Our team is currently trying to design a cascade lift robot. However, we can’t decide whether we should use linear slides to secure each stage of the cascade lift or not.
It would be helpful to us if we could get some pros and cons of the 2 designs(in the links).
Pros-Easier to build
Cons- More friction, consumes more lateral space per layer to accommodate the slides between each layer, more likely for your lift to lean at the top
Pros- Less friction, consumes less space since its just c channel within c channel, less likely for your lift to lean at the top
Cons- Harder to build, you need to buy or laser cut or file custom spacers
True, you should just use a simple rd4b, but only go for a cascade lift if you absolutely do not have the space for an rd4b. Also, you could just use a 6 bar or a chain bar if you don’t need the movement to be linear. cascade lifts require a lot of time and work to be put into them for them to be good enough. Way too high maintenance. Dreadnaught’s lift is definitely better than the linear slides and they have openly said that they should have just used an rd4b because they put way too much work into making the cascade work good. rd4bs are faster too.
Linear Lifts are recommended if you plan to build a Flywheel additionally. DR4B are better if you plan to build a puncher or catapult additionally. I personally prefer the cascade lift, since the weight is drastically reduced if you use spacers instead of sliders, and passively lifting is simpler:
Here’s the video to explain this: (BTW, the narrator isn’t me)