Petzl CLUB+ at CLUB prices

Inglesport

Well-known member
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We've got the new Petzl CLUB+ in stock, and, for the next two weeks, it's down to CLUB pricing: £2 per metre, and hanks to match.
  • CLUB+ uses an HMPE-blend sheath, so it's more durable and abrasion resistant than the standard version.
  • This also means the breaking strength is higher at 28 kN breaking strength. Not essential but it doesn't go amiss.
  • Handling is similar: EverFlex treatment keeps the feel consistent. If you've used the standard CLUB, you won’t notice much change in the knotting department.
  • 3.1% stretch under 50/150 kg. A bit lower than the standard version so it's less bouncy as well. 66g/metre.
Hanks are also running at matched CLUB prices (if they’re gone, we’ll take phone orders and sort you out).

👉 𝗣𝗲𝘁𝘇𝗹 𝗖𝗟𝗨𝗕+ 𝗽𝗲𝗿 𝗺𝗲𝘁𝗿𝗲: https://www.inglesport.com/product/petzl-club-10mm-semi-static-rope
👉 𝗣𝗲𝘁𝘇𝗹 𝗖𝗟𝗨𝗕+ 𝗵𝗮𝗻𝗸: https://www.inglesport.com/product/petzl-club-10mm-semi-static-rope-hank

If anyone wants to compare it side-by-side before ordering, drop us a call or pop in.
 
Club rope is very boingy*, a bit too much on longer drops to my taste.
Not clear to me on Petzl's site what their elongation % means, but I'm used to seeing elsewhere as the elongation when a static load of 10% of breaking strain is applied.
Does anyone know what Petzl's % means?

Just comparing 3.3% for Club and 3.1% for Club+ doesn't sound noticeable, but if the % are based on 10% of breaking strain (and Club is 25kN and Club+ 28kN) then Club+ should be 0.84 as boingy as Club, which is still a little bit boingy? I might have to pop in to Inglesport's lair some time to compare them

*Boingy as defined by UIAA and CE standardised boing measurement standards🤣
 
Club rope is very boingy*, a bit too much on longer drops to my taste.
Not clear to me on Petzl's site what their elongation % means, but I'm used to seeing elsewhere as the elongation when a static load of 10% of breaking strain is applied.
Does anyone know what Petzl's % means?

Just comparing 3.3% for Club and 3.1% for Club+ doesn't sound noticeable, but if the % are based on 10% of breaking strain (and Club is 25kN and Club+ 28kN) then Club+ should be 0.84 as boingy as Club, which is still a little bit boingy? I might have to pop in to Inglesport's lair some time to compare them

*Boingy as defined by UIAA and CE standardised boing measurement standards🤣
I only have club but agreed on it being very boingy, I believe the % is % of length, which if you’re 100m is ~3m which is a lot of stretch on a long pitch
 
For elongation testing, a length of low stretch rope is terminated at both ends with a Fig. 8 knot. A 50kg load is applied and the distance between the termination eyes is recorded. The load is then increased to 150kg and the distance between the terminations is measured again. The % elongation is the increase between the two length measurements.
 
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