An absurd Pokemon GO route has emerged, demanding a staggering seven hours to reach its completion
A diligent player has stumbled upon an exceptionally lengthy route within Pokemon GO, which spans a staggering duration of over seven hours to comple...
A diligent player has stumbled upon an exceptionally lengthy route within Pokemon GO, which spans a staggering duration of over seven hours to complete. This unexpected find has sparked bewilderment and perplexity among fellow players.
The pathway, aptly named the "Noodley Labyrinth," has sparked inquiries regarding its passage through Niantic's meticulous approval process, giving rise to speculations concerning unstable connections or potential spoofing.
Enthusiastic players are eagerly anticipating enhancements to the route functionality, including seamless integration with gyms and Pokestops, and they are delighted to observe Niantic's ongoing efforts to refine the routes within Pokemon GO.
A single player has unearthed a route within Pokemon GO that demands more than seven hours to traverse. Routes represent the newest addition to the game's features, enabling trainers to follow paths crafted by the community, leading them to discover elusive pocket monsters and unlock in-game rewards, including coveted Zygarde cells.
The introduction of this feature commenced in July of the current year, but encountered numerous challenges that left fans disheartened with the implementation of routes in Pokemon GO. Consequently, the creation of new routes was limited to players who had attained level 40 or higher, and subjected to a meticulous review process. Following a substantial update in September, Niantic has now expanded access to routes, granting a greater number of gamers the opportunity to fabricate these in-game pathways.
Reddit user chiropteranessa has made an astounding discovery in Pokemon GO—a colossal route. This extraordinary pathway spans a staggering walking distance of 19,527 meters and requires an estimated 425 minutes to complete. Despite its impressive measurements, the route, named "Noodley Labyrinth," is situated within a relatively compact area. Interestingly, the route description, which mentions "With Pokemon Shaped Meatballs," has captured attention and sparked curiosity among the readers in the comments section of the post.
Following the publication of the aforementioned post on the r/Pokemongo subreddit, gamers have been contemplating how the remarkably extensive Pokemon GO route managed to pass Niantic's rigorous approval process. Certain trainers express their frustration over the delayed approval of linear routes, despite significant updates made to the route system in Pokemon GO. Niantic has indicated that routes must fall within the range of 0.5km to 20km in length for submission. Although the discovered route adheres to these guidelines, players remain perplexed about the practicality of completing it successfully.
Given that Pokemon GO relies on an internet connection, fans have put forth theories speculating that an unstable connection may have led to the erroneous upload of the route. Additionally, some gamers propose that the route could be a result of spoofing, potentially bypassing the review process. It is worth noting that players who exploit route features have been facing account bans in Pokemon GO. Therefore, if the Noodley Labyrinth route is ultimately removed, the trainer responsible for its creation may also face restrictions on their account.
Players are cognizant of the fact that Niantic is still in the process of refining the newly introduced feature, and its long-term presence in the mobile game remains uncertain. The community has already put forth suggestions on how to enhance routes in Pokemon GO, such as integrating them directly into gyms and Pokestops instead of having them in a separate menu. Niantic has faced criticism in the past for its communication with fans, but the recent update demonstrates the studio's ongoing commitment to refining routes within Pokemon GO.
Pokemon GO is currently accessible for mobile devices running on iOS and Android operating systems.