TMC 8 Pound 1911 Recoil Spring – Government

TMC 8 Pound 1911 Recoil Spring – Government

The TMC 18 lb 1911 Recoil Spring keeps your 1911 Government model running smoothly and reliably. Because recoil springs wear out with use, it’s important to replace them every 5,000–10,000 rounds. Doing so protects your frame and slide and helps your pistol function the way it should.

Why Recoil Spring Weight Matters

The recoil spring fits over the guide rod and controls how the slide moves. As a result, choosing the correct spring weight is essential.

• A spring that’s too light can let the slide open too early, which increases felt recoil and can batter the frame.

• A spring that’s too heavy can make the slide hard to rack and may even keep the gun from cycling, which can cause jams.

Because of these factors, replacing a worn spring ensures smoother cycling and better overall performance.

When Should You Replace Your Recoil Spring?

You should replace the spring once it loses 0.500″ of free length from its original size. At that point, the spring no longer applies enough tension to keep the pistol operating safely and consistently.

How Long Does a TMC Spring Last?

Independent testing shows that TMC recoil springs can survive over 100,000 compression cycles. However, it’s still best to replace the spring once per year as part of regular maintenance. By doing so, you keep your pistol running at peak reliability.

Should You Use a Recoil Buffer?

TMC does not recommend using a spring buffer in a 1911. Although buffers may seem helpful, they often hide the symptoms of a worn spring. Buffers can:

• Reduce slide travel, which can hurt feeding reliability

• Mask recoil spring issues

• Break apart during shooting and stop the gun from working

Instead, installing a fresh recoil spring is the safer and more reliable choice.

American-Made Quality

TMC recoil springs are proudly American-made by one of the leading spring manufacturers in the firearm industry. Therefore, you can count on consistent tension, long service life, and dependable performance.