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  1. The inside view, design, and construction of factory blades that come to us for repair

    By the way, I once got my hands on a Mishima Viscaria clone. That blade was incredibly stiff and extremely difficult to spin, but the blocks were like reinforced concrete :-). So we reduced the chord from 92 to 89 mm, and it became much more enjoyable to spin.
  2. The inside view, design, and construction of factory blades that come to us for repair

    The chord is the width of the blade at the end of the handle. The smaller the chord, the more the blade bends, and conversely, the larger the chord, the less the blade can bend. Changing this parameter by a few millimeters can greatly affect the playing properties of the blade.
  3. The inside view, design, and construction of factory blades that come to us for repair

    I've been struggling with a question for a long time. Maybe you guys can help me with it. We often receive the popular Viscaria blades for repair. I always thought they should all be made to the same standard and have the same geometric dimensions. But that's not actually the case. All the...
  4. An exhibition of blades made by Ukrainian craftsmen

    And this is the continuation of our series asymmetric blades - Walnut Harmony. The peculiarity of this blade is a small thickness of 5.45 mm. This gives hight sensitivity and control, but walnut with carbon gives lively acceleration on the attacking side and two softwoods also a long dwell time...
  5. An exhibition of blades made by Ukrainian craftsmen

    Another offensive blade with an innerforce structure and a light limba on the surface, which we made for my friend. This blade is non-linear, meaning it plays slowly in short, passive games, but when accelerated, it can create a fast ball with lots of spin. Blade Parameters: Speed - Off/ All...
  6. An exhibition of blades made by Ukrainian craftsmen

    Another asymmetric Harmony! This time with an anatomical handle and a koto on the attack side. Another feature of this blade is the use of veneer to protect the ends of the blade. The owner of the blade says that the veneer end gives a sharper feel. Despite its relatively thin size, this blade...
  7. Palio Energy 03 comparison with Allwood Blades?

    And this is the same "carbon", which is not carbon at all, although for this price it is normal :-)
  8. Throw angle is not a rubber property!

    I want to like this post, but I don't want to spoil these statistics
  9. Throw angle is not a rubber property!

    I tried to try hybrid rubbers before, but thanks to our neighbors, this winter it was difficult to do - there were no windows in the hall after the arrival of russian missiles and drones, there was no electricity and heating again due to the massive shelling of the energy infrastructure of my...
  10. The inside view, design, and construction of factory blades that come to us for repair

    This time, the Butterfly Timo Boll W5 blade with a broken handle came in for repair. Most Butterfly blades I've seen don't have cavities in the handles, but not this time. The cavity is very large and takes up most of the blade, leaving almost no body. The fracture occurred in this weak spot...
  11. Throw angle is not a rubber property!

    Thanks, I'll have to try it.
  12. Throw angle is not a rubber property!

    I've been looking for a rubber for my forehand for a long time that wouldn't need a booster and would have the same characteristics as the boosted H3, including that low throw angle, but for now, this search continues...
  13. Throw angle is not a rubber property!

    The trow angle of different rubbers is different. That's all.
  14. Stiga Kjell Johansson super carbon blade

    He would probably be pleased to see how much love we put into bringing the old blade with his name back to life.
  15. Stiga Kjell Johansson super carbon blade

    I haven't personally seen it, but we recently got a blade from that era for repair - a Stiga Erik Lindh. Those black and gold labels on the handle look absolutely stunning!
  16. The inside view, design, and construction of factory blades that come to us for repair

    We received a W968 blade for repair with a crack in the handle. We repaired it, but during the repair process, we discovered a 0.4 mm misalignment in the blade thickness! That's a lot. Near the handle, the blade is 5.5 mm thick (measured outside the repair area), and near the edge, it's 5.9 mm...
  17. The inside view, design, and construction of factory blades that come to us for repair

    Hello everyone! Since we receive many blades of various designs for repair, I'd like to share with you their photos and factual technical specifications. We also sometimes have questions about why the manufacturer designed something the way it did. Perhaps you guys have some insights. Well...
  18. Playing in cold halls

    I also noticed that not all balls work equally well in a cold halls - some break down quickly
  19. An exhibition of blades made by Ukrainian craftsmen

    We can make the same blade for you. If you are interested, please write me a private message.
  20. An exhibition of blades made by Ukrainian craftsmen

    The legendary Fantômas is back! We created this blade using only Kiri wood, which has a low density and weight. The surface is covered with hard and incredibly heavy eucalyptus, allowing the blade to penetrate even the hardest rubber and accelerate balls at maximum speed. Another interesting...
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