I see that CeeBaileys is now offering a screen for the S10. Anyone have one and like it?
Thank you for giving your height and inseam.la-motor said:Since CeeBaileys is nearby, I managed to get my hands on a pre-production shield about a week ago, excellent quality and service. I'm 6'4" with a 36" inseam..so I'm all legs. I got a 24" with a slight tint and it's perfect...Me likey. ::013::
There IS slight upward curve to the shield that allows me to run the shield in the LOW position. The top of the shield sits about 3" below my line of sight and the upward curve sends the airflow just over my helmet. This also allows me to run the shield in the TOP position if needed. I don't currently have the wind deflectors...and I'm not sure they would be needed. However, CeeBaileys is currently working on wind deflectors for the Super10 s well..tomatocity said:Thank you for giving your height and inseam.
I have nothing against the CeeBailey windscreen and think it looks to be built well but I have a couple questions...
... is there an upward curve at the top of the windscreen? I hope so.
... what position do you have your windscreen mounted. I prefer to mount the windscreen in the lowest position especially during the cold months.
...are you using the wind deflectors?
The believe the upward curve or lip is what makes the difference with buffeting. The example is the two stock windscreens. The larger windscreen does not have a lip and the smaller windscreen does. The smaller windscreen projects the air over the rider and the larger seems to use a downward curve and aims the air at the riders head. I do like the coverage that the larger windscreen provides. The CeeBailey windscreen might provide coverage and project the air over the rider.
me: 6' with a 32" inseam
Below is the CalSci windscreen. Do you see an upward curve on that anywhere? Shoot Mark Lawrence at CalSci an email telling him about your theory...I'm positive he will have an argument against it backed-up by more objective data. The overall design and coverage of the wind screen is what affects buffeting. The mere presence of an upward curve doesn't mean that's why the shorter screen had less buffeting. Sometimes shifting the airsteam slightly DOWN, among other variables, will eliminate buffeting.tomatocity said:Thank you for giving your height and inseam.
The believe the upward curve or lip is what makes the difference with buffeting. The example is the two stock windscreens. The larger windscreen does not have a lip and the smaller windscreen does. The smaller windscreen projects the air over the rider and the larger seems to use a downward curve and aims the air at the riders head.
me: 6' with a 32" inseam
Hi Tim, I have used both the Calsi and the Parabellum and neither have the lip on them. I chose the Parabellum because it did the best job eliminating the buffeting and blocked the air hitting my shoulders. The workmanship on the Para was superior to the Calsi.tomatocity said:Thank you for giving your height and inseam.
I have nothing against the CeeBailey windscreen and think it looks to be built well but I have a couple questions...
... is there an upward curve at the top of the windscreen? I hope so.
... what position do you have your windscreen mounted. I prefer to mount the windscreen in the lowest position especially during the cold months.
...are you using the wind deflectors?
The believe the upward curve or lip is what makes the difference with buffeting. The example is the two stock windscreens. The larger windscreen does not have a lip and the smaller windscreen does. The smaller windscreen projects the air over the rider and the larger seems to use a downward curve and aims the air at the riders head. I do like the coverage that the larger windscreen provides. The CeeBailey windscreen might provide coverage and project the air over the rider.
me: 6' with a 32" inseam
The Parabellum has been getting very good reviews. To add to the lip, or upward curve subject, there seems to be consensus among competent wind screen designers who actually have a background with aerodynamics. The consensus is that an upward curve does absolutely nothing to eliminate buffeting and, in some situations, could actually make buffeting worse because it disturbs the air flow. Cee Baileys, Parabellem, CalSci are all great windsheilds base on knowledge and sound design...none of them have an upward curve.japako said:Hi Tim, I have used both the Calsi and the Parabellum and neither have the lip on them. I chose the Parabellum because it did the best job eliminating the buffeting and blocked the air hitting my shoulders. The workmanship on the Para was superior to the Calsi.
Don't get your panties in a bunch! I don't believe I said anything about having a theory about the upward curve and wind buffeting? I'm simply stating that it works for me.Tremor38 said:Below is the CalSci windscreen. Do you see an upward curve on that anywhere? Shoot Mark Lawrence at CalSci an email telling him about your theory...I'm positive he will have an argument against it backed-up by more objective data. The overall design and coverage of the wind screen is what affects buffeting. The mere presence of an upward curve doesn't mean that's why the shorter screen had less buffeting. Sometimes shifting the airsteam slightly DOWN, among other variables, will eliminate buffeting.
Tremor, I live less than ten miles from CalSci and have been there and did not leave with one of his windshields. Asked him about the a upward curve and he siad "I don't like that". also asked about the vent in the windscreen and he said "your going to get wet when it rains". The edge finish on his windscreens is rough. While I was there a rider came in to get his windscreen squared up. The windscreen they were installing was also not square. Another issue is the lack on thickness for the CalSci windscreens. All this information in one visit. I had higher hopes for a vendor so close to my home town.Tremor38 said:Below is the CalSci windscreen. Do you see an upward curve on that anywhere? Shoot Mark Lawrence at CalSci an email telling him about your theory...I'm positive he will have an argument against it backed-up by more objective data. The overall design and coverage of the wind screen is what affects buffeting. The mere presence of an upward curve doesn't mean that's why the shorter screen had less buffeting. Sometimes shifting the airsteam slightly DOWN, among other variables, will eliminate buffeting.