say, allow headbutts. Both techniques you're describing are allowed by the Unified Rules. Hendo pulled off the smother vs. Anderson Silva, and as I said above, Leben uses foot stomps in many of his fights.

US hopes must rest on the young guns

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INSIDE THE ROPES:MARK TWAIN once observed that the world's greatest swordsman need not fear the second-greatest swordsman; the one he should fear is the man who has never held a sword in his hand.
Against the Ropes (2004)

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Buying Guide | Tow Ropes

Wakeboard Ropes

Types

• No-Stretch
  • The construction of a no-stretch rope is made from material called Spectra.
  • Spectra Rope is an extremely durable material with practically no elasticity. Meaning that a no-stretch rope will do just that. It will not stretch, making ideal for use in wakeboarding.
  • Spectra Rope also has extremely low moisture absorption, providing a perfect compliment to use on the water. It keeps the rope lighter and does not accelerate fatigue while holding on to the rope handle.

• Low-Stretch
  • The construction of a low stretch rope is generally composed of polyethylene or polyethylene blend material.
  • This type of construction provides more elasticity than a no-stretch Spectra rope.
  • This type of construction proves beneficial to most recreational riders.

• Multi-Purpose
  • If you're a wakeboarder who primarily works on honing your skills performing tricks, a no-stretch Spectra rope is best.
  • For those who enjoy both waterskiing and recreational wakeboarding, low-stretch ropes will be the best rope choice. Low-stretch ropes provide enough elasticity for recreational waterskiing, while maintaining enough stiffness for wakeboarders riding for recreational purpose.

• Length
  • Typical wakeboard ropes will range between 60-70 feet in length. However, rope length can vary.

Handles

• Just as rope type differs between wakeboarding and waterskiing, so do wakeboarding handles.
• Wakeboard handles are more specialized; offering more features aimed at making tricks and aerials easier.
• Wakeboard handles tend to have a wider grip than waterskiing handles. Ranging from 13-15 (in) in width. By comparison, water skiing handles typically measure 11-12 (in) wide.
• Wider grips help riders when performing tricks because of the necessity to pass the handle behind the back.
• Wakeboarding handles will have features that make spin tricks easier. Often in the form of a rope braid or second smaller handle grip built into the rope.
• Wakeboarding handles commonly have a neoprene foam float that makes them float.
• Slower speeds of wakeboarders in comparison to water skiers allow for foam floats to be present on handles without concerns of the water ripping the floats off.

Water Ski Ropes

• Water ski ropes require a slight bit of elasticity that can provide give as the skier changes his or her speed and goes from one turn to the next.
• Standard rope lengths are 70 feet. 75 feet with the handle included.
• Typically water ski ropes are made from polypropylene that will stretch 2-3% of its length under normal conditions.
• Rope give absorbs shock as a skier goes side-to-side cutting through boat wake.
• A recommended rope is one-quarter-inch diamond braid polyethylene or polypropylene with breaking strength greater than 800 pounds.
• Take-Offs: Allow for the shortening or lengthening of a rope from one attachment loop to the next. If you would like to ski closer to the boat, "take-off" loops, or further away, add loops.
• Standard ropes will contain up to 10 colored sections that you can "take-off".

Kneeboard Ropes

• No-Stretch
  • The construction of a no-stretch rope is made from material called Spectra.
  • Spectra Rope is an extremely durable material with practically no elasticity. Meaning that a no-stretch rope will do just that. It will not stretch, making ideal for use in wakeboarding.
  • Spectra Rope also has extremely low moisture absorption, providing a perfect compliment to use on the water. It keeps the rope lighter and does not accelerate fatigue while holding on to the rope handle.

• Low-Stretch
  • The construction of a low stretch rope is generally composed of polyethylene or polyethylene blend material.
  • This type of construction provides more elasticity than a no-stretch Spectra rope.
  • This type of construction proves beneficial to most recreational riders.

• Multi-Purpose
  • If you're a kneeboarder who primarily works on honing your skills performing tricks, a no-stretch Spectra rope is best.
  • For those who enjoy both waterskiing and recreational kneeboarding, low-stretch ropes will be the best rope choice. Low-stretch ropes provide enough elasticity for recreational waterskiing, while maintaining enough stiffness for kneeboarders riding for recreational purpose.

• Rope Length
  • Typical kneeboard ropes will range between 60-70 feet in length. However, rope length can vary.

• Handles
  • Just as rope type differs between kneeboarding and waterskiing, so do kneeboarding handles.
  • Kneeboard handles are more specialized; offering more features aimed at making tricks and aerials easier.
  • Kneeboard handles tend to have a wider grip than waterskiing handles. Ranging from 13-15 (in) in width. By comparison, water skiing handles typically measure 11-12 (in) wide.
  • Wider grips help riders when performing tricks because of the necessity to pass the handle behind the back.
  • Kneeboarding handles will have features that make spin tricks easier. Often in the form of a rope braid or second smaller handle grip built into the rope.
  • Kneeboarding handles commonly have a neoprene foam float that makes them float.
  • Slower speeds of kneeboarders in comparison to water skiers allow for foam floats to be present on handles without concerns of the water ripping the floats off.

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