Yep! If the ball is glued into the slider rather than the cluster side, you can just swap sliders -- they're a tiny part so it's pretty easy to just make up sets of different strengths with different balls. The cluster-side approach has some other benefits but they're not critical.
@@Svalboard That's awesome! The modularity of the slider system sounds fantastic. Being able to swap out sliders for different actuation forces is a brilliant concept. The technology behind the Svalboard is truly fascinating. As an undergrad student currently scraping by on ramen, I'm really impressed by the innovation. That being said, once I start working, I'd definitely be saving up to invest in one! I can't wait to try it out!
So underrated awesome video!
So would we able to just change the ball bearing to change the Actuation Force??
Yep! If the ball is glued into the slider rather than the cluster side, you can just swap sliders -- they're a tiny part so it's pretty easy to just make up sets of different strengths with different balls.
The cluster-side approach has some other benefits but they're not critical.
@@Svalboard That's awesome! The modularity of the slider system sounds fantastic. Being able to swap out sliders for different actuation forces is a brilliant concept. The technology behind the Svalboard is truly fascinating.
As an undergrad student currently scraping by on ramen, I'm really impressed by the innovation. That being said, once I start working, I'd definitely be saving up to invest in one! I can't wait to try it out!