🎯 Key Takeaways for quick navigation: 00:00 *🎬 Introduction and Initial Impressions* - The presenter introduces the Zero One EDC POD-L Mechanical Three-Level Slider, - Shares initial impressions after having the product for about two weeks, - Mentions plans to take it apart, measure, weigh it, and compare with other items. 00:54 *💵 Purchasing Details and Variants* - Information on where to buy the product (Tiger H EDC store on AliExpress) and its price (~$70), - Discussion on different material variants (stainless steel, Pei, zirconium), - Warns viewers about not confusing it with the magnetic version. 02:41 *📏 Comparisons with Other Products* - Compares the POD-L with other sliders and products, - Mentions the various versions and designs by 01EDC, - Highlights specifics like sizes, shapes, and feels of competing sliders. 05:08 *🔍 Detailed Measurements and Handling* - Provides detailed measurements (length, width, height) of the slider, - Discusses the ergonomics, grip, and how texture affects handling, - Shares personal preferences on slider profiles and functionality. 06:27 *⚙️ Click Mechanism and Tuning* - Explanation of the click mechanism and how different configurations change the number of clicks, - Shows the assembly that creates the click mechanism (springs and balls), - Discusses preferences for click sequences and functionality in user experience. 10:11 *🔧 Disassembly and Internal Components* - Step-by-step disassembly of the slider, - Examination of internal components including springs, balls, and caps, - Considers the strength and quality of the spring. 12:29 *🔄 Reassembly and Testing Configurations* - Reassembly with different configurations to test variations in clicking behavior, - Observations on changes in performance after modifying internal components, - Discussion of personal preferences after reassembly. 16:07 *📝 Final Thoughts and Farewell* - Concludes with final thoughts on the product’s performance and design, - Answers to potential questions viewers might have, - Signs off with an invitation to leave comments.
Nice review Dan. I've got this one lined up to review as well and the only I can't figure out is why mine is loose. I know everything relies on the Teflon track running through the middle and I feel like it might have gotten worn down because I can't imagine any other reason everything would just be loose. I've tried adding in a cap on both sides thinking the pressure might help but it doesn't seem to make a difference. Have you found that with any of yours?
Thanks. Hmm. Something sounds wrong, but hopefully, it's maybe just the spring.. I just PM'd you a very short video (via FB Messenger) showing you what I think could be some reasons for the problem. 👍🙂
![01EDC POD 2023 [Fidget Slider Unboxing]](http://i.ytimg.com/vi/lqCuLEuXoNw/mqdefault.jpg)
![01EDC POD 2023 [Fidget Slider Unboxing]](/img/tr.png)
Non Affiliated Link ⤵️
01EDC POL Machinery 3 Layers Slider
a.aliexpress.com/_mKscHfM
Another great review Dan have it in cupernickell lovely piece
🎯 Key Takeaways for quick navigation:
00:00 *🎬 Introduction and Initial Impressions*
- The presenter introduces the Zero One EDC POD-L Mechanical Three-Level Slider,
- Shares initial impressions after having the product for about two weeks,
- Mentions plans to take it apart, measure, weigh it, and compare with other items.
00:54 *💵 Purchasing Details and Variants*
- Information on where to buy the product (Tiger H EDC store on AliExpress) and its price (~$70),
- Discussion on different material variants (stainless steel, Pei, zirconium),
- Warns viewers about not confusing it with the magnetic version.
02:41 *📏 Comparisons with Other Products*
- Compares the POD-L with other sliders and products,
- Mentions the various versions and designs by 01EDC,
- Highlights specifics like sizes, shapes, and feels of competing sliders.
05:08 *🔍 Detailed Measurements and Handling*
- Provides detailed measurements (length, width, height) of the slider,
- Discusses the ergonomics, grip, and how texture affects handling,
- Shares personal preferences on slider profiles and functionality.
06:27 *⚙️ Click Mechanism and Tuning*
- Explanation of the click mechanism and how different configurations change the number of clicks,
- Shows the assembly that creates the click mechanism (springs and balls),
- Discusses preferences for click sequences and functionality in user experience.
10:11 *🔧 Disassembly and Internal Components*
- Step-by-step disassembly of the slider,
- Examination of internal components including springs, balls, and caps,
- Considers the strength and quality of the spring.
12:29 *🔄 Reassembly and Testing Configurations*
- Reassembly with different configurations to test variations in clicking behavior,
- Observations on changes in performance after modifying internal components,
- Discussion of personal preferences after reassembly.
16:07 *📝 Final Thoughts and Farewell*
- Concludes with final thoughts on the product’s performance and design,
- Answers to potential questions viewers might have,
- Signs off with an invitation to leave comments.
Nice review Dan. I've got this one lined up to review as well and the only I can't figure out is why mine is loose. I know everything relies on the Teflon track running through the middle and I feel like it might have gotten worn down because I can't imagine any other reason everything would just be loose. I've tried adding in a cap on both sides thinking the pressure might help but it doesn't seem to make a difference. Have you found that with any of yours?
Thanks. Hmm. Something sounds wrong, but hopefully, it's maybe just the spring.. I just PM'd you a very short video (via FB Messenger) showing you what I think could be some reasons for the problem. 👍🙂
Wow, you really don’t know what to do with your free time 😂❤