![]() |
Neck Pocket Area Greetings, LC. I have a question for you guys. Approximately how much area do you like, or prefer, or design into your bolt-on neck pockets? I am designing the following bass: ![]() The pocket itself I estimate to be around 8.5 square inches (2.8x2.9"). I require unhindered access to the 24th fret, so the lower cutout needs to be deep enough, and I really hate having a great long tongue sticking forward from the pocket. I just think it looks like a hack. I like the curves to flow freely, and extending the neck pocket/heel further up the neck looks, in my opinion, lame. Do you guys think the pocket is too small? I know I could go the Ibanez route and extend the neck heel further into the body, maybe exposing some neck beam wood...but I don't like that solution either. |
I tend to think of it more in terms of the axial distance (along the centerline of the instrument) between the pairs of bolts. More distance should provide more torque to counteract string pull. But all I have is this qualitative notion; I don't have any actual numbers to back it up. Just glancing at your pic, I'd say your pocket is no worse than many off-the-shelf instruments. And the joint can be greatly improved through the use of threaded inserts and machine screws. |
How about a neck pocket route right to the pickup? |
Quote:
|
I prefer a deeper pocket as a shallow one makes me think "unstable" |
Quote:
![]() Itīs sure more work but it allows to have the same if not more contact area while allowing a better access to the higher frets than the regular pocket. |
I tend to think of it as a question of clamping surface area and distribution of clamping pressure. To that end, I think I'll add a 5th bolt roughly centered between the others. Quote:
|
Quote:
|
Quote:
lowsound Edit: Also, you could make a neck pocket with only one screw and it would bever stable, as long as you had a few inches toward the bridge fron where the screw is. In your neck pocket design, the two screws closest to the bridge aren't doing much to resist bending, it is the wood of the neck being pushed against the wood of the body from the tension of the strings. So, in the case of a neck, the tension of the strings helps to resist the tension of the strings. If anyone is interested, I can do the calculations and post them up. |
| All times are GMT -6. The time now is 12:38 AM. |
Powered by vBulletin® Version 3.6.12
Copyright ©2000 - 2013, Jelsoft Enterprises Ltd.