That's not surprising. Do it with a bike that can jump lanes easier (smaller holes and easier to match speed of entering lane) and it is faster still. Risk climbs again though.
I think the point they were making (and please correct me if I'm wrong) is that weaving is IN MOST INSTANCES statistically insignificant ?That's not surprising. Do it with a bike that can jump lanes easier (smaller holes and easier to match speed of entering lane) and it is faster still. Risk climbs again though.
Up to 25% faster is statistically insignficant? If you want a straight comparison, on average weaving was 14% faster ((4+5+23+25)/4). Not a big deal on a 10 minute drive but over an hour or more, it can be a significant amount of time. Obviously at the expense of risk and most likely increased fuel consumption (although it is california and EV's are happy with the accelerate/decelerate cycle).I think the point they were making (and please correct me if I'm wrong) is that weaving is IN MOST INSTANCES statistically insignificant ?
If you're in the GTA and one of many drivers that use the ramps as an extra lane (often including the shoulder between the off-ramp and on-ramp) you can really start saving a lot of time. To hell with traffic laws and safety but you won the race.What it means to me is that there is better lane discipline in California. Notice that the lanes arrived in the same order as the lanes they were in.
In the GTA, I would expect the inside lane to be fastest, and the passing lane the slowest.
If the weaver knew when to switch, they might do better than 25%.
Also why 25% and not 4%?
On a one hour commute, 25% means you get there 15 minutes sooner - fair enough but how often can that realistically happen ?Up to 25% faster is statistically insignficant? If you want a straight comparison, on average weaving was 14% faster ((4+5+23+25)/4). Not a big deal on a 10 minute drive but over an hour or more, it can be a significant amount of time. Obviously at the expense of risk and most likely increased fuel consumption (although it is california and EV's are happy with the accelerate/decelerate cycle).
Saw a couple guys on SS bikes this morning running about 3x the 401 moving speed at 401/Dixon along the shoulders and in/out of the lanes...If you're in the GTA and one of many drivers that use the ramps as an extra lane (often including the shoulder between the off-ramp and on-ramp) you can really start saving a lot of time. To hell with traffic laws and safety but you won the race.
I get it and I'm not going to argue for either approach. I had a similar discussion with a friends dad. We both left for their family cottage at the same time. Cottage is most of six hours from their house. Dad drives speed limit. My friend drives 20 over. When we got to the cottage, dad was still over 100 km away. Speed difference wasn't huge or unreasonable but over time it really adds up.On a one hour commute, 25% means you get there 15 minutes sooner - fair enough but how often can that realistically happen ?
14% on the same one hour commute is around 8 minutes, is it worth taking the chance ?
The drivers in the 416 are (for the most part) idiots, factor in the heavy truck presence on 400 series highways and I sincerely doubt you can match the Mythbusters numbers.
You mean the right lane of the Gardiner Eastbound after Jarvis? It wasn't intended as a ramp.If you're in the GTA and one of many drivers that use the ramps as an extra lane (often including the shoulder between the off-ramp and on-ramp) you can really start saving a lot of time. To hell with traffic laws and safety but you won the race.
makes a difference for sure! especially on a route where you know the patterns
as an example on my commute i know that if traffic backs up a x ramp or exit i have to get to y lane for smoother traffic and id say im right most of the time