Biggest Wave Ever Surfed

Specifications:
Gender: Unisex
Material: 100% Polyester has windproof, dustproof, breathable, absorbent, quick-drying function. Extremely soft and skin-friendly; Digital heat transfer printing technology, pattern clear and indelible color resistant, without crack or winkle and environmental protection.
Color:As the picture show
One size fit all: Length 40cm(15.74in), Width 26cm(9.84in) Package include: 1pcs face mask
We JIUSY team will continue to develop more animal ears Balaclava, if you like it, please continue to focus. Thank you very much.

Product Features

• Vivid animal pattern and unique ear sewing process, The ears stand up perfectly and are very stable ( no flopping or adjustments needed). Ears maintain a 3D shape, looks more real, more interesting, more lovely, very cool, suitable for any occasion;
• Material: 100% Polyester has windproof, dustproof, breathable, absorbent, quick-drying function. Extremely soft and skin-friendly; Digital heat transfer printing technology, pattern clear and indelible color resistant, without crack or winkle and environmental protection;
• Multi-function: Wear it as Interesting balaclava. Can be worn on its own or under any kind of helmet or hat (If you do not need the balaclava animal Ears, you can put them inside the Balaclava);
• Multi-purpose: Super Comfortable wear them perfect Ideal for spring, summer and winter, Suitable for outdoor sports, Party, Halloween, Christmas party, New Year Party, climbing, running, cycling, motorcycle, biking, trekking, boating, skating, hunting, shooting, skiing, surfing, hiking, Mountain Climbing, Snowboarding, snow machining, airsoft paintball, tactical training and other outdoor activities…;
• Size: Length 40cm(15.74in), Width 26cm(10.23in), One size perfect fits Women and Men.

Features: 
1 Diving, floating long hair is very unsafe, that is, even if using hair clips, it will also be scattered under water. This diving cap can be heated to keep warm, prevent cuts, and can tie the hair.
2. 1mm neoprene material, glue process. The connection with shoulder for good insulation effect.
3. Neutral style, suitable for men and women.
4. Use a smooth CR skin inside, close to the skin.

Cleaning and maintenance:
Three-layer composite rubber material, rinse with water and keep it dry naturally, do not machine wash!

Parameters:
1.Material: 90% neoprene + 10% nylon
2.Color: Black 
3.Function: keep warm, protect hair combination function
4.Size of the head circumference (approx.): (1cm=0.39in)
S 50-54 cm
M 54-57 cm
L 57-59 cm
XL 59-62 cm

List: 
1 * diving cap

Product Features

• Size of the head circumference: XL: 23.2 – 24.4 inch (59 – 62 cm)
• 1mm neoprene material, glue process. Good connection between the shoulders
• Three-layer composite rubber material, rinse with water and keep it dry naturally, do not machine wash!
• Designed for warmth when diving at any depth and any water temperature
• Use a smooth CR skin inside, close to the skin, and provide a comfortable fit under the wetsuit

Tesla’s Surfing Rashguard
Tesla’s surf and water sports rash guard lineup
Twisted design pattern that adapts to surfer’s movements
Excellent skin flap pin curls for a compression fit

Design
Twisted 3-D design patterns that adjusts according to the motion trajectory of a swimmers arms and upper body that optimizes swimming and surfing
Long shirt length design for a snug fit that prevents ride-ups
Pristine detail design and flat-lock stitching

Functional Fabric Material
High-density fabric that protects your skin from outsize hazards and harmful UV rays
Enhanced elasticity and resilience for flexible movements
Quick dry and water wicking for maintaining the best of conditions inside and outside of the water

Product Features

• Tesla’s original Rashguard lineup designed specifically for Water sports and Surfing
• 50+SPF/UPF sun protection
• Durable high-density fabric that protects against rashes, abrasions, and harmful UV Rays (UPF 50+)
• Twisted 3-D patterns along with pristine detail design and flat-lock stitching
• Moisture Sensing/Quick time Dry/TWO-WAY Air Circulation.
• 4-Way stretch with water shedding capabilities
• Material: Polyester 88% – Polyurethane 17%

O’Neill Fashion and Function with our High End Nylon/Spandex Blend, the Skins Offers 50+ U.V. Rash protection with the World Renowned O’Neill Fit.

Product Features

• Skin Cancer Foundation Recommended Product; UPF 50+ Ultraviolet Protection
• Perfect For Surfing, Swimming, Paddle Sports, Boating, And Beach Days
• Comfortable Yet Durable 6oz Polyester/Spandex Construction
• Minimal Seam Placement For Maximum Rash Protection
• Performance Fit: Form-Fitting Tight Layer Fits Like A Second Skin

The biggest waves of the world, the best surfer | Las olas más grandes, los mejores surfistas del planeta:

* Puerto Escondido (Mexico): 7 M. – 25 FT. | Mark Healey (2015)
* Waimea Bay (Hawaii): 10 M. – 33 FT. | Ramón Navarro (2009)
* Teahupoo (French Polynesia): 10 M. – 33 FT. | Manoa Drollet (2006)
* Mavericks (San Francisco): 12 M. – 40 FT. | Jay Moriarity (1994)
* Prowlers (Ireland): 16M. – 55 FT. | Kurt-Rist – (2014) UPDATE
* Belharra (France): 18 M. – 60 FT. | Jamie Mitchell (2014)
* Jaws (Hawaii): 18 M. – 60 FT. | Mike Parsons (2003)
* Jaws (Hawaii): 19 M. – 63 FT. | Aaron Gold (2016)
* Cortes Bank (North Pacific Ocean): 23 M. – 77 FT. | Mike Parsons (2008)
* Nazaré (Portugal): 30 M. – 100 FT. | Garrett McNamara (2013)
* Nazaré (Portugal): 33 M. – 108 FT. | Benjamin Sanchis (2014)

An astonishing video that circulated on Twitter yesterday (Aug. 13) shows a surreal and stomach-dropping scene: An azure wave, streaked with vertical white lines, rises up and up — and, somehow — up higher, until it dwarfs a red tower and row of silhouetted onlookers in the foreground. Another line appears, the wake of a figure at first too small to see, slashing across the growing mountain of water. As the wave finally rolls over itself and breaks toward shore, the figure resolves for the camera lens: Brazilian surfer Rodrigo Koxa, appearing impossibly calm as he rides down the face of this liquid avalanche. The behemoth, which Koxa surfed in November 2017, is considered the biggest wave ever ridden, topping out at 80 feet (24 meters) off the coast of Nazaré, Portugal.

This is a wildly impressive feat by Koxa. But how was it possible at all? If you’re a regular beachgoer along most shorelines, you might spot the occasional large wave — but it’s a good bet that even most hard-core surfers have never seen an 80-footer. So how did Koxa know where to go to conquer such a mammoth wave? And why did an 80-foot wave roll into Nazare and not, say, Coney Island? [Six Bizarre Feeding Tactics from the Depths of Our Oceans]
Here’s the thing: Koxa, besides being super-talented, got super lucky.
Sharon Gilman, a biological oceanographer at Coastal Carolina University in South Carolina, wrote on her website about some features of wind-driven waves— the most common sort of wave, and the kind Koxa rode in Portugal — that make them extraordinarily difficult to track and predict.

“There are waves of all sizes and shapes rolling into the beach at any given time,” she wrote. “If they’re not stopped by anything, waves can travel across entire ocean basins … so the waves at your beach might be from a storm half a world away.”
Koxa didn’t make that 80-foot wave appear under his surfboard; he was fortunate to be in the right place at the right time.
But while there was some luck involved in Koxa’s 80-footer, Koxa had good reason to suspect Nazaré might offer some prime surfing opportunities.
Not every beach is created equal, Gilman said. The underwater terrain leading up to a beach plays a big role in what sort of waves roll onto shore.

Certain shorelines have shallow, open shorelines, she wrote. They don’t do much to shape incoming waves’ energy, so the waves just roll in one at a time, resulting in a calm surface for the water. (Think of any beach where you can walk dozens of feet into the water and still have gentle waves lapping against your belly.)
Other shorelines act like amplifiers. They might have steeper sea bottoms, which can cause waves to climb on one another’s shoulders as they approach the beach, she wrote.
“The ones in front start really getting dragged by the bottom and so they slow down,” she wrote. “This allows the ones behind them to ride up their backs. As the distance between the rows of waves decreases, all that wave energy gets condensed into a narrower and narrower space and has to go somewhere, so the wave gets taller.”
At a certain point, as this website from the University of Hawaii explains, the back of a wave outpaces the front of the wave, causing it to “break” — effectively tripping over itself.

High walls, like those around a canyon, along a shoreline can also amplify ripples into monsters, she wrote. Waves crash into them and then bounce off, moving in different directions than the waves around them. If that wave peaks or reaches its low point as it runs into an incoming wave, that incoming wave will briefly gain the energy of the reflected wave — boosting itself in a process known as “constructive interference.”
Nazaré, NPR reported in 2013, features both an intense upward slope toward shore and huge, constructive-interference-generating underwater walls — extreme versions of both amplifying effects that make it one of the top sites for monster waves in the world. Nazaré Canyon, a deep gorge off the coast, sinks to about 16,000 feet (nearly 4,900 meters) below the ocean’s surface and blasts waves toward the surface.