E-bike donated to cycling first-responder in recognition for saving 2,500 people

While researching how bicycles are used in communities in the Middle East, I came across this story from Israel about Meir Farkash. Farkash has been using his own bicycle as a volunteer bicycle emergency (EMS) responder in Ramat Hasharon (a coastal city located south of Tel Aviv).

I love this story because it showcases how positive one person on a bike can be in a community. I love that Meir is a student, a volunteer, that he has been so incredibly effective at saving lives as a bicycle emergency first-responder, and that now he is somewhat of a community icon as he makes his way around town. What a wonderful example of how cyclists can make significant positive community change. This story was first published in Israel Rescue. Enjoy, NG.

E-bike donated to cycling first-responder in recognition for saving 2,500 people. Bicycles Create Change.com. 7th Dec, 2018. — Image: Israel Rescue

Ramat Hasharon Hesder Yeshiva Student, Meir Farkash (25), is known to be the pinnacle lifesaver of his city. Over the past four years in which Farkash has been a United Hatzalah volunteer EMT, Farkash has responded to more than 2,500 emergency calls.

Among his myriad of emergency calls, more than 300 have been life-threatening. What’s even more impressive is that Farkash has responded to all of these calls on his personal bicycle.

In honor of his continued dedication to saving lives, United Hatzalah has given the active volunteer a first response e-bicycle that was donated to the organization for him by the residents of the city to honor Farkash’s selfless work.

Over the past four years, Meir Farkash has become somewhat of a local celebrity in Ramat Hasharon. The image of him pedaling through the streets in order to rush to a scene and save someone’s life is residents of that many residents have come to know and support.

“Today there are lots of people who say hello to me as I pass them on response e-bicycle. I say hello back. I have come to know many residents, and residents of me, through the EMS activities that I undertake and the calls that I respond to,” said Farkash.

The day before Farkash received the bicycle, he saved the life of one of the city’s citizens. He was dispatched to the car of a known lawyer from the city who had lost consciousness while he was with his family. Farkash, who arrived in just moments with his bicycle, began CPR and help resuscitate the man with the Intensive Care ambulance team that arrived at the scene. Farkash joined the ambulance team in transporting the patient to the hospital, and the man was released a few days later, alive and well enough to go home.

When asked if he knew the total number of lives he has saved, Farkash said:

I have never really thought about it. Now that you mention it, it gives me a really good feeling. Truth be told, even calls that are more general and do not involve a life being saved per se, they too give me and other volunteers a sense of accomplishment and satisfaction knowing that we helped somebody who needed us.

In every case we respond to, you meet a person who is incapable of helping themselves at that moment. You help them, you comfort them and you make sure they receive the best care that they can. That is the job of being a first responder. It’s not about the glory, it’s about helping people.”

When asked if he knew the total number of lives he has saved, Farkash said that: “I have never really thought about it. Now that you mention it, it gives me a really good feeling. Truth be told, even calls that are more general and do not involve a life being saved per se, they too give me and other volunteers a sense of accomplishment and satisfaction knowing that we helped somebody who needed us.

It’s not about the glory, it’s about helping people. Meir Farkash.

03/12/201801/01/2019

Paulus Maringka’s Greencycle Research

Today I read Paulus Maringka’s Greencycle Masters Thesis.

Paulus undertook this research with Auckland University of Technology in 2010. I found this manuscript online and was initially drawn to read it as this bicycle-inspired community development project had a number of cross-over themes with my own current PhD research project.

This thesis was a pleasure to read. It was clearly written, on-topic and full of interesting images to help break up blocks of text.

It was great to see a new approach to many of the issues I can currently researching, like bicycle use in developing countries, local adaptations and resources, impacts of cultural needs and contexts, and how users personalise their bicycles.

Equally, reading the chapters on the technical design and development phases was also interesting as this project centres on a product creation and intervention, whereas mine does not.

Below is Maringka’s thesis’ abstract, thesis organisation and some of the key images from the thesis, which gives a solid overview of the project without having to read it in its entirety.

Download a copy of Marinkka’s (2010) Greencycle thesis here.

Greencycle Abstract

This Greencycle project applies a system approach to shift design thinking and practices away from the ongoing unsustainable use of resources towards a more sustainable framework of consumption whereby local cultures, skills, resources and technology are analyzed to inform the design and development of a human powered transportation system.

It uses a trans-disciplinary research and design approach by consulting all stakeholders; including farmers in a Third World country, industrial designers, engineers and manufacturers to provide information, understanding and insights as a basis to find solutions that have enabled this research study to produce a system called Greencycle which utilizes renewable materials and indigenous people skills to produce a bicycle that is more sustainable.

The bicycle provides more than basic transportation to go from A to B. Poor countries need and depend on this mode of transportation for a wide range of uses; thus expanding its function and uses would be of great benefit to its users.

This research study has created a series of accessories to extend a bicycle’s functionality, with the core being made from sustainable materials and local skills. For this project it would have been a simple process for the designer to come up with a concept idea(s) that was based on a personal view of what would be a suitable solution for the target user.

Instead however, the designer has used feedback from the target group participants to shape and develop the design process and to ensure the design will be acceptable for the target user to use and manufacture.

This multi-discipline approach to the design problem has revealed many opportunities that would otherwise be hidden by less detailed research and design methodology. Many academic studies stop at the point when the written thesis is complete.

This research study has included four expert interviews, eleven case studies of target users, prototype testing and field experiments with sustainable resources to gather information, understanding and insights from these stakeholders in order to propose, design and evaluate two Greencycles (using sustainable bamboo material) and a series of design accessories. This multi-discipline approach to the design problem has revealed many opportunities that would otherwise be hidden by less detailed research and design methodology. Many academic studies stop at the point when the written thesis is complete.

This research project went a step further by testing and implementing its findings on users back in its intended marketplace to ensure the design will be adopted by and be successful for people in Third World countries.

As a result of this research, there is now an opportunity to look at and create a business model that provides new income opportunities for the local people.

Feedback for the Greencycle design and its accessories has so far been very encouraging, with participants showing a significant level of enthusiasm. To take advantage of this success, a business proposition to market these sustainable products seems plausible as a first step to developing this business venture. Information posters to showcase the accessories and their functions and applications have been designed to test market demands and other important indicators for future business development and strategy.

Thesis Organisation

Chapter 1: Introduction

Introduces and scopes the areas of research and need for functional, usable and sustainable human powered machines.

Chapter 2: Literature Review

Provides critical analysis through literature review and internet ethnography to gain an understanding and knowledge of bicycle functionality and bicycle users in Third World countries. This chapter also reviews literature and provides a study background on Bicycle Ergonomics, Green Materials and Sustainability.

Chapter 3: Research Design & Research Methods

Outlines the research design and design methods approach to the design generation and development of the Greencycle and accessories.

Chapter 4: Significant Findings

Presents the significant findings and the major discoveries that formed the design criteria of the Greencycle and accessories.

Chapter 5: Design & Development Phases

Details the design phases and iterative processes in the development phases of the Greencycle and the accessories.

Chapter 6: Evaluation

Details the evaluation outcomes of an integrated approach for the concept design thinking of the Greencycle and accessories, including materials and manufacturing processes.

Chapter 6: Discussion & Conclusion

The Discussion and Conclusion provides a reflection on what has been achieved and the future of the Greencycle and the accessories.

Abstract, chapter organization & images: Paulus Maringka (2010) Greencycle .

27/07/201830/07/2018

Bernard’s exploration of bicycles = Twende Social Innovation Center

A big thanks to Papa Al for passing on this inspiring story to share! NG.

There can be few better examples of where bicycles create more positive community change than through the bicycle work of Bernard Kiawia.

Bernard Kiwia started out as a bike mechanic in his home country of Tanzania.

While repairing bicycles, he began applying his skills to use pedal power to create products and tools that directly improve to the lives of people in his community.

In 2011, Bernard made a bicycle-powered cellphone charger (see below).

Since then, he has continued to invent.

Now, Bernard is called “the father of rural innovation” in Tanzania.

Bernard is now a well-respected social entrepreneur – and bikes still feature prominently in many of his new inventions.

His current work is now focused on applying his (and other people’s) mechanical and technical skills towards addressing manual labour and technology issues in his area.

Bernard's exploration of bicycles = Twende Social Innovation Center. Bicycles Create Change.com 27th July 2018. — Source: GCS: Episode 2 – Bike-Powered Cellphone Charger – Bernard Kiwia (Screenshot)

Bernard says:

What we want to show people is they have skills to make their own technology that they can afford, they can repair, they can find the spare parts that they need

With local people, their income is always small and the kind of machines you can buy in the shop are not made for these local people because they’re expensive. That’s why I’m focusing on local.

I create technologies because I realise it’s something that can help my family and the community.

Twende – Accelerating Social Innovation

Bernard established Twende, which is a community inventor’s workshop. Twende is a creative workspace for people to come and use tools, problem solve ideas and experiment with making prototypes.

In this way, Twende functions similarly to a Men’s Shed, as it is an open workspace that has tools, resources and people there to support projects.

It also runs three workshop streams

1. Creative Capacity Workshop -entry-level workshops for any level.

Affordable Flashlight (~6 hours)
Automatic Switch (~7 hours)
Solar-Powered Phone Charger (~10 hours)

2. Built It Workshops – mechanically-focused workshops which include:

Spirit Stove (~3 hours)
Bottle Opener (~2 hours)
Electronics Workshop for secondary schools
A few of the Build Its Workshops are also integrated into some schools electronics curriculum.

3. Advanced Offerings – requires some advanced skills and tools (like welding)

Drip Irrigation
Bicycle-Powered Maize Sheller

So far, over 800 local innovators have used Twende, of which most are secondary school students, small-holder farmers, women, and microentrepreneurs.

Bicycles are ubiquitous and versatile (especially as a means to produce energy-efficient power) so it is not surprising that they feature in many of Twende’s inventions.

The Twende innovation hub was established as a space to “collaborate with students and community members in Tanzania to identify their challenges and design & create their own solutions to their problems will contribute to a world with improved access to technologies that improve people’s lives, a stronger local economy, and a nation of innovators and problem-solvers.”

Hence, Twede teaches people how to create technologies that:

address their own needs.
utilize locally available materials,
are inexpensive and affordable,
are able to be repaired locally.
are designed with (not just for) communities & partners
…and they make some of their own inventions for use and sale as well

Twende is such an important grassroots social venture.

It fosters creative ingenuity, recycling, upskilling, empowers local skills, is cost-effective and addresses locally-identified issues – as well as providing a welcoming space for people to test mechanical and technical ideas that have an immediate positive impact.

And all this grew out of one man’s exploration of how a bike could make work and life better – awesome!

BBC News 1 images inlucded are still from the BBC video: Bernard Kiwia: Tanzania’s bicycle mechanic turned inventor.

05/07/201810/07/2018

The Cyclo Knitter

Dutch cycling enthusiast and designer George Barratt-Jones has created a human-powered automated bicycle-knitting machine called the Cyclo Knitter.

The Cyclo Knitter is essentially a bicycle-powered loom that is activated by light exercise.

George’s modification of a standard bicycle attached to a wooden frame and loom is such that when a rider cycles, the automatic loom attached to it will knit a fully completed scarf in 5 mins.

To launch his invention, the Cyclo Knitter was installed on a Dutch railway platform – as homage to the original inspiration for the machine, which was how to use the spare time waiting for a train in a productive manner.

A train platform is also an ideal place to showcase the Cyclo Knitter given that many commuters are already waiting on the platform for trains to arrive, so they had a spare 5 mins – and the novelty bike was a welcomed curiosity.

Best of all, those who trialled it were also rewarded with their very own ‘bespoke’ cycle-made scarf (*Aww DAD!! Not in front of my friends!!*).

Design and functionality

The Cyclo Knitter is a remarkably neat and compact invention. It is functional, quirky and innovative and is also very beautifully crafted and skillfully designed.

The Cyclo Knitter is set-up so that when the pedals turn, the spinning front wheel powers a knitting machine placed on top of a wooden tower at the front of the bike. As the rider pedals, they can watch in real time, as the knitted fabric comes from the top of the tower and is woven into a brand-new custom-made scarf. Awesome!

When George set up the Cyclo Knitter, the sign alongside it read:

Bored? Cold? Create!

Genius!

Here’s a quick video of what happened on the train platform…

Cyclo Knitter by George Barratt-Jones from George Barratt-Jones on Vimeo.

Of his video, George states:

“Imagine it’s the midst of winter. You are cold and bored waiting for your train at the station. This pedal powered machine gets you warm by moving, you are making something while you wait and in the end, you are left with a free scarf! That you can decide to keep yourself or give to someone who needs it more. Its all about spreading joy and making those boring moments more fun.”

To see more of the Cyclo-knitter and how it was made – click here.

Why is it so good?

Go Dutch – lead the way!

It is great to see such an innovative design, fun and functionality coming together in this unique bicycle modification.

It has a sleek design and aesthetic, but the whole assemblage also folds down into a convenient and portable flatpack item, which is ideal for moving between locations (see below).

It is wonderful to see such a refreshingly new utilisation a bicycle – and an approach that makes cycling AND knitting more interesting -and accessible – to the general public.

The added bonus of a free rider-made scarf is genius.

I hope we see more creative and community orientated bicycle projects like this in the future.

Image: Colossal

All images are still from the Vimeo video, except last two as indicated.

16/06/201818/06/2018

Effect of Virtual Reality on Cycling Performance- Lab Rat

As a PhD researcher myself, I know first-hand how much work goes into a research project. So where possible, I like to help out other researchers as a participant or lab rat.

In the past, I’ve been a research participant for the Education, Psychology and Health Sciences Departments.

My most recent foray was an invitation to be a research participant for Nicole T’s School of Applied Psychology PhD research project, which is looking at how Virtual Reality impacts cycling performance – wicked!

I was interested in this project, not only because of the cycling, but also for the VR component of this project. I have previously worked with other educational VR, AR and fully immersive experiences, but never with cycling, so I was keen to see what this simulator was like.

Effect of Virtual Reality on Cycling - Lab Rat. Bicycles Create Change.com 16th May, 2018 — I’ve used fully immersive AR technologies and platforms (above – complete with cycling cap and bicycle print top of course!), but mostly for educational and entertainment purposes, not research.

Effect of Virtual Reality on Cycling Performance- Lab Rat Experience

So, this time, I went to Griffith’s Gold Coast Campus, got suited up, completed a battery of psych questionnaires before and after riding a stationary bike – and got amongst it!

Why is the research being conducted?

Nicole’s research examines the effect of the presence of the competitor in a virtual environment during a stationary cycling task. The possible performance benefits of using feedback within a virtual reality environment was the primary focus. Female participants only for this project.

After I had completed my full session, Nicole let me know more of what she was really looking for – oohhhhh! Of course, she could not let me know all the details prior, as it may have skewed my (or any other potential participants) involvement and data results. In order to maintain the project’s integrity, I’ll only give approved general info about the project here as well.

What I was asked to do

I was in the VR lab for 90 minutes, during which I did heaps, like:

Answered demographic questions, had my height and weight measured and I completed the Sports Medicine in Australia pre-exercise screening system.

Then, Nicole hooked me up to heart rate and respiratory rate monitor. She instructed me on how to use the stationary bicycle and appropriate technique – and I undertook a practice trail to become familiar with the exercise and the VR environment

Next, I jumped on the bike and had to cycle to the best of my ability to assess the intensity level (which was defined as 70 revolutions per minute while maintaining 70% heart rate reserve or until 30 minutes had elapsed.

During the cycling task, I had to continually respond verbally to a Rating of the Perceived Exertion (RPE) scale every three minutes.

I also had to complete quite a few psych questionnaires, including:

International Physical Activity Questionnaire
Long form (IPAQ-LF)
Positive and Negative Affect Schedule (PANAS)
Physical Activity Enjoyment Scale (PAES)
Exercise Thoughts Questionnaire (ETQ)
Intrinsic Motivation Inventory (IMI)
Feedback Rating, Self-control Questionnaire
GRIT inventory
Self-efficacy Questionnaire
Revisited Competitiveness Index (RCI)
Reality Judgement and Presence Questionnaire

So how was it?

I had great fun and did the best I could.

I took the project seriously and answered all questions honestly.

I laughed at myself because, even though I was in the lab, I still indicated turns with my arms each and every time I turned (I must have looked hilarious to Nicole, who was watching me on the screen in the lab next door).

At times I found myself bracing in anticipation when approaching uneven surfaces and cobble stones.

The simulation was basic but detailed enough to create an alternative environment. It had some good details in it like normal everyday urban encounters that had corresponding noises (pedestrians walking down the street and as I passed them, I heard the music they had playing, dogs barking, bird songs, etc).

The cycling part was no problem and I enjoyed using the VR simulation, which required me to ride around a fictitious city.

I giggled at some of the shops and department store names – they had been modified (branding) to have a very similar logo to some well known big brands, but the name was slightly different (McDowell’s anyone?) It totally reminded me of Coming to America!

At times, the VR was a little weird as it was based on an American context and had a few odd aspects for Australians (like cars parked on the wrong side of the road).

I was not totally sold on that particular program – but then again, it was not designed to be ‘enjoyable’, totally immersive or as a cycling training tool. I never really ‘left’ the lab I was in to ‘enter’ the simulation. But, it was for research purposes, not a fully immersive VR expereince – and so fulfilled its role.

After we were finished, Nicole was able to give me some feedback about my performance, some of which I found surprising …. sorry – no details on this, as the project is ongoing!

Overall, I was glad to have the VR experience and get some personalised biodata on my cycling performance as well as being able to support Nicole in her research.

If you get an opportunity to use a VR cycling simulator – give it a try for something different!

And best of luck to Nicole for her research!

10/06/201817/06/2018

Beat Plastic Pollution – on your bike

Plastic is a systemic global issue. As a local Morton Bay rider, I regularly see first-hand the terrible environmental and sealife impact of plastic pollution in our oceans and waterways.

I hope that cyclists and bike riders are active role models – both on AND off the bike – for their families, teams and communities of individuals who are taking positive steps to address the plastic pollution problem.

What do you do as a bike rider to promote a more sustainable, plastic-free future?

Beat Plastic Pollution on your bike! Bicycles Create Change.com 10th May, 2018 — Garbage covers the beach days after an extended storm hit the shoreline of Zouq Mosbeh, north of Beirut, Lebanon, on January 22, 2018. Environmentalists say the winter storm pushed a wave of trash onto Lebanese shores, stirring outrage over a waste-management crisis that has choked the country since 2015. Image: Hussein Malla- AP

Plastic pollution is a major social and environmental issue.

There is a growing global awareness of the collective action now needed to deal with the amount of plastic that already exists, and greater pressure for people to take more immediate and direct personal and community responsibility to reduce current single-use (and use in general) plastics.

This week was a perfect case in point, with two major international commemorative dates spotlighting the growing worldwide plastic issue.

June 5th was World Environment Day. The theme this year was ‘Beat Plastic Pollution’. For me, the most compelling evidence for World Environment Day came from a series of photos curated by Alan Taylor, (some of which are shown here) which details the disturbing importance, scope and severity of impacts of plastics in various places around the world.

Then, a few days later, on June 8th, it was World Ocean Day. The focus was again was on plastics – but this time on preventing plastic pollution and encouraging solutions for healthier oceans.

Beat Plastic Pollution – on your bike.

So what has plastics got to do with cycling and bike riding?

A few cyclists have really taken this issue to heart

In her article for Adventurers Against Plastic, Helen Taylor showcased a number of athlete/activists who are working to raise awareness and clean up of plastics. Of these, there are two cyclists from London who are combining their creativity, ingenuity and love of cycling to tackle the plastic issue head-on. Here is what Helen said about the two bike-inspired eco-projects:

1. Dave Cornthwaite.

Dave is the founder of London-based social enterprise SayYesMore, has organised a 1,000-mile community relay along England’s rivers and canals, where a different person each day will ride a specially-made aquatic bicycle whilst removing plastic rubbish from waterways.

He aims to remove one million pieces of rubbish in 25 counties engaging youth groups, schools, and local clean-up initiatives along the way and says: “All in all, not one group, individual or project can solve all aspects of the issue, but it takes a communal mindset to instigate change. Using an innovative adventure relay to get more people outside will help with this – ultimately if people don’t walk or paddle along rivers they don’t care about what’s going on there. If they see for themselves bottles and crisp packets floating alongside wildlife, they’re more likely to take action.”

2. Dhruv Boruah.

Dhruv is also using a quirky handmade bamboo waterbike to solve the plastic crisis at the source. As part of his Thames Project, Dhruv has been engaging the public in the issue by using his eye-catching waterbike contraption to collect plastic litter.

Dhruv realises that reactive cleaning isn’t the solution to the problem, but sees the project as an educational process: “Cleaning up is a good way of showing people what’s in the canal, it’s a good way to get people involved, when they come and see what’s in the canal they go back home and think twice – adventure activists need to go in and interact with local communities, engage with them and get them out in their spaces and on the waterways.”

Dhruv has also been lobbying policymakers – environmental charities, London councils and the Mayor of London’s office, the BBC, and large supermarket chains – to encourage them to change their single-use plastic habits, as well as promoting a circular economy.

Such bicycle projects are admirable.

But not all cyclists need to go to such lengths to take action.

I like to think that my fellow cyclists make their own regular and impactful contributions to improving the environment and reduce plastic waste.

This may be making your own power snacks that forge the copious amounts of packaging used in gel packs, to picking up pieces of rubbish during a ride where possible and putting them in the bin at the cafe at the end of a ride. Seemingly small actions like these are not only needed and necessary, but also demonstrate that cyclists are taking definitive action to reduce plastic pollution.

So next time you are out riding, think about one easy step you are comfortable that will help to reduce plastic dependency and that shows cyclists and bike riders actively care for our beautiful environs.

May all your rides be plastic reduced!

All Images sourced from Adventure Uncovered, Canal Boat.com & The Atlantic

30/05/201814/10/2018

Bicycles and the Stargazing World Record

Regular readers of this blog know that I have a particular love of the night sky. Each night before bed, I take my dog Zoe for a walk under the heavens to get my daily/nightly quota of starlight.

For me, this is as equally important as the recommended necessity of daytime sunlight.

This blog has posted on a range of fun (and often unexpected) ways that bicycles and our solar system are connected.

For example:

Stargazing World Record

This week was a very special week for those who love the cosmos.

On Wednesday 23rd May, Australia attempted to break the current Guinness World Record attempt for the most people stargazing at the one time.

And it as successful!

Final figures are still yet to be released, but so far it is confirmed that from over 250 registered locations, around 40,000 people joined in the 2018 attempt, which trumps the old record of 7,960 from 37 sites set in 2015.

There were many ‘stargazing parties’ across Australia and you needed to have been registered to have been ‘counted’ in the attempt. Brisbane had a massive contingency on the night in the heart of town – and it was great to see so many locals out to support it.

So, in celebration of this amazing feat – here’s a quick look at one way that bicycles are used in space.

Cycling onboard the International Space Station

Astronauts’ bodies have to withstand a zero-gravity environment. While in space, they often lose between 1 to 2 percent of their bone mass each month, so they have to exercise regularly to keep tone and mass.

On the International Space Station, astronauts are advised to exercise between 90 to 120 minutes every 24 hours (more than on Earth) to maintain fitness in zero-gravity. In order to achieve this, cycling is one of the most popular exercise choices for astronauts.

The astronauts use a purpose space-built stationary bicycle to use. The video below features Astronaut Doug Wheelock explaining the features and equipment used for cycling while on board the International Space Station. (Forward the video to 4’30” if you want to skip the explanation and go straight to the cycle harness demo. NG).

And a few other random ways bicycles and space come together…

09/04/201816/04/2018

DR Congo: Chukudu bikes

Chukudus are very unique Congolese wooden bikes.

They resemble an elongated kick bike.

In Goma city (eastern Democratic Republic of Congo), Chukudus cost around $100 to make. These bikes are made out of scavenged motorbike and other recycled parts, with the bulk being hand-crafted out of wood.

Increasingly, young men in Goma are using chukudus as a way to earn money.

DR Congo: Chukudu bikes

Although these bikes provide income generation opportunities, they are also incredibly dangerous. Roads in DR Congo have hazardous conditions and are precarious as driving is unregulated and there is a lack of driver etiquette for other road users, which means increased road traffic accidents and deaths.

This is a major issue because in the past, the DR Congo rated as having one of the highest road fatality rates in the world.

For people living in poverty, especially youths, transportation is critical. It is the key to access basic services such as health, education, and is a means to improve current and future livelihood opportunities.

Why is this film important?

Horaci Garcia Marti’s film (above) How DR Congo’s wooden bikes drive profit in Goma is a valuable and important work for a number of reasons.

The film centers on a local young man Tumaini Obedi. With a duration of only 2 mins 37sec, it packs a lot of food for thought by providing Tumaini’s personal experiences riding his Chukudu – and of poverty, urban living, road safety, family and hopes of the future – issues that many people can relate to.

There is a real elegance to the coasting scenes in this film, where the riders are flying along seemingly effortlessly.

Watching this film, I can’t help but think of the exorbitant amounts of money charged by Western bikes companies. But bikes don’t need to be top of the range to make this contrast challenging.

Once you have seen a Chukudu, you’ll view pretty much any bike thereafter differently.

That’s why I like this film. It is short, relatable, and tells an impactful story.

Not only is it important for this story to be told in and of itself, but further, it will give riders specifically pause to think – and be grateful.

All Images from: How DR Congo’s wooden bikes drive profit in Goma

22/01/201824/01/2018

World first announced this week: Hydrogen-powered Bikes

This guest blog post is by Greg Beach, who earlier this week reported on the official announcement of the World’s First Hydrogen-Powered Bicycle. Two months ago, DesignBoom reported on this design, however, it was not officially announced until this week that Pragma’s ALPHA hydrogen-powered bicycles have been manufactured and are set to become commercially available in the near future. It will be very interesting to see what impacts and reaction this new announcement will have on cycling communities and city bike share initiatives. NG.

World first announced this week: Hydrogen-powered Bikes

Pragma Industries just became the first company to launch a hydrogen-powered bicycle for commercial and municipal purposes. Based in Biarritz, France, the company has already secured 60 orders for the hydrogen bikes from French municipalities such as Saint Lo, Cherbourg, Chambery and Bayonne.

While the bikes are currently too expensive for the commercial market, costs are expected to eventually drop from 7,500 euros to 5,000 euros, and charging stations cost about 30,000 euros.

While Pragma is not the only company interested in hydrogen-powered bicycles, they have taken production of such vehicles the farthest — so far.

“Many others have made hydrogen bike prototypes, but we are the first to move to series production,” Pragma founder and chief executive Pierre Forte told Reuters.

Pragma’s Alpha bike is able to travel a distance of 100 kilometers (62 miles) on a two-liter (0.5 gallon) tank of hydrogen.

Although the range is similar to that of a typical electric bike, the recharge time is significantly reduced from hours for a traditional e-bike to merely minutes for the Alpha hydrogen-powered bike.

Pragma offers two types of recharging stations: one that uses hydrolysis of water to generate hydrogen fuel on-site, and another, more affordable station that relies on tanks of already prepared hydrogen fuel.

Due to the high cost, Pragma is currently marketing its bikes to larger commercial and municipal operations such as bike-rental operators, delivery companies, and municipal or corporate bicycle fleets.

After producing 100 such bikes last year, Pragma hopes to sell 150 this year to organizations in places such as Norway, the United States, Spain, Italy and Germany.

In addition to developing a bike that is capable of turning water into fuel without the need of a charging station, the company plans to massively expand into the retail market within the next few years.

World first announced this week: Hydrogen-powered Bikes - Bicycles Create Change.com 22nd Jan 2018

This news was reported world-wide through the major news outlets, so unsurprisingly, most of the reporting on this innovation appears to be based on the same publicity brief with articles repeating pretty much the same info. However, there were a few articles that supplied a little more detail about the bike, how it looks and it’s specifications (like this Reuters article).

Images and original article published in Inhabitat 17/1/2018.

07/01/201808/01/2018

Vycle – Urban Vertical Movement via Pedalpower

There are some super creative professionals out there producing innovative solutions to urban issues using bicycles as the foundation for inspiration and design.

One example I have previously posted, is the incredible and now readily available Invisible Bike Helmet, which is the brainchild of two Swedish Industrial Designers, Anna Haupt and Terese Alstin.

Another is the Vycle, which was first designed by Elena Larriba.

Vycle is touted as being a human-powered vertical transport solution to address increasing urbanisation.

What is Vycle– Urban Vertical Movement via Pedalpower?

Elena Larriba is a qualified architect (MArch) and an Imperial College and the Royal College of Art (MSc & MA) alumni.

Her work is concerned with responding to increasing urbanisation and migration.

Most densely populated urban environments and cities utilise vertical spaces. Therefore innovate methods for vertical transportation are being investigated – and harnessing the functionality of cycling is Elena’s answer!

Elena’s website explains that her design is inspired by bicycles, in that “Vycle is a system powered by continuous cyclical movement. Its benefits are twofold: firstly, it will give stakeholders a more efficient and sustainable option to ascend, and secondly, variable energy selection will be able to cater to people of varied ages and abilities, whilst creating a personalised experience”.

The two choices of moving about between building levels: elevators or stairs – and both have some serious drawbacks. Elevators require a lot of energy and encourage laziness, whereas stairs encourage physical activity, but that for some, this can be onerous or too strenuous.

In a nutshell, Elena believes “that stairs require a lot of effort for a person to go up whereas lifts are 100% powered and that this carves out an area of opportunity that sits between the two.”

Comparatively, using Vylce appears to alleviate these concerns by being compact and space efficient, easy to physically propel, as well as removing any reliance or use of precious energy and thus is incredibly environmentally sound – go bicycles!

Concept Development

The Vylce is currently only a working prototype. Further testing is required to take this product to market and comply with regulation level safety measures for implementation.

How does it work?

The Vycle team explain that this device operates by allowing “people to cycle up in an effortless and enjoyable way. The system is balanced with counterweights leaving the user body as the only weight to overcome. Using a gearing system similar to how bikes work, the user can decide how much effort they want to put to ascend or descent”.

You can see how Vcyle works in action in the video below.

Here is a possible future that Elena hopes to provide – pretty inspiring stuff!

I love the visionary and inventive ways bicycles are being utilised, modified and adapted to help provide productive and resourceful solutions to growing social, environmental and technological issues.

I can’t wait to see more ways where bicycles are being used to create a more positive future for all.

Images and video courtesy of ycle.co.uk