FuelME : A Messenger Bag for Bodybuilders or Fitness Trainers

FuelME is an elegant solution for bodybuilders and fitness trainers to carry their meals. Capable of holding 3-6 meals and designed to keep them fresh throughout the day, FuelME keeps you motivated and confident. Detachable straps allow you to carry it either as a backpack or messenger bag. Different container sizes and forms provide flexibility and room for creativity for your meals, along with utensils and supplements. Protein shaker/water bottle can easily be inserted and taken out through the top. Stainless steel and aluminum parts increase durability and are designed with the ease of disassembling in mind. Color options are available to maximize customization.

Designer : Han Huynh

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• Sparc MGS Watch Uses Your Wrist Movements to Activate Its Micro-Generator SPARC MGS watch from Ventura is an automatic digital watch that takes advantage from the movements of your wrist. These movements activate a rotary mass which transmits the momentum to a micro-generator inside the watch thus producing electric ene...


• Puma UM Backpack with Hood by Hussein Chalayan A backpack with hood? Well we have featured that concept sometime ago from Abraham Peter, but this time, it’s not a concept (at least PUMA says it's going to be released as their Spring/Summer lines), it’s PUMA UM Backpack by Hussein Chalayan. Thi...


• Folding Bike Concept by Kilo Estudio Folding bike design evolves every single day in order to provide us with best transportation, easier and more efficient in big cities. This concept folding bike is built over an aluminum chassis that folds in the middle. The transmission is integr...


• Wine Chillers by Joe Doucet with Neal Feay Studio These Wine Chillers were exclusively designed by Joe Doucet and crafted by Neal Feay Studio, California. This project is a part of annual Handmade Exhibit, instead of creating objects, this designer wanted to create a ritual. Place a chilled bottl...


• Fusion Ultimate Black Backpack Fits Natural Curves of Your Body Ergonomic design of Fusion Ultimate Black Backpack makes it perfectly fit the natural curves of your body. The size is big enough to carry your MacBook Pro up to 15-inch, durable and highly functional. Available at Fluoa, this bag features 100% fu...

FuelME : A Messenger Bag for Bodybuilders or Fitness Trainers is originally posted on Tuvie

SpikeBoarding Transport Sport Combines Recreation and Racing for Daily Commute

SpikeBoarding Transport Sport is a new kind of sport that combines recreation and racing to commute in our daily life. Using this board, you will need combine several different skills such as: cycling, stand up paddle, switch kick longboarding, Nordic skiing, foot biking, roller skiing, and inline skating, there are all fundamental to healthy society.

The design of SpikeBoarding is inspired by 3 different sports, they are Nordic Skiing, Stand Up Paddle, and Switch Kick Longboarding. These 3 sports are molded into one with motoring device to move forward on flats, downhills, or uphills with great efficiency as a full body can generate.

Designer : SUSOIX

Depending on the terrain selection, it will dictate your workout or commuting speed, you need to learn to do effective stroke to keep moving. Just like all endurance sports such as swimming, you need to find most efficient style, stroke, and waste as little energy as possible.

The board used here is the same as longboard skateboard, super stable while descending as well as on one leg. There’s a safety fenders to keep your feet off the wheels. Soon, Spikeboards are going to have a built-in reliable hand brakes to keep you safe at any speed. The spike tool is similar to the one used in Nordic Skiing, except that it has oversized shaft and can be used with one hand while switch kicking thanks to its ergonomic handle.

• Folding Bike Concept by Kilo Estudio Folding bike design evolves every single day in order to provide us with best transportation, easier and more efficient in big cities. This concept folding bike is built over an aluminum chassis that folds in the middle. The transmission is integr...


• Casabella Cleaning Robot Concept by Elliot Cohen Casabella cleaning robot concept has been designed to celebrate Casabella 25th anniversary, it was shown at the International Housewares Show 2013, Chicago. Since the company is in cleaning and kitchen gadgets industry, this industrial designer ha...


• Gran Turismo E-motion Concept Racing Car Gets Your Heart Racing and Adrenaline Pumping If you are a gamer, the chance is you are already familiar with Gran Turismo game. This car concept, Gran Turismo E-motion racing car is a project that brings virtual realistic concept based on the amusement of driving and racing in the game. The ...


• Mercury Skate for Smoother Ride on The Pavement and Decrease The Skater’s Fatigue Line skating is one of the most popular sports among people. This popularity is spreading throughout the world everyday due to it’s large range of usability. In fact, roller skate was invented to compensate the limits of ice skate and make it poss...


• 3to1 Sports Equipment by Michael Imbert 3to1 sports equipment was designed when this industrial designer wanted to offer a solution for all sports enthusiasts regardless their location or financial situation. Most people who have practiced sports are usually addicted to one or more spor...

SpikeBoarding Transport Sport Combines Recreation and Racing for Daily Commute is originally posted on Tuvie

Ute Hadam - Arte

Recojo una muestra de las obras de "Ute Hadam", si te gustan y quieres ver más pásate por su web.

25 Crazy WTF Mugshots

credits : ebaums

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How To Boost Recovery After An Injury

How To Boost Recovery After An Injury

Grand Army Plaza Apartment by Axis Mundi

Axis Mundi was commissioned to design the interior of a three-bedroom apartment in Richard Meier’s building at 1 Grand Army Plaza in Brooklyn, New York.

From the designers

The apartment has spectacular views of the Manhattan and Brooklyn skylines. The understated design of white on white was a decision which was made early in the design process.

We wanted to underplay the role of color so as to not distract from the wonderful views, as well, create an environment that would be in harmony with the neutrality of the Meier building design.

Design Team: Axis Mundi – John Beckmann, Richard Rosenbloom and Nick Messerlian

Photography: Fran Parente and Adriana Buffi

Burnley Living Roofs by HASSELL

HASSELL in collaboration with the University of Melbourne (Australia) have designed a variety of living roofs for the Burnley Campus.

From HASSELL

Green infrastructure, including the installation of plants on under-utilised urban surfaces, can provide significant benefits for our cities. These green interventions can cool the urban environment, reduce energy consumption, mitigate flooding and increase habitats for biodiversity. They provide an opportunity to evolve the way we develop the built environment, to maximise existing infrastructure and lower the need for costly upgrades.

The Burnley Living Roofs at the University of Melbourne’s Burnley Campus is a world-class research and teaching facility – and the first of its kind in Australia. The University has established the facility to demonstrate to the wider community how green transformations can be achieved in our cities, aspiring to lead through example.

Description continued after the gallery

Description continued

Designed by HASSELL in close collaboration with the University’s leading academic green roof technology and urban horticulture researchers, the Burnley Living Roofs provide purpose-built facilities for the University to continue their pioneering research. They also enable the University to carry on providing information and independent advice on green infrastructure technologies that is practical and deliverable in the Australian climate.

Three separate living roofs make up the facility, each with a specific function. Firstly, the Demonstration Roof acts as an exhibition and interpretive space for day-to-day educational activities. Its design evolved through the layering of multiple functional objectives – starting with the idea that the whole green roof was a wedge, grading from a shallow to a deep profile. It is sub-divided into irrigated and non-irrigated territories, establishing diverse planting zones. Superimposed over the wedge, a circular walkway encounters each micro plant community and includes seating edges and a number of pockets for teaching. A series of red lines whimsically thread through the garden, sometimes tying together these experiences, at other times encapsulating fragments of other experimental landscape zones.

The Research Roof has been designed as a testing facility for the research team. This space is segmented into four areas that allow multiple concurrent experiments. Initial research projects will explore the stormwater quality effects and insulative properties of green roof profiles.

The Biodiversity Roof creates bird, insect and reptile habitat through the application of plants indigenous to Melbourne, and the installation of diverse natural and recycled elements including logs, sticks, roof tiles and different aggregate types. A small ephemeral stream has been created through the direction of water from a higher roof into a pond that drains across the Biodiversity Roof to encourage colonisation.

The design is unapologetically bold and captures attention. It seeks to gain exposure by attracting interest from the design community, stakeholders in sustainable development and the media to promote discussion and education on green infrastructure and living buildings.

The design process for the project involved a true collaboration with the University. Their specialist knowledge and the outcomes of their previous research projects greatly influenced the HASSELL design approach and the overall project outcome.

Design: HASSELL

Photography: Peter Bennetts / Les O’Rourke