They are moving in the right direction. Kawasaki is the first motorcycle manufacturer to acknowledge that the other half of the world’s possible motorcycle riders even exist.
The 2023 Kawasaki KLX230 S
They have spent the necessary R&D time to make a properly suspended low-seat height all-purpose motorcycle that will fit most short-inseam riders all over the world.
Finally, someone is getting the idea that there is an expansive segment of riders that are not comfortable with the standard seat height of motorcycles. I have been reporting this huge oversight to the motorcycle manufacturers since Honda adopted my original design modifications for their trail bike many years ago, leading to the first two-wheeled ATV.
Enter Kawasaki’s KLX230 S for 2023 which has adopted some of the ideas I presented in my 2016 Smaller Adult Motorcycles: Long Awaited New Market Segment book. I am pleased that someone answered the call. This should lead to making the motorcycle market more accessible to riders who have waited in the wings for a more safe-feeling ride on a bike that will accommodate a shorter inseam.
The official word from the Kawasaki team is, “A deeper dive into the data showed an opportunity to satisfy more potential customers by prioritizing lower seat height. With this, we also recognized that it was critical to stay authentic to the KLX concept by offering a lower seat height while maintaining true dual-sport capability.”
They also took another look at the off-road suspension system and conducted a redesign of it to mitigate the spectrum of small bumps in the road as well as rugged off-road terrain challenges affecting both front and rear suspension.
Cycle News field tested and featured the 2023 Kawasaki KLX230 S in its January 24, 2023, issue and demonstrated its ability to enthusiastically impress an avid rider with a 31.5-inch inseam.
Following is the road test from Cycle News that tells all about it:
According to the reviewer, “The KLX230 is certainly a beginner’s friend,” adding that it will appeal to advanced riders as well because, “the devil horns will pop out real quick and the progressive suspension will invite you to push harder.” Adding that, the bike will offer a thrilling experience for “more experienced riders who perhaps don’t have the mobility to throw a leg over an XR400.”
Now what Kawasaki needs to do is make a dedicated frame for their motorcycles built for smaller adults. By making this move, they can have a fully plush seat height of 28 inches and easily provide for almost all of us short-inseam people.
Herb Uhl reviews UBCO’s Electric Trail Adventure Bike. The new company sought Uhl’s opinion of their latest model as he was the inventor of the first 2-wheeled ATV in the fifties. Herb’s design spawned a whole series of trail bikes from Honda.
Herb Uhl’s review follows:
I got to try out UBCO’s 2-wheel drive trail-utility bike with an electric motor in each wheel. The brand manufactures their units in New Zealand.
Their electric trail bike had enough battery for 2 to 3 hours of trail use, depending on how hard you ride it.
The bike was very well built with beautiful welds and well worked out controls.
What I most liked about both wheels pulling is that no leaning was necessary and at almost 0 speed, I could pick my way around most trail junk with almost no effort.
Most of the weight of the bike was that stupid battery.
Electric in-wheel is perfect for a trail bike, just like electric power to all wheels makes sense in a car or pickup. What does not make sense is getting electric power from a battery.
I know you have all seen lightning, so we all know we are surrounded with electric power. Since it exists, it can be harvested.
There are two problems with that; 1) No one has figured out a way to charge us for all that free power, 2) It would add to our freedom, and that must be squelched at all costs.
One of the first things to change when society goes the way of the do do bird, is we will be able to harvest that unlimited energy at the point of use.
My research shows that a small module that weighs 5 pounds or less would provide all the energy a trail bike needs, and you would never run out of fuel.
You think it’s not possible?
Nikola Tesla introduces battery-free electric powered car in 1931
In 1931 Nikola Tesla ran a Pierce-arrow that had been converted to a Westinghouse electric motor, around the Buffalo/New York-area for several hours, sometimes at speeds of up to 90 miles per hour.
The car had no batteries allowed and a witness said Nicola only took a rather large black box with him, hooked up some wires, and away they went.
Do you suppose Dr. Tesla was harvesting electrical energy at the point of use?
10 years before Tesla, brothers introduce electric car powered by atmospheric energy.
Electric cars running on atmospheric electricity were introduced as early as 1921, ten years before the Tesla run.
Tesla’s first experimental electric car project was built in 1897, did not have a storage battery, and never had to stop at a service station. The only mechanical moving parts in his car were the wheels and steering apparatus. Tesla used a new kind of primary battery. The battery could power the car for 500 miles, then could be simply roadside replaced in less than a minute.
The only thing that keeps us from harvesting energy at our homes or on vehicles now is various varieties of greed.
According to stats from UBCO, the all-wheel drive 2×2 electric bike weighs in a 330 lbs., has a 75-mile range, and can operate up to 6 hours with its 3.1kWh battery on a full charge.
