|
NO. 6 Bodyboards The Landlord 42.5,40.5
The long anticipated board from No.6 and Leroy Kaiwi is just what you've been look'n for in a versitile template, best quality materials, and insane all new deck skin color and blood black surlyn bottom
|
|
|
A first for bodyboarding in the IDOL...EFC Type-A Core. A completely engineered bodyboard core that simulates and exceeds those specs of PE. With a vast majority of bodyboarders surfing in colder regions, stiffer cores can 'freeze' up making flex patterns needed for projection difficult to achieve. Type-A core keeps a wicked 'K' Factor...that is major bounce back with just the right amount of flex in colder water temps of 60 degrees F and lower. We have outfitted the IDOL with 8pcf Cellucushion for...
|
|
|
* 2.1 PCF PP core. * Blunted nose. * Crescent tail w/ slanted channels. * 4mm + 1.5mm IXL graphic deck skins. * 2x dual staggered epoxy set stringers.
|
|
|
Leroy Kaiwi does not hold back when it comes to riding breaks like Pipe, Canon's, or the infamous Scorpion Bowl. When he stepped up to develop his No.6 signature model....he didn't fuss with any details...he just made sure the template was quick and versatile. Inspired from his favorite boards growing up we tweaked the new Landlord with a 2x Dual Staggered
|
|
|
NO.6 Goliathe 43.5" Bodyboard
|
|
|
* 2.1 PCF Calibrated PP Core. * Blunted nose w/ subtle nose bar & grips. * Wing tail w/ leg grooves. * 4mm + 1.5mm IXL deck skins & rails. * 1x single epoxy set stringer.
|
|
|
No. 6 Goliathe 43.25" Bodyboard
It is no secret that the bulls of the school love the Goliathe. After years of struggling with small thinner boards, the No.6 stepped up and threw down with the help of some of the best (and biggest..literally) riders in the sport today. We have specially calibrated a core with a maximum 62mm thickness...custom developed for our Goliathe program. This core enables riders of large statures (200lbs+ and 6ft +/-) to finally have the buoyancy needed to power through critical tube sections with ease all...
|
|
|
A first for bodyboarding in the IDOL...EFC Type-A Core. A completely engineered bodyboard core that simulates and exceeds those specs of PE. With a vast majority of bodyboarders surfing in colder regions, stiffer cores can 'freeze' up making flex patterns needed for projection difficult to achieve. Type-A core keeps a wicked 'K' Factor...that is major bounce back with just the right amount of flex in colder water temps of 60 degrees F and lower. We have outfitted the IDOL with 8pcf Cellucushion for...
|
|
|
NO.6 DEKCUF 41.75 Bodyboard
|
|
|
A first for bodyboarding in the IDOL...EFC Type-A Core. A completely engineered bodyboard core that simulates and exceeds those specs of PE. With a vast majority of bodyboarders surfing in colder regions, stiffer cores can 'freeze' up making flex patterns needed for projection difficult to achieve. Type-A core keeps a wicked 'K' Factor...that is major bounce back with just the right amount of flex in colder water temps of 60 degrees F and lower. We have outfitted the IDOL with 8pcf Cellucushion for...
|
|
|
A first for bodyboarding in the IDOL...EFC Type-A Core. A completely engineered bodyboard core that simulates and exceeds those specs of PE. With a vast majority of bodyboarders surfing in colder regions, stiffer cores can 'freeze' up making flex patterns needed for projection difficult to achieve. Type-A core keeps a wicked 'K' Factor...that is major bounce back with just the right amount of flex in colder water temps of 60 degrees F and lower. We have outfitted the IDOL with 8pcf Cellucushion for...
|
|
|
THE LANDLORD : LEROY KAIWI SIGNATURE LTD. Leroy Kaiwi does not hold back when it comes to riding breaks like Pipe, Canon's, or the infamous Scorpion Bowl. When he stepped up to develop his No.6 signature model....he didn't fuss with any details...he just made sure the template was quick and versatile. Inspired from his favorite boards growing up we tweaked the new Landlord with a 2x Dual Staggered Stringer System which provides an uncanny property for flex pattern while holding the stability of a...
|
|
(US)
