【T-N.T. APS-X HOP-UP SYSTEM】PATENTED PRODUCT
『SOLAR ECLIPSE』
S+ Precision Dual inner diameter Air-cushion inner barrel
As the saying goes : "A good start is half the success".
TAIWAN T-N.T. STUDIO has been pursuing a breakthrough in performance, and the pace of research and development has never stopped.
We have developed T-HOP series bucking, double I/D inner precision air-cushion inner barrel series, etc. Effectively increase the stabilizing friction required for BB, also created more far-reaching effective flight distance.
Now, introduce you T-N.T. new patented design of inner barrel :
【Solar Eclipse inner barrel】!!
(We call it【S+ barrel】)
『SOLAR ECLIPSE』
S+ Precision Dual inner diameter Air-cushion inner barrel
As the saying goes : "A good start is half the success".
TAIWAN T-N.T. STUDIO has been pursuing a breakthrough in performance, and the pace of research and development has never stopped.
We have developed T-HOP series bucking, double I/D inner precision air-cushion inner barrel series, etc. Effectively increase the stabilizing friction required for BB, also created more far-reaching effective flight distance.
Now, introduce you T-N.T. new patented design of inner barrel :
【Solar Eclipse inner barrel】!!
(We call it【S+ barrel】)
【日蝕管】特色介紹：
1. 使 BB 彈丸待命初始點提高，且使BB彈丸位於內管中央 (與出氣嘴同軸)，並與 BB 彈丸上方之 T-HOP膠皮 弧面下壓區塊 形成更完整的受力區塊，進而使 HOP-UP 效應更加穩定、確實。
2. 因 BB 彈丸底部之待擊發起始位置提高，其與內管接觸面積變小，有效降低 BB 彈丸 擊發時底部之摩擦力，可使所需 HOP 下壓量減少，相對可使 HOP 作用更加確實；有效提升 BB 彈丸上方之摩擦力，對應可用彈重範圍更加寬廣。
3. 因 BB 彈丸底部之阻力降低，當 BB 彈丸擊發時，其於內管中受 HOP-UP 效應後之跳動曲線更緩和 ，使 HOP-UP效應 與 BB 彈丸於管內 加速更穩定。
4. 所需HOP-UP 下壓量減少 → 氣損減少 (有效排氣量增加) → 槍口動能小幅提升 。
5. BB 彈丸定位於待命初始位置時，更容易被 HOP-UP bucking 之 下壓點 往回 (出氣嘴方向) 壓，使 BB 彈丸 與 出氣嘴 更緊密貼合。
6. Locktime 縮短 (活塞釋放到 BB 彈丸離開內管的時間) → 可降低射手敏感度，提升射擊準確度。
7. 對灰塵敏感度降低，並減緩 BB 掉蠟粉現象。
2. 因 BB 彈丸底部之待擊發起始位置提高，其與內管接觸面積變小，有效降低 BB 彈丸 擊發時底部之摩擦力，可使所需 HOP 下壓量減少，相對可使 HOP 作用更加確實；有效提升 BB 彈丸上方之摩擦力，對應可用彈重範圍更加寬廣。
3. 因 BB 彈丸底部之阻力降低，當 BB 彈丸擊發時，其於內管中受 HOP-UP 效應後之跳動曲線更緩和 ，使 HOP-UP效應 與 BB 彈丸於管內 加速更穩定。
4. 所需HOP-UP 下壓量減少 → 氣損減少 (有效排氣量增加) → 槍口動能小幅提升 。
5. BB 彈丸定位於待命初始位置時，更容易被 HOP-UP bucking 之 下壓點 往回 (出氣嘴方向) 壓，使 BB 彈丸 與 出氣嘴 更緊密貼合。
6. Locktime 縮短 (活塞釋放到 BB 彈丸離開內管的時間) → 可降低射手敏感度，提升射擊準確度。
7. 對灰塵敏感度降低，並減緩 BB 掉蠟粉現象。
The【Solar Eclipse barrel】features, please refer the article :
【Normal barrel】
Because the BB's outer diameter must smaller than barrel's inner diameter, so the BB is slightly below the standby position (as shown), and because of the close curvature of the two, so the contact area (RED area) is wider and the friction is larger.
【Normal barrel】
Because the BB's outer diameter must smaller than barrel's inner diameter, so the BB is slightly below the standby position (as shown), and because of the close curvature of the two, so the contact area (RED area) is wider and the friction is larger.
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【S+ barrel】
Keeps the BB in center at the standby position (as shown) and remains coaxial with the nozzle, effectively reducing the friction between the lower edge of the BB and the barrel inner wall. (BLUE area).
Keeps the BB in center at the standby position (as shown) and remains coaxial with the nozzle, effectively reducing the friction between the lower edge of the BB and the barrel inner wall. (BLUE area).
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【Sectional view of the inner barrel】
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【S+ INNER BARREL KEY FEATURE】
●GREEN area - inside of HOP bucking / friction zone.
●BLUE area - S+ barrel micro hump / 0.04mm
(the photo is that we use light and shadow and adjust the photo slightly to facilitate the seeing.)
●RED area - BB contact with the inner barrel's area.
1. Raise the BB standby initial position (BLUE area) and place BB in the center of the inner barrel (coaxial with the nozzle), make the T-HOP bucking's curved covered the BB (GREEN area) and make it form a more complete force area, so the HOP-UP effect more stable.
(The blue area in the photo is to explain the principle and does not represent the actual situation.)
(The blue area in the photo is to explain the principle and does not represent the actual situation.)
There is a "micro hump" design with a rib directly below the entrance of the inner barrel. The BB is more stable on the support zone surface, and the inner barrel is integrally formed.
(The micro hump is just 0.04mm, all photos is that we use light and shadow and adjust the photo slightly to facilitate the seeing. The micro hump is really hard to see it by eyes directly, so we recommends you can put a BB into the barrel's entry, then use finger to simulate HOP-UP, then you can see it.)
(The micro hump is just 0.04mm, all photos is that we use light and shadow and adjust the photo slightly to facilitate the seeing. The micro hump is really hard to see it by eyes directly, so we recommends you can put a BB into the barrel's entry, then use finger to simulate HOP-UP, then you can see it.)
2. Because raise the BB standby initial position (BLUE area), the contact area with the inner barrel becomes smaller, effectively reduce the friction at the bottom of the BB when shooting (RED area), so that can reduce the amount of HOP required and relatively make the HOP effect more certain (GREEN area), effectively increase the friction above the BB projectile, and the range of available BB weight is wider.
(The micro hump is just 0.04mm, all photos is that we use light and shadow and adjust the photo slightly to facilitate the seeing, the micro hump is really hard to see it by eyes, suggest you can put a BB into the barrel entry, then use finger to simulate HOP, then you can see it.)
(The micro hump is just 0.04mm, all photos is that we use light and shadow and adjust the photo slightly to facilitate the seeing, the micro hump is really hard to see it by eyes, suggest you can put a BB into the barrel entry, then use finger to simulate HOP, then you can see it.)
3. Because the resistance at the bottom of the BB is reduced, when shooting BB , the jump curve after the HOP-UP effect in the inner barrel is more moderate, let the HOP-UP effect and the BB projectile are accelerated more stably in the inner barrel.
4. The required HOP-UP reduction is reduced → Reduced gas loss (increased effective exhaust) → Muzzle kinetic energy increased slightly.
5. When BB in standby initial position, it's easier to be pressed back to nozzle by HOP-UP bucking's friction block, make BB more closer to nozzle.
6. Locktime shortened (time from piston release to BB leaving inner barrel).
7. Reduced sensitivity to dust and reduce BB drop off the wax powder situation.
8. The S+ barrel is ONE PIECE designed , more higher precision!!
(The micro hump is just 0.04mm, all photos is that we use light and shadow and adjust the photo slightly to facilitate the seeing, the micro hump is really hard to see it by eyes, suggest you can put a BB into the barrel entry, then use finger to simulate HOP, then you can see it.)
4. The required HOP-UP reduction is reduced → Reduced gas loss (increased effective exhaust) → Muzzle kinetic energy increased slightly.
5. When BB in standby initial position, it's easier to be pressed back to nozzle by HOP-UP bucking's friction block, make BB more closer to nozzle.
6. Locktime shortened (time from piston release to BB leaving inner barrel).
7. Reduced sensitivity to dust and reduce BB drop off the wax powder situation.
8. The S+ barrel is ONE PIECE designed , more higher precision!!
(The micro hump is just 0.04mm, all photos is that we use light and shadow and adjust the photo slightly to facilitate the seeing, the micro hump is really hard to see it by eyes, suggest you can put a BB into the barrel entry, then use finger to simulate HOP, then you can see it.)
簡易辨別日蝕管的方法:
將BB彈放在內管入口處，使用手電筒或是光源由出口處向內管照射。若呈現一個如同「日蝕」的狀態，那就是日蝕管。
將BB彈放在內管入口處，使用手電筒或是光源由出口處向內管照射。若呈現一個如同「日蝕」的狀態，那就是日蝕管。
How to identify S+inner barrel:
Place the BB at the entrance of the inner barrel and use a flashlight or light source to illuminate the inner barrel from the exit. If it presents a state like a "solar eclipse", it is S+inner barrel (as shown in the picture).
Place the BB at the entrance of the inner barrel and use a flashlight or light source to illuminate the inner barrel from the exit. If it presents a state like a "solar eclipse", it is S+inner barrel (as shown in the picture).
※短內管無氣墊槽設計※
※Shorter barrel have no Air-cushion design (Shorter than 220mm)※
※Shorter barrel have no Air-cushion design (Shorter than 220mm)※
Material : bronze with electroplated chemical nickel surface.
Inside diameter : 6.03mm (tight bore) ~ 6.35mm (wider bore), two different inner diameter in one barrel.
Outside diameter : 8.5mm
Inside diameter : 6.03mm (tight bore) ~ 6.35mm (wider bore), two different inner diameter in one barrel.
Outside diameter : 8.5mm