12-21-2025, 03:22 PM
I am looking forward to completing my annual motorcycle maintenance on Christmas Eve this year. It is a present I have opted to give myself: some quality time pampering the CB1100EX!
One item on the list is bleeding the brakes and clutch. This year, I plan for the first time ever to reverse bleed my brakes and clutch systems. My inspiration for this pivot came courtesy of a RevZilla Video I saw while scrolling for tools:
From an engineering / design perspectives, I can see how the "bubbles" could be easier to disperse if the fluid is moving "up" to the reservoir as opposed to "down" through the bleed valve on a caliber. But as logical as that may sound, my experience working in the energy sector has taught me that trapped air can sometimes have a mind of its own!
That is why I went looking for a kit that had a back-pressure valve to help me manage flow. I found an incredibly affordable kit on Amazon. Please see Meonum 2 Pack Brake Bleeder Kit. Pictures follow.
If this experiment works, I will be delighted to reduce time and the amount of fluid I typically use. If it fails spectacularly, I can always revert to a traditional bleeding of the brake and clutch systems.
I follow many motorcycle mechanics on YouTube. The Flying Lumpia is one of those. He has a vibe and tone about him that is engaging and is relatable. He is a track guy who rides every day, ocassionally as a hooligan street racer.
He found a way to use the back pressure valve in a traditional brake-bleeding scenario:
I am cautiously optimistic things will work because of the engineering behind the ABS system on my motorcycle. God Bless Honda for nice clean cabling that moves predominantly upward. I will include that analysis in the "How To" I will publish on Christmas Eve.
If you have attempted this technique yourself, please answer the poll question and indicate your experiences. Have a great week.
David
![[Image: 8vnSnvp.jpeg]](https://i.imgur.com/8vnSnvp.jpeg)
![[Image: VFLNNrt.jpeg]](https://i.imgur.com/VFLNNrt.jpeg)
![[Image: 0Fqnrd2.jpeg]](https://i.imgur.com/0Fqnrd2.jpeg)
![[Image: ZB8YOV4.jpeg]](https://i.imgur.com/ZB8YOV4.jpeg)
One item on the list is bleeding the brakes and clutch. This year, I plan for the first time ever to reverse bleed my brakes and clutch systems. My inspiration for this pivot came courtesy of a RevZilla Video I saw while scrolling for tools:
From an engineering / design perspectives, I can see how the "bubbles" could be easier to disperse if the fluid is moving "up" to the reservoir as opposed to "down" through the bleed valve on a caliber. But as logical as that may sound, my experience working in the energy sector has taught me that trapped air can sometimes have a mind of its own!
That is why I went looking for a kit that had a back-pressure valve to help me manage flow. I found an incredibly affordable kit on Amazon. Please see Meonum 2 Pack Brake Bleeder Kit. Pictures follow.
If this experiment works, I will be delighted to reduce time and the amount of fluid I typically use. If it fails spectacularly, I can always revert to a traditional bleeding of the brake and clutch systems.
I follow many motorcycle mechanics on YouTube. The Flying Lumpia is one of those. He has a vibe and tone about him that is engaging and is relatable. He is a track guy who rides every day, ocassionally as a hooligan street racer.

He found a way to use the back pressure valve in a traditional brake-bleeding scenario:
I am cautiously optimistic things will work because of the engineering behind the ABS system on my motorcycle. God Bless Honda for nice clean cabling that moves predominantly upward. I will include that analysis in the "How To" I will publish on Christmas Eve.
If you have attempted this technique yourself, please answer the poll question and indicate your experiences. Have a great week.
David
![[Image: 8vnSnvp.jpeg]](https://i.imgur.com/8vnSnvp.jpeg)
![[Image: VFLNNrt.jpeg]](https://i.imgur.com/VFLNNrt.jpeg)
![[Image: 0Fqnrd2.jpeg]](https://i.imgur.com/0Fqnrd2.jpeg)
![[Image: ZB8YOV4.jpeg]](https://i.imgur.com/ZB8YOV4.jpeg)