A Shocking Revelation!
AI-generated summary and notes. Check quotations, numbers, and important claims against the source video. Captions may contain errors.
Watch the source video on YouTube
Estimated reading time: 18 minutes for the text on this page.
In this video, Overland Outfitters shares their experience with Dobinsons MRR shocks tested in the Shock Value series. Initially, they faced challenges with adjustments due to ordering long-travel shocks instead of the standard ones, leading to a compromised test. The video discusses the importance of shock adjustments, the setback of using long-travel shocks without bump stop spacers, and compares Dobinsons to zoned shocks like TRD Pro Fox and Falcon shocks. Despite the setbacks, they discuss the potential of Dobinsons shocks for specific setups and how they might still hold their place in the market.
The video begins with a confession about the mishap during the Dobinsons MRR shocks test in the Shock Value series. Enthusiasts at Overland Outfitters realized they ordered long-travel shocks, causing issues without bump stop spacers. Initial tests misrepresented the shocks' capabilities due to improper setups, leading to a retest for fairer evaluation.
As they explored the Dobinsons MRR further, it became evident that while these shocks offer great build quality, their performance heavily relies on correct installation and adjustment. The team highlighted the contrast between Dobinsons and zoned shocks like TRD Pro Fox, which provide better control due to their zoned features. Despite challenges, Dobinsons still shows potential if adjusted correctly.
The video's key takeaway is the importance of understanding shock setups and adjustments. While Dobinsons failed to outperform zoned shocks in the test, their flexible adjustment options could be advantageous for certain setups. Adjusters can either enhance or diminish performance, emphasizing the need for experience in tuning them effectively. The video leaves viewers hoping for another chance to test Dobinsons with optimal configurations.