What is the turn radius?
1734862
It can turn inside it's own radius, but doing so is hard on the grass. It dramatically cuts down the mowing time in my yard with a lot of trees and flower gardens to maneuver around.
1734863
It takes some getting used to but once you do, turn radius is zero but requires some skill to do. This is my second season, I know how to use the mower, cuts my cut time from 2.5 hr to 1.5 hr and I would give it 5 stars.
1734864
The turn radius is "zero" just like they say. You can stop on a dime, do a 90-180-360 without moving off the dime.
1734865
Zero, once you get the hang of the controls. Thing is so powerful, it would probably do a "wheelie", so it takes a little getting used to, but it is great, compared to my old fashioned rider. No shifting, no steering, just pulling the control levers, which are quite easy, so don't pull too far, too fast.
791763
I do not know the turning radius but believe it could turn sharp if making a turn going down a hallway, it has never tipped over
1801069
It depends on the radius of the turn. I prefer to use 11.25 radius turns on my track layouts to avoid problems that come with tighter radius turns. A 11.25 inch radius turn reguires six pieces to make 180 degrees or a half circle.
1456429
The wheels are same as redbot with sparkfun. I dont know the vehicle turning radius, you me look at redbot for spec.
317332
Yes. It can make large radius turns, but tight 90 degree turns work best with an elbow.
1833926
carrollk has the right answer, I couldn't remember the turning part, but paper clip didn't work for me, I had to use a real screwdriver.
756755
Hello, it depends on how big the store is. Maybe a warehouse store such as a Costco but inside a smaller store you may have problems navigating the turns. Please let us know if we can further assist you!
1561510
If you are good with tools you can remove the plastic tab which prevents it from making a full turn. If not, do not buy this product. It works great for my purposes.
1639976
Of the common scales: Z&lt;N&lt;HO&lt;O&lt;S&lt;G S has the widest turning radius (normally). HO and N are the cheapest to buy, and are most commonly used. HO is ~2x as large as N scale.
1629827
If I remember correctly I believe you need to convert the inches of 1 revolution of the wheel to millimeters. Mathematically, one revolution of the wheel would be it's circumference which is calculated as 2xPI (6.28)x R(radius of wheel). If the diameter of the wheel is 26 inches, the radius (R) is 1/2 half of that or 13 inches. The result is 81.64 inches. You now convert that to millimeters by multiplying inches by 25.4. The result is 81.64 x 25.4 = 2073.656mm. Round that to nearest whole number 2073 or 2074 and that is what you enter into the computer. Make sure the 26 inches is outside diameter of the tire and not the rim size. I hope that helps. If I remember correctly I believe you need to convert the inches of 1 revolution of the wheel to millimeters. Mathematically, one revolution of the wheel would be it's circumference which is calculated as 2xPI (6.28)x R(radius of wheel). If the diameter of the wheel is 26 inches, the radius (R) is 1/2 half of that or 13 inches. The result is 81.64 inches. You now convert that to millimeters by multiplying inches by 25.4. The result is 81.64 x 25.4 = 2073.656mm. Round that to nearest whole number 2073 or 2074 and that is what you enter into the computer. Make sure the 26 inches is outside... » Read More If I remember correctly I believe you need to convert the inches of 1 revolution of the wheel to millimeters. Mathematically, one revolution of the wheel would be it's circumference which is calculated as 2xPI (6.28)x R(radius of wheel). If the diameter of the wheel is 26 inches, the radius (R) is 1/2 half of that or 13 inches. The result is 81.64 inches. You now convert that to millimeters by multiplying inches by 25.4. The result is 81.64 x 25.4 = 2073.656mm. Round that to nearest whole number 2073 or 2074 and that is what you enter into the computer. Make sure the 26 inches is outside diameter of the tire and not the rim size. I hope that helps. « Show Less
932440
A 90 deg. turn would need about 6" if measured from the inside curve to the outside corner in a box. If just following the hose thru turns, just the diameter of the hose wherever it goes.
1666212
I'm not sure I know what you mean by "spindle radius". I did feel that the peddle circle was shorter that a regular bicycle. Our problem was with the quality of construction. After just a few weeks of use, the peddle connection to the unit developed a wobble. So the peddle circle is no longer a true circle. That wobble is extremely uncomfortable when peddling.
578266
My hands are small so winding isn't always a full turn. takes me 15 to 20 turns. Turn slowly and you can tell when you reach full wind. Running time is about 30 minutes.
504827
I found the turning radius to be way too wide for our son to navigate our tight spaces. It's possible, however, to remove the steering assembly (2 screws) and take out the collar that stops it from twisting further. Problem solved! Just be careful as they learn to ride. It tips more easily if they turn too tightly!
262072
No it is not. Turning is very hard since I purchased for my 8 year old. She loves it and it stops traffic in the airport, I am always asked where I purchased. I hope that helps.
734745
Sorry, I sent this back because it did not turn, so I can't answer for you.
1510266
It turns, but it does not turn the wheels. Everytime time you turn a corner you have to rare back and tip front end up. Very disappointed with this item. Handle is a little flimsy too.