Official Coli Bike/Cycling thread

bnew

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I busted myself up pretty good this morning on an uneven path :dead:

Lucky I got my arms down, my face/teeth good this time :blessed:

Live to ride another day:blessed:


was it a dirt trail or pavement?
you went over the handle bars?:hamster:

reading stuff like this always inspires me to wear elbow pads and a hand guards for a few days.
 

Jim Cornette

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I got hit by a fukking car today...


Riding on the footpath, car didn't see me, pulls out of a carpark and folds my front rim in half :damn: I land on the bonnet, elbow goes thru the windscreen:damn:


Lucky I didnt bump my head or hurt myself badly... Old lady ended up paying $185 for a brand new rim.. you wouldn't believe it happened right behind a bike store :heh:


So in 30 mins my bike was fixed and I rode home... Felt a lil bit sore a few hours later once the adrenaline wore off.. but still thanking the cycling gods :blessed:
 

Jim Cornette

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was it a dirt trail or pavement?
you went over the handle bars?:hamster:

reading stuff like this always inspires me to wear elbow pads and a hand guards for a few days.
Pavement... Over the handlebars.. lucky I got my right arm down quick and I only busted up my elbow really.. the same elbow that went thru the fukking car windscreen tho :dead:

Can't make this shyt up... On the way TO WORK I bust myself on the pavement, have to work the whole day wirh a busted elbow and grazed hands..

Leave work, 2 mins into my ride an old lady cleans me up :dead:

Think I'm gonna put the bike away for a few days :mjcry:
 

bnew

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I got hit by a fukking car today...


Riding on the footpath, car didn't see me, pulls out of a carpark and folds my front rim in half :damn: I land on the bonnet, elbow goes thru the windscreen:damn:


Lucky I didnt bump my head or hurt myself badly... Old lady ended up paying $185 for a brand new rim.. you wouldn't believe it happened right behind a bike store :heh:


So in 30 mins my bike was fixed and I rode home... Felt a lil bit sore a few hours later once the adrenaline wore off.. but still thanking the cycling gods :blessed:

this week of yours..
full


glad you're ok.:obama:
 

bnew

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With ridership continuing to climb, Fort Worth Bike Sharing is seeking to expand in areas of the city where its services were previously inaccessible. (Courtesy of Fort Worth Bike Sharing)
POSTED INENVIRONMENTAL
As demand for bikes remains high, Fort Worth Bike Sharing prepares for future growth

by Haley SamselFebruary 24, 2022

With the COVID-19 pandemic entering its second year in 2021, Fort Worth Bike Sharing expected to see a slow decline in the number of people using their recognizable red and white B-cycles, available for rent at 59 stations across the city.

Data collected over the past year indicates the opposite. Ridership increased by 4% from 2020, and the service counted 84,073 rides last year compared to 56,348 in 2019, said Jennifer Grissom, the director of Fort Worth Bike Sharing.

“I didn’t anticipate it was going to have a permanent effect, but we also tried to capitalize on it as much as possible and keep that momentum going,” Grissom said. “When you’re riding a bike, you feel like a kid again. (The pandemic) kind of reminded people of those simple activities, and I think that’s something that is going to stick around.”

Part of the increase can be attributed to the amount of bikes and stations now available to anyone who comes across the bike kiosks, most of which are clustered along the Trinity Trail system, the Cultural District, Near Southside and downtown Fort Worth.

Part of the increase can be attributed to the amount of bikes and stations now available to anyone who comes across the bike kiosks, most of which are clustered along the Trinity Trail system, the Cultural District, Near Southside and downtown Fort Worth.

How to use Fort Worth Bike Sharing
Visitors can rent electric or classic bikes from 59 stations across Fort Worth. Here’s how to get started.

Download the BCycle app, which you can use to rent and pay for a bike. You can also pay by card at the station or here.

Find a bike kiosk near you or the neighborhood you’re visiting. This map shows all stations.

Decide which pass you want. Day passes are $8 for 24 hours of rides. Explorer passes get you a month of unlimited hour rides. Semester passes last for six months. Annual passes are $100.

Return the bike every hour to avoid an extra charge of $4 per hour. Select “check out bike” and “keep riding” once you’ve placed the bike back into the kiosk.

Check to see if you qualify for a discount. Students, senior citizens, low-income residents and military members qualify for special rates.

In 2013, the program kicked off with 300 bikes at 30 stations.The system now performs maintenance on 420 bicycles, including 145 electric bikes and 275 classic models, that require day passes or long-term memberships to rent.

After formally becoming a department of Tarrant County’s Trinity Metro transit agency last spring, Fort Worth Bike Sharing integrated more than 25 stations into the system. The new locations include kiosks near TCU, Hotel Dryce, Kellis Park and the Northside TexRail station.

Grissom expects to add another 12 kiosks in 2022, with a focus on areas of Fort Worth that have never had access to the bike sharing service. That’s only possible when there’s enough infrastructure, such as bike lanes and sidewalks, to ensure appropriate safety for cyclists, she said.

“Having a station on Jacksboro Highway would be great, but there’s no infrastructure, and I’m not going to purposely create an unsafe situation,” Grissom said. “We have looked toward expanding south, east and farther west, but again, there’s just really not the infrastructure there. Hopefully, the infrastructure will catch up and we’ll be able to do that.”

The bike sharing service will expand in north Fort Worth, which staff identified as an underserved area, Grissom said. Two new locations will open at the Northside Community Center and Marine Park in the coming months.

Other goals include revitalizing the First Mile Program, which offers low-income residents an annual membership for $10 per year. Memberships declined in 2021, offering an “opportunity for improvement,” according to the program’s annual report.

Fort Worth Bike Sharing has accomplished its goal of creating clusters of stations to pick up and drop off the bikes, but that hasn’t come without growing pains, said Jon Wilcox, who has been a member since July 2014.

Wilcox has noticed significant wear-and-tear on the city’s bicycle inventory and thinks it’s time to start replacing the original fleet. He often spots people near kiosks who are confused by the mobile app and the structure of day passes, which last for 24 hours but require cyclists to rent for hour-long increments.

“The reliability of the kiosks is also pretty shaky,” Wilcox said. “The most frequent complaint I hear is that stations are down, or they appear to be up but they’re actually down. Or they are up, but my card is not working because something in the computer thinks the bike didn’t get checked in all the way.”

Want to try a free ride?
Through its Free First Fri-YAY program with Blue Zones Project Fort Worth, cyclists can get a free day pass on the first Friday of every month. Use promo code 92020 at the bike kiosk or 92020APP on the Bcycle app to redeem.

Customer service representatives have been better at resolving problems since the bike share transitioned to Trinity Metro, Wilcox said. The program has been worth it for him since riding the bikes gives him a chance to exercise recreationally, save money and travel short distances from his West Seventh neighborhood.

“When you’re on your own bike and you have a flat tire, that’s a big problem,” Wilcox said. “Now, it’s not my problem. You ride on the flat for a couple of miles, you park it in the stand and you get another one. That’s pretty nice.”

Growing the number of longtime members like Wilcox is crucial to making Fort Worth Bike Sharing a sustainable enterprise, Grissom said.

She imagines that the number of new stations will slow to about five per year as the department pursues more grant funding to support “expensive” bike maintenance and make it easier for residents to ride a bike to work rather than commuting in their car.

“Fort Worth is growing, so we have to grow with it,” she said. “The more options we can provide for people, the more we can accomplish those other goals of having people really use our bikes for their transportation.”
 

Wildin

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I got hit by a fukking car today...


Riding on the footpath, car didn't see me, pulls out of a carpark and folds my front rim in half :damn: I land on the bonnet, elbow goes thru the windscreen:damn:


Lucky I didnt bump my head or hurt myself badly... Old lady ended up paying $185 for a brand new rim.. you wouldn't believe it happened right behind a bike store :heh:


So in 30 mins my bike was fixed and I rode home... Felt a lil bit sore a few hours later once the adrenaline wore off.. but still thanking the cycling gods :blessed:

shyt, I got hit last fall, luckily I was good and my bike was good.
 

bnew

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Low-cost sensor monitors electric scooters in bike lanes - Innovation Origins

Low-cost sensor monitors electric scooters in bike lanes

28 February 2022
PRESS RELEASE

The traffic and variety of personal mobility vehicles (PMV) has grown exponentially in recent years. A study by the MAPFRE Foundation estimates that around 1,200,000 people use e-scooters and electric bikes in Spain every day. However, despite the emergence of these new modes of mobility, there are still no systems that allow us to monitor and control their use accurately and efficiently, which has a negative impact on traffic management, the new modes of mobility and, ultimately, road safety – notes the Technical University of Valencia in a press release.

Now, the Traffic Control Systems team from the Universitat Politècnica de València’s Institute of Information and Communication Technologies (ITACA) has designed, developed and approved the first road sensor that is tailored for personal mobility vehicles. The sensor uses magnetic loops and it is capable of recording and categorising the use of PMVs. Implementing this will help us to monitor new modes of mobility and, in particular, road safety, both for pedestrians and the other vehicles that travel around the city every day. Patented by the UPV, it has been designed, developed and approved for urban settings and it can be installed on streets and roads with PMV traffic, either for reserved or shared lanes and one or two-way traffic.

“While conventional vehicles are carefully monitored through the various sensors that are widely installed in cities, scooters, bikes and other personal mobility vehicles lack accurate and efficient tools to perform this monitoring. This situation has negative repercussions at several levels, most importantly with regard to safety, as current technologies are not able to monitor how they are being used, the traffic flows of PMVs and interactions with other users or to detect potential hazards for each of them. The system that we have designed and approved allows us to obtain highly valuable information using an extremely cheap and reliable circuit”, remarks Antonio Mocholí, Director of the Traffic Control Systems team at the Universitat Politècnica de València’s Institute of Information and Communication Technologies (ITACA).

Getting instant information

The system, devised in the laboratories of ITACA-UPV, is an improvement on the current magnetic loop sensors used for motorised vehicles and it provides highly useful tools for remotely analysing PMV traffic. One benefit is that it instantly obtains information about speed and direction of travel, making it possible to calculate traffic density in a given area; and even the types of scooters (based on their power) and the model of vehicle.

“The sensor is able to detect the magnetic footprint of each model of electric scooter and this allows us to identify its category and brand. Monitoring these parameters helps to improve compliance with municipal regulations and implement proper mobility planning, including the management of traffic lights, infrastructures and routes when roadworks and maintenance are being carried out, etc.”, notes Carlos Moyano Gómez, who is studying for a Bachelor’s Degree in Telecommunication Technologies and Systems Engineering at the School of Telecommunications Engineering, who took part in this research as part of his bachelor’s thesis.

Well-received

The invention has been well-received in the forums where we have presented it. “In this regard, the Spanish Road Association, a leading institution both domestically and in Europe, has welcomed the research that was conducted and noted that the widespread implementation of this system would play a vital role in the development of sustainable mobility in urban settings”, adds Antonio Martinez Millana, a researcher from the ITACA Research Institute.

In tribute to Ferran Mocholí Belenguer

The development of this system was the central theme of the Ferran Mocholí Belenguer’s doctoral thesis, the result of over 4 years of work. “Ferran passed away in September 2021 and the Institute wanted to pay tribute to him and make the whole of society aware of the results of his research and the contribution he made. We deeply regret the loss of an exceptional human being because, besides being an outstanding researcher, above all, Ferran was a colleague who was full of kindness and goodness”, remarks José Manuel Catalá, the director of the Universitat Politècnica de València’s ITACA Research Institute.
 

bnew

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Study: More Bike Lanes Needed to Reduce Traffic Congestion

Study: More Bike Lanes Needed to Reduce Traffic Congestion

Research from Carnegie Mellon University shows how replacing short car trips with bike and scooter trips can lead to less congestion, but local areas need more micromobility infrastructure for this positive outcome.

February 25, 2022 •
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Seattle recently took over the faltering Pronto bike program.
(Facebook/Pronto Cycle Share)
It stands to reason that moving more car trips in urban areas to micromobility modes will reduce congestion. New research quantifies this reduction, offering another tool for policymakers and infrastructure planners.

A study from Carnegie Mellon University zeroes in on how micromobility — namely e-bikes — can affect congestion in Seattle, finding that if even 10 percent of short car trips during peak afternoon travel were replaced with micromobility, more than 4,800 car trips would not happen, decreasing vehicle miles traveled by more than 7,300 miles a day, a 2.76 reduction in greenhouse gas emissions.

“The big takeaways are that micromobility could decrease congestion, especially on highly congested corridors. But you’re going to need wide-scale bike lane deployment,” said Corey Harper, assistant professor of civil and environmental engineering at Carnegie Mellon University and one of the authors of the study.


It’s estimated that about 50 percent of car trips in urban areas are three miles or less in length, making them a possible candidate for replacement with other modes.

Americans are not huge cyclists. Only about 1 percent of trips in the United States are taken by biking, according to the 2017 National Household Travel Survey. But one of the many side effects of the COVID-19 pandemic was an increase in cycling in a number of metro areas. And micromobility advocates have been bullish about the growth potential for this transportation sector.

Speaking at the Micromobility World Conference last month, Travis VanderZanden, founder and CEO of Bird, said his company’s aim has always been to serve short trips.


“So far, it seems like we’ve been able to have a pretty good impact on some of these short-range trips. But there’s still a lot of work to be done,” said VanderZanden.

VanderZanden also stressed the need for more micromobility infrastructure to better serve these new forms of transportation.

“We need to continue to solve this chicken and egg problem for cities by showing them, hey, people are willing to get out of cars now. Let’s make sure the infrastructure follows suit. And that’s bike lanes. But it’s also more dedicated parking for micromobility as well,” said VanderZanden.

“Right now,” said Harper, “if you replaced a lot of short car trips with bikes, then these bike trips are going to interfere with private vehicles, because there’s not a lot of bike lanes.”

In Seattle, it’s estimated that 18 percent of short car trips could be replaced with micromobility, and during peak travel times, some 70 percent of trips in the Puget Sound region are made by private vehicles, according to the study.

The research could be used by metropolitan planning agencies, cycling advocates, transportation planners and others, said Harper.

“This quantifies the impacts more bike lanes could have in terms of energy use and getting more people out of cars and onto bikes,” he added.

It will take more than pedal power to solve the world’s climate crisis, say researchers, who note replacing a lot of short urban trips with micromobility would likely do more to improve congestion than to reduce energy usage. The reason is simple: Longer trips, made by cars and other vehicles, still account for the bulk of emissions associated with the transportation sector.

“So we’re going to do a whole lot more than just replace short trips with micromobility. We’re going to have to electrify vehicles, buses, trucks. We have to target longer trips with commuter trains, commuter buses, in order for cities to meet those climate change targets that the White House set out,” said Harper. “We’re going to have to do a lot more than just say, ‘Alright, everybody get on a bike.’”
 
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