Recycled cork, bison fiber, rice rubber are just some of the eco-friendly elements used in this shoe!

We go out of our way to be more considerate of the environment, whether this is by wasting less produce or being conscious of the products we consume, however something that we often overlook is the shoes on our feet. The Jasper Wool Eco Chukka is here to change this, as it provides an environmentally conscious alternative for city-dwellers and adventurers alike!

At the base of the footwear is the sleek and supportive midsole that is ReCork Recycled Cork; the naturally cushioning and lightweight material lends itself to this application and is quite possible the most sustainable material for the job! This has been accompanied by an array of environmentally conscious materials; from the Natural Rice Rubber that’s used for the tread, through to the Foam insole that is made using Algae! Finishing off the stylish footwear and allowing for a pair of comfortable, breathable shoes is the ethically sourced Merino Wool, that leads to a beautiful item of footwear!

Designer: Brian Linton

Click Here To Buy Now: $115 $150 ($35 off). Hurry, less than 12 hours left!

The SOLE x United By Blue Jasper Wool Eco Chukka is the perfect shoe for the conscious consumer and everyday adventurer. Made from recycled cork, bison fiber, merino wool, rice rubber, algae foam, and bamboo.

The Jasper Wool Eco Chukka

It combines the superior comfort of SOLE’s signature supportive shape with barefoot-friendly materials for a shoe that you’ll never want to take off. Its sustainable materials offer versatility and durability so it’s equally at home on forest paths and city streets, and its easy style fits into any setting.

The Jasper Wool Eco Slip-on

Introducing the chukka’s casual cousin, the Jasper Wool Eco Slip-on. Made using the same eco-friendly materials as the chukka, it offers all the same sustainability, quality and durability. It has the same adventure-ready outsole, and the same cushioned comfort. The only difference is the convenient slip-on design, for when you want happy feet in an instant.

Materials Overview

The ReCORK Recycled Cork Midsole is made entirely from wine corks recycled by businesses and individuals around the USA and Canada. Producing it requires minimal processing, low energy input and less water consumption than synthetics, and extends the lifecycle of an already incredibly sustainable material. Cork is harvested from the bark of cork oak trees in a process that doesn’t require trees to be cut down, but actually increasestheir lifespan to as long as 300 years, and boosts their CO2 consumption by up to five times.

Bison fiber has always been discarded as a byproduct of the ranching industry, but its high-performance properties are too good to waste. Since the fiber is natural and an existing waste resource, BisonShield insulation generates a much smaller environmental footprint than petroleum-based synthetics, and comes without the ethical complications of down insulation.

BLOOM™ harvests algae from harmful algae blooms in natural waterways. They then use this algae biomass to produce foams with 40% less environmental impact, and 35% less energy demand than regular petroleum-based alternatives. Filtered water is returned to waterways, helping return balance to natural ecosystems.

Our merino is all ethically sourced to ensure the sheep live a cruelty-free life. Sheep are shorn once a year, regrowing their woolly coats in a naturally sustainable cycle. Processing the fibers takes less energy and produces fewer carbon emissions than synthetic equivalents. Merino is also biodegradable, breaking down to return valuable nutrients to the earth.

Natural rubber is made from the sap of carbon-sequestering rubber trees, which can be sustainably harvested for up to 25 years. Natural rubber also requires seven times less energy to produce than synthetic rubbers. Every year 120 million tons of rice husks are produced as a waste product of the rice industry. We divert rice husks from the waste stream to add durability to our natural rubber outsole.

Bamboo takes far fewer resources to grow than cotton. It’s naturally resistant to pests and bacteria, so it doesn’t require pesticides which can contaminate soil and waterways. It also requires only a third of the water that cotton needs. An acre of bamboo can yield ten times the crop of an acre of cotton, and the waste from each crop is significantly less.

Click Here To Buy Now: $115 $150 ($35 off). Hurry, less than 12 hours left!

Puma’s self-lacing sneakers come with a touch-sensitive control panel

Puma’s FI (Fit Intelligence) sneakers are here, and they look slightly different. Where you’d expect the laces to criss-cross on the front sits a grey block. Inside it lies Puma’s self-lacing tech. A motor that operates the laces, and a control panel on the top that lets you slide upwards to tighten and downwards to loosen the footwear.

“PUMA was the first to craft a laceless sports shoe with Velcro™ straps in 1968, the first to put a computer inside a shoe in 1986 and the first to introduce a wirelessly connected adaptive fit shoe called AutoDisc in 2016. Ever since, we’ve worked tirelessly on improving the functionality, the user interface and the durability of the shoe. The result: a technology that is smarter, lighter and more commercial.”

Following the trend first set by Nike (after they made their version of the self-lacing sneakers from Back To The Future), Puma’s FI are perhaps a more evolved, more acceptable form of the technology. The shoe comes with a breathable upper that allows it to be worn in most active scenarios, and an industrial grade fiber replaces the laces, wrapping around the sides of the shoe, tightening it effectively.

The FI’s all set to launch as early as 2020, and will come with an app that lets you remotely tighten or loosen the shoe. We’ve got our reservations on the idea of an app that controls your shoe, but the self-lacing shoe itself could be exceptionally useful for specially-abled users or even children!

Designer: Puma

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Puma wants to let you try its new Fi self-lacing shoes

With the upcoming release of Nike's $350 Adapt BB, self-lacing shoes are set to become more commonplace, and Puma isn't about to let its rival take all the credit. After all, the German company showed off its own self-lacing sneaker, the Autodi...

Nike’s Grass Air Max 1s Are For Real

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Nike is giving the iconic Air Max 1 a golf-inspired makeover with the upcoming release of this Grass colorway. The remixed silhouette features a turf-like upper reminiscent of the putting green. The look is complemented by matching laces and contrasting white Swoosh branding. The shaggy upper rests atop a white midsole with visible Air cushioning at the heel and a gum rubber outsole for grip.

Designer: Nike

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Footwear that Never Ends and Only Changes

A recent winner of the 2018 James Dyson Award, the Layer shoe explores modularity and sustainability without sacrificing style. Designed using biodegradable and recycled materials, users can customize their shoe from the start and continue to repair and reimagine their footwear to keep up with trends or adapt to their changing style over time.

The product arrives with the uppers, soles, insoles, and fastening laces fully assembled. If one of the components wears out, users can replace just that part. Its unique lacing system requires the user to fasten the upper and sole when replacing any of the 3. This encourages the wearer to have a greater connection to the footwear in which they’ve had a hand in making. Using a convenient online ordering platform, users can cipher through a selection of different recycled parts in a variety of different colors and finishes to create a look that’s all their own.

Designer: Evan Stuart

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INSPIRATION

Recently, “Fast Fashion” trends have resulted in shoes becoming seasonal, cheap and disposable products. However, at what cost to our planet and our society? Unfortunately, it is a fact that it is incredibly difficult to recycle footwear. Each year, roughly 22.5 billion pairs of shoes are made and 300 million pairs are discarded to landfill because they cannot be recycled. Most casual footwear is designed to be bonded and glued together in manufacture but are not designed to be repaired. Layer was designed as a possible solution to reduce footwear waste. It is a statement to the industry that sustainable footwear is a viable alternative.

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DESIGN PROCESS

This project required an in-depth understanding of the current issues of footwear recycling, product manufacture and it’s end of life. Initial research began with several interviews with industry experts in textile recycling and multiple site visits were arranged to view textile recycling companies. Over the course of 2 months of research, process studies and focus groups it was discovered that most footwear waste is generated because shoes cannot be easily separated back to individual materials. With this key insight, ideation and concept generation began. The importance of developing ideas in tandem with verifying them in a physical form was essential. Over 43 physical working models were explored to design a viable attachment mechanism. A lacing method was chosen. Initial prototypes were generated using EVA foam and cardboard reinforcing. These low fidelity prototypes were essential in understanding basic footwear principles. After analyzing and improving the design, a high fidelity functional prototype was created by utilizing various design techniques including CAD, 3D printing, molding and casting. Polyurethane was used to create flexible soles, while all other materials are the intended final materials and sourced from suppliers specializing in recycled polyester fabrics.”

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HOW IT WORKS

Based on the idea that footwear waste can be eliminated from landfills around the world, Layer allows users to repair and customise their shoes to keep up with trends. By creating products from biodegradable plastics and recycled polyester fabrics this decreases the overall impact of the product. Initially, the product will be purchased by the customer and arrive fully assembled. Comprising of four key components: The Uppers, Soles, Insoles and a Fastening Lace, the shoe is totally repairable. In time, as parts wear, tear and date, the user can replace individual parts with ease by ordering new ones online. A lacing system is used to sew the uppers to the shoe soles. Beginning at a start point, the user threads the lace through both parts until the reaching the endpoint. These endpoints fasten the parts together, preventing the lace from coming undone.

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Here is what shoes of the future should look like…

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What started off as a form exercise for Dewayne Dale resulted in a piece of footwear that looks like no other. The 3D Surprise shoe was created as a result of conceptualizing directly in 3D CAD software, rather than sketching first and building later.

The conceptual shoe features a unibody design with a subtle gradient from top to bottom, visually creating a separation between shoe and outsole, while there’s no surface break between the two. Harnessing the shape of the foot, building on the bones and muscles within, the 3D Surprise was envisioned as a new-age hiking boot with a design that was simple and sophisticated looking. The shoe comes with an exaggerated protrusion detail for the ankle bone, and a textured sole that looks industrial and organic at the same time. There’s no word on what material the shoe could be made of, but for a unibody approach that’s both comfortable and durable, I’d probably say something on the lines of TPU, or a 3D printed elastomer that manages to capture the beauty of the shoe’s design, but at the same time is also flexible at the top, tough at the base, and showcases that absolutely delightful vertical gradient!

Designer: Dewayne Dale

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The Sneaker you Can Go Swimming In

The Tropic Shoe was made to be worn everywhere… and that’s including being worn underwater. Designed to be an all round shoe, the Tropic cleverly tackles and overcomes problem areas and barriers that prevent it from being an everyday and everywhere shoe. Weighing at just 7 ounces, the shoe feels incredibly light, but provides the tread of a boot, with its rubber sole. It has the casual wearing style of a slip on, but even comes with laces… both elastic and conventional.

Literally made to be worn everywhere and everytime, the Tropic can be worn with or without socks. The breathable fabric ensures your feet don’t break into a sweat, and even if they do, the shoe’s Agion treatment absorbs odors, while repelling sweat. Made using Cosmo Fabric’s innovative 3D mesh fabric, the Tropic shoes dry much quicker than regular shoes. They hug your feet, and are unaffected by water, allowing you to literally wear them while swimming. The shoes come with elastic laces, that let you wear them as slip-ons, but look less like slip-ons and more like sneakers. An elastic counter-heel lets your shoe grip your feet much better, making sure they don’t slip out unless you want them to.

A suitable shoe for everything from asphalt to gravel, grassy plains to rough terrains, and perfectly functional both above and under water, the Tropic shoe was made to overlap all shoe categories, and become a category in itself. Meant to be suited for people who want to wear sneakers or sandals, or much more specialist shoes like aqua shoes or even hiking boots, the Tropic aims to fulfill all needs… so you don’t need to be that person who packs 5 pairs of shoes on a 3 day trip, or spends two hours trying to decide which shoe to wear!

Designer: Tropic Design

Click here to Buy Now: $70.00 $119.00

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The sneaker with 4-in-1 versatility: providing the benefits of aqua shoes, the comfort of sport shoes, the technical outsole materials of hiking shoes, and the styling of your favorite daily pieces.

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The sneaker you can swim in.

Quick dry. From the beach straight to dinner.


Features

Powered by Cosmo, the material supplier of the major fashion and performance brands

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Details

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Love the unexpected

You are ready to go, whatever that means today

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Black

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Light Gray

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Khaki

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Sea Blue

Click here to Buy Now: $70.00 $119.00