What benefit is there to playing highly repetitive games? I quite enjoy playing games which requires many repetitions of the level in order to get right. These games are often constant-speed scrolling obstacle-course type games where the player must navigate obstacles correctly to finish the level. Often many of repetitions of the level are necessary. For example, geometry dash (not affiliated with them at all, I promise!).

I often wonder if there are any benefits to playing these games. I know that the repetitive nature creates neural pathways in the brain, but I don't think this newly developed ability is going to be used outside of one game in particular. 

A friend of mine mentioned that perhaps these games would improve neuroplasticity, and some research indicates that certain types of games do have cognitive health benefits, (for example, in older adults). However, I haven't been able to find any information about this type of game in particular.

Do these types of repetitive games have any neurological benefit outside of an improved ability to play a particular game?
Lumosity has a research section that explains how their repetitive games help in day-to-day activities. They claim it's peer reviewed, although all of the papers are published to their site. 

However, Science based medicine had this to say about a study with games similar to Lumosity...


  This one study, of course, is not definitive. It is possible that more training is needed before significant benefits are seen. Perhaps
  video games are more effective because they are more engaging and
  players will spend more time playing.What this study shows, however,
  is that products sold as brain training games had no documented
  benefits after six weeks of use.
  
  Putting this study into the context of the overall research, it does
  make us more cautious about concluding that there are general
  cognitive benefits to brain training games or entertainment video
  games. Benefits are likely to be closely related to the specific tasks
  involved in training, and not transfer to unrelated tasks.
  
  But there is already enough published evidence showing visual
  tracking, multitasking, and executive function benefits from action
  and strategic video games respectively that this study will not be the
  final word. When there is conflicting research, more study is needed.
  
  This study is most applicable to brain training products, and shows
  that the marketing claims for these products are not justified. There
  is very unlikely to be any benefit, or any specific advantage, to
  “scientifically designed” brain training applications. For now, you
  are better off just playing a video game.


So, more or less, there isn't any information suggesting that these repetitive "brain games" actually help develop skills outside of learning to play the game better.