Need Help installing a BB Torque Spring Base

[skuttadawg]

After reading only positive reviews of the Hoca torque spring base which has BBs in it which prevents the spring from binding I bought one from Greg . Well it has no instructions on the box or any paperwork at all . I am thinking I should use lithium grease on the BBS instead installing dry but I can not find any info on how to or tips on this install . Here is the part eshop.mainelyscooters.com/by-brand/hoca/169-281

I would truly be great full to here from anyone who has installed this part preferably on a 2T but I think it should be the same for both . I have not had any CVT problems and I go uphill faster than many do on flat roads . I am one of those who like go the extra mile and always do service work to prevent less repairs later on as I want to enjoy my 2T for years like I did my Honda Spree .

So please any advice ( from those who have installed it ) or link to info or video would be super duper . Thanks in advance

[ltdhpp]

One similar came in my NCY kit, I installed a Malossi torsion controller, the one piece version of the same thing.

[yosemite]

Here you go Scuttadawg,
Here is how it goes together.
Sam
www.partsforscooters.com/169-280_Hoca_Torque_Spring_Base#

[yosemite]

Oh, thanks Sam

Not a problem glad to be of help
Sam

[skuttadawg]

I can see how it goes together and thanks for the picture . So should I use lithium grease or other stuff or dry ?

[yosemite]

I would say dry and reason being is that the BB's are not sealed as you can see there is a space between the Spring Rider and the BBs so all the belt material powder will get in there really fast. That is a very cheap setup I must say, I guess anything to sell something that will not do much at all.
Sam

[aznatama]

I have the Naraku version of the same thing. I used some gun grease on it which is better than nothing. However, I somewhat buffed the excess grease off since it's supposed to bind to the metal. Any loose/excess grease will fling off since it's not sealed.

Benefits of is is free movement of the spring which twists when compressing/decompressing. Also, it increases the spring tension since it preloads the spring even more.